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Queensland Institute of Technology George Street P.O. Box 2434 Brisbane Brisbane phone 2212411 Qld. 4001

ISSN 0156-1804

Cover Design By -

Kay Henderson, E.R.D.U., Q.l.T.

(School of Engineering)

1980 Calendar 1

By Laws of the Queensland Institute of Technology 7

1. Interpretation 8

2. Election of Council 9

3. The Common Seal 14

4. Meetings of Council 14

5. Committees appointed by Council 15

6. The Director 17

7. 17

8. Staff 17

9. Student Discipline 19

10. Queensland Institute of Technology Union 24

11. Union Fees 25

12. Libraries 26

Rules Relating to Student Matters 27

Rules for Admission 29

Rules Relating to Unregistered Students 31

Rules Relating to Exemptions in Undergraduate and Post Graduate Courses 32

Rules Relating to students who seek Re-Registration 33

General Examination Rules 34

Gross Failure Rules 43

Library Rules 46

Union Fee Rules 55

Schedule of Charges Affecting Students 56

Parking Regulations 57

Central Services 59

Administration 60

Institute Bookshop 60

Chaplaincy Centre and Chapel 61

Computer Centre 62

Counselling Centre 64

Educational Research and Development Unit 65

Student Health Service 66

Library 67

Queensland Institute of Technology Union 68

Admission Policy, Entrance Requirements (Undergraduate Courses)

and Schedules 71

Admission Policy 72

Entrance Requirements 75

Schedules 77

Subject & Course Numbering System 85

Academic Board and Advisory Committees 87

©) Staff - School of Engineering 93

Prizes and Awards 99

Courses Offered 103

Master of Engineering by Thesis 105

Postgraduate Courses 111

Graduate Diploma in Automatic Control 112

Graduate Diploma in Environmental Engineering 114

Bachelor of Engineering Courses 117

Bachelor of Engineering - Civil 118+121

Bachelor of Engineering - Electrical 118 +127

Bachelor of Engineering - Mechanical 118 + 136

Bachelor of Applied Science - Surveying 142

Associate Diploma Courses 147

Associate Diploma in Civil Engineering 148 + 151

Associate Diploma in Electrical Engineering 148 + 154

Associate Diploma in Mechanical Engineering 148 + 157

Associate Diploma in Surveying 161

Certificate Courses 165

Certificate in Civil Engineering 166 + 169

Certificate in Electrical Engineering 166+172

Certificate for Instrumentation and Control Technician 175

in Mechanical Engineering 166 + 176

Certificate in Cartography 179

Certificate for Surveying Technician 180

Continuing Education 181

Pre- and Co-requisites 187

Synopses 211

Schedule of Subjects offered within the School of Engineering 265

Head of School J.W. Wilby BE(Hons) BSc PhD MIEAust FllCA

The School of Engineering offers courses at postgraduate level, at professional level and at sub-professional level within its four Departments of Civil Engineering, Electrical Engineering, Mechanical Engineering and Surveying.

A Master of Engineering by Thesis is offered in Civil, Electrical and Mechanical Engineering, and postgraduate diplomas in Environmental Engineering and Control Engineering are available to provide specialist training for qualified engineers interested in these fields.

The professional Engineering courses, leading to the award of Bachelor of Engineering (BEng) require a grade 12 entry standard and are offered on either a full-time or part-time basis. This award qualifies for graduate membership of The Institution of Engineers, Australia, ensuring the professional status of students completing the course.

The professional Surveying course requires a Grade 12 entry standard and is offered on a six year sandwich basis. The course leads to the award of Bachelor of Applied Science (Surveying) and qualifies for graduate membership of The Institution of Surveyors, Australia, ensuring the professional status of the student completing the course.

In the earlier years these degree courses emphasize the fundamentals of Mathematics, basic Science and their applications, progressing in the later years to a more detailed analysis of theory, design and practice. Modern facilities and laboratories are provided in all fields. Liberal and social studies are included in the course, to encourage a balanced development of the students in humanities as well as in Engineering and Surveying.

In 1977, Associate Diploma Courses were introduced to replace the Certificate Courses in Engineering and Surveying previously available at sub-professional level. Entry standard is Grade 12, but a lower standard than that required for the professional level courses. The engineering courses are offered on a full-time or part-time basis. The surveying course is offered on a part-time basis only. Upon qualifying, the technician is well equipped to assist the professional engineer or surveyor in all aspects of his vocation.

In both professional and sub-professional courses, the School of Engineering provides a broad and practical education with emphasis on both the practice of the profession and on techniques used in industry. Graduates are thus amply prepared to avail themselves of the opportunities that government and industry has to offer in the attainment of satisfying, challenging and rewarding careers.

1980 Calendar

J s 6 13 20 27 15/6 to 20/7 - Winter Recess.

21 - Spring Semester commences.

u M 7 14 21a 28b 11 - Closing Date for nomination

T of amended Spring Semester pro-

I 1 8 15 22 29 gramme arising from results in Autumn Semester examinations.

y w 2 9 16 23 30 (Adjustments to th is new pro-gramme possible up to 15.8.80).

T 3 10 17 24 31 11 - Closing Date for lodgement of applications for review of Autumn

F 4 11 18 25 Semester examination results.

s 11 - Closing Date for new enrol-

5 12 19 26 ments - Spring Semester.

21 Closing Date for applications for Awards.

28/7 to 1 /8 - QIT-in-Action.

A s 3 10 17 24 31 28/7 to 1/8 - QIT-in-Action.

15 - Final Date for changes in

u M 4a 11b 18a 25b Spring Semester subjects, and for changes of course.

g T 5 12 19 26 29 -- Final Date for cancellation of

[ill Spring Semester subjects without

u w 6 20 27 prejudice to examination results.

29 - Final Date for refund of QIT s T 7 14 21 28 Union Fees.

t F1 8 15 22 29 13 - Public Holiday - Exhibition Day (Tentative).

S2 9 16 23 30

s s 7 14 21 28 7-14 - Spring Recess.

e M 1a 8 15b 22a 29b

r T 2 9 16 23 30

w 3 10 17 24

e T 4 11 18 25

~ F 5 12 19 26

e s 6 13 20 27

r

s 5 12 19 26 8 Graduation Ceremony for graduands from Autumn Semester

M 6a 13b 20a 27b (Tentative date).

c 1 5 -- Closing Date for applications

t T 7 14 21 28 for entry to undergraduate courses in 1 gs1 through QTAC. (Tentative).

g w 8 15 22 29 22 - Spring Semester Examination timetables placed on noticeboards.

T 2 9 16 23 30

e F 3 10 17 24 31

r s 4 11 18 25

N s 2 9 16 23 30 7 - Spring Semester ends.

M 8-12 - Examination Preparation

0 3a 10b 17 24 no formal classes.

v T 4 11 18 25 13-29 Spring Semester Examina-tions.

e Note: Examinations will be w 5 12 19 26 scheduled for Sat. 29 only where

~ necessary.

T 6 13 20 27

F 7 14 21 28

r S1 8 15 22 29

D s 7 14 21 28 3 - Closing Date for applications for deferred examinations and

M 8 15 22 29 special consideration of matters e affecting examination performance

c T 2 9 16 23 30 see General Examination Rule 15.

12 - Closing Date for applications

e w 3 10 17 24 31 for entry to Certificate and Post-Graduate courses.

i ' T 4 11 18 ~ 1-31 - Summer Recess.

F 5 12 19 ~ 25 - Public Holiday - Christmas

e Day.

r s 6 13 20 27 26 - Public Holiday - Boxing Day.

By-Laws of the Queensland Institute of Technology

8 By-laws

BY-LAWS OF THE QUEENSLAND INSTITUTE OF TECHNOLOGY

HIS Excellency the Governor, acting by and with the advice of the Executive Council and in pursuance of the provisions of the Education Act 1964-1974 has been pleased to approve of the following By-laws made by the Council of the Queensland Institute of Technology and approved by the Board of Advanced Education.

BY-LAW N0.1

Interpretation

1. Application of By-laws. Except where otherwise expressly provided the several provisions of this By-law shall apply to every By-law of the-Institute and any Rule made thereunder.

2. Meaning of Certain Words. Unless the context otherwise indicates or requires -

'Academic Year' means an academic year as set out in the calendar;

'Calendar' means the calendar of the Institute in respect of any academic year;

'Chairman' means the Chairman of the Institute Council; 'Institute' means the Queensland Institute of Technology; 'Council' means the Council of the Institute constituted under

the Act; 'Course' means a course of study in the Institute; 'Department' means a department of the Institute; 'Deputy Chairman' means the Deputy Chairman of the Instit-

ute Council; 'Director' means the Director of the Institute; 'Handbook' means a handbook of the Institute; 'Registrar' means the Registrar of the Institute; 'Term' means a term of the Institute as set out in the calendar.

3. Application for Enrolment. A person who has lodged an application for enrolment .shall until that application has been accepted, withdrawn or rejected be bound by and observe the By-laws and Rules of the Institute as if he were an enrolled student.

4. Reference to Authority or Officer. Unless the context otherwise indicates or requires reference to an authority, officer or office shall be construed as reference to that authority, officer or office in and of the Institute.

5. Method of Citation. In a By-law, Rule, Order or other instrument of the Institute a By-law may be cited by its number or title and shall be construed as a reference to that By-law as amended from time to time.

6. Right of Students where By-law or Rule Amended. If while a student is proceeding to an academic award any provisionsof the By-law or Rules relating to that award are repealed or amended the student

9

shall be entitled to complete his course for and receive the award under the original provision upon such terms as to time for completing or otherwise as the Council deems reasonable in the circumstances of the case provided always that if the Council is of opinion that it would impose no hardship upon a student to complete his course under the provisions of the By-Law or Rule as so amended he may be required so to do.

7. Serving of Notices. Any notice or other document which is authorised or required to be served on any person by any By-law or Rule may be served in any one of the following manners:

(a) by delivering it to that person personally; (b) by post.

8. Promulgation of Rules. A Rule made by the Council pursuant to any By-law shall be promulgated by the Registrar affixing a copy of the Ru le on a notice board of the Institute and the production of a copy of any such Rule certified as a true copy by the Registrar shall be sufficient evidence of the making, authenticity and promulgation of the same for all purposes within the Institute. A copy of the Rule shall upon such affixation be forwarded by the Registrar to the Queensland Institute of Technology Union by delivering or posting it to the Queensland Institute of Technology Union or its Director of Administration.

The foregoing By-Law was made at a meeting of the Council of the Queensland Institute of Technology held on the tenth day of August, 1972.

BY-LAW NO. 2

Election of Council

1. Introductory

(a) The staff members of the Institute and the enrolled students of the Institute to be appointed members of the Council pursuant to this Act shall be elected in accordance with the By-law.

(b) An election of elective members (other than in respect of a casual vacancy) shall be held at a time to be fixed by the Registrar not less than two months prior to the expiry of the term of such members.

(c) For the purpose of this By-law 'staff' shall include -(i) all full-time employees of Council engaged as tutors,

senior tutors, lecturers, senior lecturers, principal lecturers, Heads of Department, Heads of Schools;

(ii) the Deputy Director and all full-time employees other than those referred to in (i) above who hold a salary classification equal to any of the classifications held by employees specified in (i) above;

(iii) all part-time employees of Council engaged to teach an average of six (6) hours or more per week in the semester in which the election is held;

10 By-laws

(iv) full-time employees of Council under the Professional and Technical Employees' Award-Collegesof Advanced Education who hold a classification with a minimum salary equal to or greater than the minimum salary prescribed for a Technician Division 11;

(v) full-time employees of Council under the Clerical Staffs - Colleges of Advanced Education Industrial Agreement who hold a classification with a minimum salary equal to or greater than the minimum salary prescribed for an Administration Officer Grade IV.

2. Rolls -

(a) The Registrar shall keep separate rolls of -

( i) the members of the staff of the Institute as defined in clause 1 (c); and

(ii) the enrolled students of the Institute.

(b) Each roll shall contain -

(i) the full name and address of each person enrolled; (ii) the qualification for enrolment of each such person; (iii) the date upon which each person qualified for enrolment.

(c) For each election the roll of persons entitled to vote at that election shall be the roll as at 4 pm. on the day on which nominations for that election close provided that up to the time fixed for the close of voting the Registrar may add to the roll the name of any person otherwise qualified to vote but whose name was inadvertently omitted from the roll.

(d) The Registrar shall from time to time make any correction to a roll which may be necessary to ensure its accuracy. Subject to any such correction the inclusion of a person's name on a roll shall be conclusive evidence of his right to vote at an election and the absence of a person's name shall be conclusive evidence that he has no right to vote at an election.

3. Registrar to Conduct Election

(a) The Registrar shall be the returning officer for every election and he may appoint such presiding officers and other persons to assist him as he shall deem necessary.

(b) The Registrar shall conduct every election in accordance with th is By-law and the electoral system set out in the Schedule hereto.

(c) Subject to this By-law and the Rules the Registrar shall have full power and authority to determine all procedural matters relating to an election.

4. Notice of Election. When an election is to be held the Registrar shall pub I ish on a notice board of the Institute and by such other means if any as he may deem desirable a notice which shall -

(a) state that an election of staff members or of enrolled students to be appointed to the Council as the case may be is to be held on a specified date;

(b) state the number of persons of either category to be elected;

By-laws 11

(c) invite nominations of qualified persons for election and specify the form in which nominations shall be made;

(d) fix a date and time by which nominations shall be delivered to the Registrar.

5. Manner of Nomination (a) A nomination of a candidate shall be made by delivering the

nomination paper in the prescribed form to the Registrar at his office by the appointed time.

(b) A nomination paper shall be signed by the candidate and by-

(i) in the case of an election of members by the staff two persons qualified to vote at the election;

(ii) in the case of an election of members by the student body two persons qualified to vote at the election.

(c) Only one candidate may be nominated on a nomination paper.

(d) After the time fixed for the closing of nominations a nomination may not be withdrawn.

6. Result if Only Number to be Elected Nominated. If the number of nominations received by the Registrar within the time so specified is equal to the number of persons who may be appointed the Registrar shall declare the persons nominated to be elected.

7. Result if Insufficient Nominations. If the number of nominations in respect of either category is fewer than the number of persons who may be appointed the Registrar shall declare the persons nominated to be elected in that category and shall notify the Council that the body concerned has failed to nominate a sufficient number of persons to be a member or members of the Council.

8. Result if More Nominated Than to be Elected. If the number of nominations received exceeds the number of persons who may be appointed in either category an election shall be held in accordance with the electoral system set out in the Schedule hereto.

9. Voting Obligation Voting shall not be compulsory.

10. Secret Ballot. Voting shall be by secret ballot.

11. Times for Voting. The poll shall be conducted continuously from 9 am. to 9 pm. on the nominated day.

12. Secrecy. The Registrar or any scrutineer or other persons concerned with the conduct of an election shall not in any way disclose nor aid in disclosing in what manner any voter voted.

13. Scrutineers. A candidate may appoint not more than two scrutineers.

14. Election not to be invalidated by Infomzalities. An election shall not be invalidated by reason of -

(a) failure to do any act at or by the required time;

(b) any defect in the appointment of a person who acts as scrutineer; or

(c) any defect of a merely formal nature.

12 By-laws

15. Right of Appeal. A candidate shall have the right of appeal to the Chairman within seven days of the declaration of the poll should he feel that the conduct of the election was in any way contrary to this By-law. The Chairman shall have full power to make such enquiry as he deems necessary into the matter complained of and after such enquiry may confirm the election or annul the election and direct that a fresh election be held or give such other direction as he considers necessary. The decision of the Chairman after hearing such appeal shall be final and conclusive.

16. Rules. The Council may make rules for the carrying into effect of all or any of the provisions and objects of this By-law.

The foregoing By-law was made by resolution of the Council of the Queensland Institute of Technology on the fourteenth day of March, 1975.

Schedule

1. Times for Preliminary Matters. The Registrar shall allow the intervals specified hereunder between the events severally set out -

(a) between the publication of notice of an election and the time specified for the receipt of nominations: not less than fourteen and not more than twenty-eight days; and

(b) between the time specified for the receipt of nominations and the nominated polling day: not more than twenty-eight days.

2. Fonn of Voting Paper. Every voting paper shall contain the names of the candidates in random order determined by the Registrar by lot in the presence of at least two of the candidates or their representatives.

3. Conduct of the Poll. The Registrar shall conduct the poll at a central place on the nominated day. Ballot boxes shall be sealed immediately prior to being set out for the receipt of voting papers and shall remain sealed until counting commences. When a person presents himself at the poll the presiding officer shall verify that the person's name appears on the roll as an eligible elector. The presiding officer shall then issue one voting paper to the elector and initial the elector's name where appearing on the roll. Each voting paper shall be initialled by the presiding officer. A voter shall forthwith place the completed voting paper in the sealed ballot box.

4. Method of Marking Ballot Paper. A voter shall mark a voting paper by placing a cross in the square opposite the names of that number of candidates which are to be elected.

5. Postal Voting. An elector who -

(a) will not throughout the hours of polling on polling day be within fifteen miles by the nearest practicable route of the polling place on that day for the purposes of an election; or

(b) is seriously ill or infirm and by reason of such illness or infirmity will be precluded from attending to vote or, in the case of a woman, will by her approaching maternity be precluded from attending to vote; or

By-laws 13

{c) is by reason of his membership of a religious order or his religious beliefs -{ i) precluded from attending at the polling place; or {ii) precluded from voting throughout the hours of polling.

{d) in the opinion of the presiding officer presents good and sufficient reason why he will be precluded from attending at the polling place

may after the issue of notification of the election and before five o'clock in the afternoon of the day immediately preceding polling day, apply in the prescribed form to the returning officer for a postal vote certificate.

The application shall be signed by the applicant in the presence of and shall be declared before and attested by a person who is an authorised witness.

The following persons are authorised witnesses for the purposes of this clause - returning officer, justice of the peace or elector, or a duly qualified medical practitioner or duly qualified nurse who is in attendance on the applicant.

An application under paragraph {c) shall be accompanied by a certificate from a minister of religion of the religious denomination of which the applicant is a member.

6. Counting of Votes. Forthwith on the closure of the poll the Registrar shall cause the votes to be counted.

7. Infonnal Votes.

{a) A voting paper shall be rejected as being an informal vote if voting paper -{i) is not initialled by the presiding officer; {ii) contains any means by which the name of the voter may

be identified; (iii) contains votes for more or fewer candidates than the

number to be elected; or (iv) has no vote indicated on it.

{b) A voting paper shall not be informal for any reason other than a reason specified in paragraph (a) hereof but shall be given effect to according to the voter's intention so far as his intention is clear.

{c) The Registrar's decision as to the validity or regularity of any voting paper shall be final.

8. Declaration of Elected Candidates. On completion of the counting of the votes the Registrar shall declare the names of the candidates elected.

9. Equality of Votes. In the event of an equality of votes the election shall be decided by lot conducted by the Registrar.

10. Custody of Election Material. After the end of the counting the Registrar shall fasten and seal in one packet all the ballot papers together with any other papers and documents signed or marked by a voter and a marked copy of the roll signed by the Registrar and the scrutineers and keep the packet safely for twelve months after which time it may be destroyed.

14 By-laws

11. Recording of Result of Election. The Registrar shall prepare a statement signed by himself and counter-signed by such of the scrutineers as may wish to do so containing the names of the candidates and the number in words as well as in figures of the votes received by each candidate and a declaration of the names of the candidates who have been elected and place that statement and declaration in the packet referred to in clause 10 of this Schedule.

12. Registrar to Report. The Registrar shall report the names of the persons elected to the Chairman of the Board of Advanced Education for transmission to the Minister and to the Chairman of the Council or in his absence some member of the Council nominated by him or by the Council for that purpose and shall publicly notify such names by posting a copy of the statement prepared as aforesaid upon a notice board of the Institute.

BY-LAW NO. 3

The Common Seal

1. Custody of Common Seal. The Common Seal shall be and remain in the custody of the Registrar and shall not be affixed to any document except pursuant to a resolution of the Council.

2. Use of Common Seal. The Common Seal shall be affixed to such documents as the Council either generally or in any particular case may by resolution determine and shall be affixed by the Registrar or other person authorised by the Council and every such document to which the seal is affixed sh al I be signed by the Chairman or in his absence the Deputy Chairman and the Registrar or other person duly authorised by the Council for the purpose.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the tenth day of August, 19 72.

BY-LAW N0.4

Meeting of Council

1. Council to Meet. The Council shall meet as frequently as is necessary to ensure the efficient operation of the Institute but so that not more than three months shall elapse between consecutive meetings.

2. Chairman May Call Special Meetings. The Chairman or in his absence the Deputy Chairman or in the absence of both the Director may call a special meeting for consideration of any urgent business.

3. Request for Meeting .. Upon the written request of any seven members the Registrar shall convene a special meeting of the Council to be held within fourteen days after the receipt of the request. The written request shall set forth the objects for which the meeting is required.

4. Initiation of Business by Members of Council. Except with the permission of the meeting a member other than the Chairman or the Director shall not initiate any subject for discussion at an ordinary meeting of the Council or conveyed by letter to the Registrar

By-laws 15

fourteen clear days before the meeting and the Registrar shall enter all such notices in a 'Notice of Motion Book' to be kept by him for the purpose.

5. Notice of and Business at Meetings. Notice of a meeting and copy of the business papers accompanied by supporting statements in sufficient detail shall be posted or delivered by the Registrar to each member of the Council at least ten days prior to the meeting; provided that by a further notice so posted or delivered not less than three days prior to the meeting the Registrar may advise of supplementary business to be put before the meeting. Subject to the approval of the meeting the Chairman may allow additional business to be circulated with less notice or to be tabled at the meeting.

6. Lack of Quorum. In the event of a quorum not being present within half an hour after the time appointed for a meeting the Chairman or in his absence the Deputy Chairman or in the absence of both the Chairman and the Deputy Chairman the members present or the majority of them or any one member if only one is present or the Registrar if no member is present may adjourn such meeting to any time not later than fourteen days from the date of such adjournment: Provided that nothing herein shall be construed to prevent the adjournment of any meeting to a later hour of the same day on which such meeting was appointed to be held.

7. Minutes. The minutes of any preceding meeting of the Council whether ordinary or special not previously approved as being a true record shall be circulated to members of the Council prior to the meeting at which they are to be considered. Upon being approved as correct such minutes shall be signed by the Chairman as being a true record.

8. Adjournment. The Council may adjourn any meeting to a later date.

9. Rules. The Council may make Rules -

(a) prescribing the procedures and Rules of debate to be followed at its meetings; and

(b) generally for carrying into effect all or any of the provisions and objects of this By-law.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the tenth day of August, 1972.

BY-LAW NO. 5

Committees Appointed by the Council

1. Council May Appoint Committees. The Council may from time to time-

{a) appoint committees either for general or specific purposes;

{b) delegate to a committee power to do any act or hold any enquiry;

{c) authorise a committee to take executive action either generally or in specific cases in relation to any matter within its scope;

(d) require a committee to advise the Council in respect of any matter of class of matters concerning the Institute.

16 By-laws

2. Duties of Powers of Committees (a) Every committee shall after each of its meetings or as other

wise directed by the Council transmit to the Council a submission in writing or a report consisting of minutes of any of its proceedings which involve recommendations to the Council or concern matters to which it desires the attention of the Council.

(b) A recommendation or any decision of a committee shall be of no force or effect unless and until it is approved by the Council.

3. Membership of Committees (a) The Council may appoint to a committee such members of the

Council or other persons as the Council may from time to time determine. A committee shall consist of not less than three members and a quorum shall consist of a majority of the members of the committee.

(b) The Chairman shall by virtue of his office be a member of each committee of the Council.

(c) A committee may co-opt such persons as it considers appropriate for the efficient conduct of its business. A co-opted member shall be entitled to vote on any matter except one involving the exercise by the committee of a power to take executive action.

4. Chairman of a Committee. The Council may from time to time appoint a member of a committee to be Chairman of that committee. In the absence of such appointment or in the event of the absence of the Chairman of a committee from a meeting of that committee the committee shall elect one of its members to be Chairman.

5. Conduct of Business. Subject to the By-laws and any direction of the Council every committee may regulate its own procedures.

6. Recommendations to Committees. A person or body authorised to make recommendations to the Council involving any matter within the scope of a committee may subject to any direction by the Council instead make such recommendations to that committee.

7. Committee May Consult or Refer. A committee may consult with or refer any matter for consideration and advice to such persons or bodies whether members of the Institute or not as it deems fit in the execution of its powers or the performance of its duties.

8. Committee to Report to Council. After each of its meetings every committee shall submit to the Council a full report of the proceedings.

9. Saving of Other Powers of Council. Nothing in this By-law shall limit the powers conferred upon the Council by the Act or any By-law or Rule and in particular and without limiting the generality of the foregoing every committee shall exercise its function and authority subject to the supreme control and direction of the Council.

10. Rules. The Council may make Rules for the carrying into effect of all or any of the provisions and objects of this By-law.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the tenth day of August, 19 72.

By-laws 17

BY-LAW N0.6

The Director

1. Duties of Director. The Director shall be the principal officer of the Institute and shall be charged with the duty of promoting the interests and furthering the development of the Institute.

2. Powers of Directors. Under the Council and subject to the Act and the By-laws thereunder and to any resolution of the Council the Director shall -(a) be responsible for the academic, administrative, financial and

other business of the Institute; (b) exercise a general supervision over all persons in the service of

the Institute and over the welfare and discipline of the students of the Institute;

(c) exercise such powers as the Council may delegate to him.

3. Director to be Member of Committees. The Director shall be exofficio a member of every board and committee within the Institute.


BY-LAW NO. 7

The Registrar

1. The Registrar shall be the chief administrative officer of the Institute.

2. Registrar to Assist Director. The Registrar shall assist the Director as the latter may require in the performance of his duties.

3. Duties of Registrar. Under the Director the Registrar shall -

(a) be responsible for the general administration of the Institute; (b) be Secretary of such sub-committee as may be determined by

the Council from time to time; (c) keep all such registers as may be required; (d) conduct the correspondence of the Institute; and (e) be responsible for the management and supervision of the

examinations of the Institute.


BY-LAW NO. 8

Staff

1. Council May Appoint Staff The Council may -

(a) appoint staff; (b) note resignations from members of the staff; (c) declare the employment of any member of the staff to have

been abandoned by such member; (d) approve the grant of salary progression to any membe, of staff

within the salary scale applicable to such member.

18 By-laws

2. Discipline of Members of Staff

(a) The Council may take disciplinary action against any member of the staff who is guilty of a breach of discipline.

(b) In this By-law the expression 'take disciplinary action against' means fine, reprimand, suspend, transfer to other duties, dismiss or reduce in status and the expression 'guilty of a breach of discipline' means guilty of neglect in the discharge of his duties or of misconduct which in either case in the reasonable opinion of the Council is detrimental to the Institute.

3. Suspension of Staff

(a) Where in his reasonable opinion such action is necessary or desirable in the interests of the Institute the Director may suspend a member of the staff and may exclude him from admission to the precincts of the Institute or to any of its buildings.

(b) After suspending a member of the staff in accordance with subsection (a) the Director shall immediately inform the Chairman or Deputy Chairman of such action and shall submit a report on the circumstances thereof to a meeting of the Council to be held within fourteen days of such suspension.

(c) The Council shall consider the report of the Director and shall either determine that the suspension shall be terminated or shall refer the matter for the immediate consideration of a Staff Disciplinary Advisory Committee. If the suspension of a member of the staff be terminated by the Council and he thereupon resumes his duties all salary and other emoluments which would have become payable to him if he had not been suspended shall become immediately payable to him.

(d) A member of staff whilst under suspension shall not receive pay or any other entitlements of his office accruing after the suspension pending determination of his case by the Council.

4. Staff Disciplinary Advisory Committee

(a) There shall be constituted from time to time as and when necessary a Staff Disciplinary Advisory Committee consisting of the following members -

The Chairman or in his absence Deputy Chairman; Two members of Council appointed by Council; Two members of the staff appointed by the relevant

Staff Association.

(b) Three members of the Committee shall be a quorum.

(c) The functions of the Committee shall be to make enquiry into and report to the Council through the Director on the existence and sufficiency of any alleged ground for disciplinary action against any member of the staff which may be referred to it by the Council the Director or when requested by the member of the staff accused of the breach of discipline.

(d) The Committee shalr -

(i) furnish forthwith to such member ohh1rstaffconcerned

By-laws 19

particulars in writing of the alleged breach of discipline and give him a reasonable time to prepare his defence; and

(ii) when making enquiry into the matter which enquiry shall be held as soon as reasonably possible -(a) consider such submissions material and evidence as

are relevant; and (b) give the member of the staff concerned reasonable

opportunity to be heard and to make such submissions and present such materials and evidence as are relevant.

(e) The Chairman shall have a primary vote only.

(f) In the case of equality of votes the member of the staff concerned shall be found not guilty.

5. A member of the staff in respect of whom the Committee has made an adverse report shall be entitled to make written and with the approval of the Council verbal representations to the Council before any decision by the Council. The Council shall meet for the purpose of hearing such representations within fourteen days of the making of the adverse report and a copy of the proceedings of the Committee shall be made available to such member of the staff prior to his making his representc;tions.

6. A member of the staff shall be entitled to be represented by Counsel or solicitor or by such other person being willing to act as he may appoint. In the event of any such representation of a member of the staff the Chairman or Deputy Chairman may appoint to the Committee for the particular hearing a barrister or solicitor of the Supreme Court of Queensland and the Chairman for the time being of the Committee may adjourn the hearing to enable and effect such further appointment to the Committee. Such barrister or solicitor shall advise the Committee from time to time as the Committee or any member of the Committee may request but such barrister or solicitor shall not have nor exercise any vote.

7. Rules. The Council may make Rules for carrying into effect all or any of the provisions and objects of this By-law.


BY-LAW NO. 9

Student Discipline

1. Application of By-law. Except where otherwise herein expressly provided this By-law applies to all breaches of discipline as herein defined committed by a student within any boundary or the precincts of the Institute.

2. Breach of Discipline. A student who contravenes or fails to comply with any By-law or Rule of the Institute or any lawful order of any of its employees is guilty of a simple breach of discipline.

3. Misconduct. 'Misconduct' means conduct on the part of a student which impairs or interferes with the freedom or ability of other persons to pursue their studies, researches, duties or lawful activities

20 By-laws

in the Institute or upon premises of the Institute or to participate in the life of the Institute or is otherwise detrimental to the proper conduct or good order of the Institute or which while or as a member of an accredited or representative body of students and whether or not occurring or taking place upon premises of the Institute is such as to prejudice or to adversely affect the studies, researches or duties of any student of the Institute.

Without prejudice to the generality of the foregoing the expression includes -(a) disrupting or obstructing any teaching activity, examination or

official meeting or proceeding of or within the Institute; (b) refusing to leave any building or part of a building of the

Institute upon being reasonably directed by a senior officer of the Institute to leave it;

(c) knowingly entering any place within the premises of the Institute which the student is forbidden by a senior officer of the Institute or by a statute or rule to enter;

(d) knowingly divulging confidential information relating to any Institute matter which is clearly of a confidential nature and which he has no right to divulge;

(e) obstructing or attempting to interfere with the lawful performance of his duties by any officer or employee of the Institute;

(f) intentionally damaging or wrongfully dealing with any property in or upon Institute premises;

(g) unlawfully assaulting a person on Institute premises; (h) failing to comply with any action taken under this By-law

other than non-payment of a fine; (i) committing a breach of any By-law or Rule of the Institute the

breach of which by that By-law is declared to be misconduct for the purposes of this By-law;

(j) making a false representation as to a matter affecting him as a student of the Institute.

'Senior Officer of the Institute' means the Director the Registrar the Bursar the Head of a Department any member of the teaching staff; the Librarian the Manager of the Bookshop the Director of Administration of the Queensland Institute of Technology Union and any other person designated as such in writing by the Director.

'The premises of the Institute' means any land, building or improvements owned or occupied by or which are or may be in the possession or under the control or management of the Institute.

'An accredited or representative body' shall be and be deemed to be one which the Director certifies to be concerned or engaged or having been concerned or engaged in or on an educational activity of the Institute.

4. Powers of Staff A member of the teaching staff a librarian in charge of the library the Bursar the Registrar or the person for the time being acting as or carrying out the duties of Bursar or Registrar may in respect of any simple breach of discipline by a student committed in a class, laboratory, library or facility or premises under his management or control suspend the student from attendance at such class or from use of such laboratory, library, facility or premises for a period not exceeding twenty-four hours as he may determine and

By-laws 21

shall forthwith advise the Head of Department or if there be no appropriate such Head of Department the Registrar or the person for the time being acting as Registrar of the action taken. The Head of Department or the Registrar or person acting as Registrar as the case may be shall forthwith advise the Director. In the event that there be doubt or lack of definition as to who has such management or control of any part or parts of the Institute the Registrar or the person for the time being acting as Registrar shall be deemed to have such management or control.

5. Powers of Heads of Departments and Persons in Charge of Facilities or Services. Heads of Departments and persons in charge of facilities and services may in respect of any simple breach of discipline by the student committed in the department or area of the Institute under the control of the Head of Department or such person so in charge suspend the student from entering into that part of the Institute for a period not exceeding twenty-four hours. The Head of the Department or such person as aforesaid shall forthwith advise the Director of the action taken.

6. Powers of the Director. The Director whether following receipt of advice as referred to in the preceding sections 4 and 5 of this Bylaw or otherwise may after the student has been given reasonable opportunity to be heard in respect of any simple breach of discipline fine a student an amount not exceeding $25 or alternatively or in addition may take any one or more of the following courses of action -

(a) Reprimand and warn the student against repetition of the simple breach of discipline;

(bl Suspend the student for a period not exceeding one week which shall include any period of suspension imposed under sections 4 or 5 of this By-law;

(c) Suspend the student from examinations either prior to or during the currency thereof provided that a student may not be so suspended during the currency of an examination unless the Director is of the opinion that such action is necessary to enable other candidates to concentrate or to preserve peace, order or decorum in the examination centre.

7. (a) Where any misconduct is alleged to have been committed the following provisions shall apply -(i) Notice of the charge shall be stated in writing with

reasonable particularity by the Director and a copy thereof together with no less than seven days' notice of the date and place of hearing shall be given to the student and to the Director of Administration Queensland Institute of Technology Union.

(ii) The guilt or otherwise of the student shall be determined by a committee of which the Chairman and two other members shall be appointed by the Council and to which the Queensland Institute of Technology Union shall have the right to appoint up to three members but no appointment by the Queensland Institute of Technology Union shall be valid and effective unless written accreditation has been lodged with the Director before the hearing

22 By-laws

begins. Any of the committee members may be appointed for a stated or any undetermined period.

(iii) A student shall be entitled to be represented by Counsel or solicitor or by such other person being willing to act as he may appoint, In the event of any such representation of a student the Chairman or Deputy Chairman may appoint to the committee for the particular hearing a barrister or solicitor of the Supreme Court of Queensland and the Chairman for the time being of the committee may adjourn the hearing to enable and effect such further appointment to the committee. Such barrister or solicitor shall advise the committee from time to time as the committee or any member of the committee may request but such barrister or solicitor shall not have nor exercise any vote.

(iv) Three members of the committee shall constitute a quorum and the decision of the majority of the members taking part in the hearing shall be the decision of the committee.

(v) The Chairman shall have a primary vote only. (vi) In the case of an equality of votes the student shall be

found not guilty.

(b) Where a student is found guilty of misconduct the committee-(i) may fine him an amount not exceeding $100, and (ii) may order him to pay restitution or compensation to the

Institute and may assess the amount thereof, and (iii) may recommend to the Council that he be suspended or

excluded from the Institute for a specified period or be expelled therefrom.

8. Procedure. Any proceedings under this By-law including an appeal shall be heard and finalised without delay. A student shall be given a reasonable opportunity of answering any allegation against him of misconduct. The Chairman of the committee shall keep or direct to be kept a reasonably comprehensive record of the proceedings for use of the Council in the event of an appeal and a copy of such record shall be made available to the student upon request.

9. Appeal. A student convicted of any breach of discipline shall be entitled to have the matter reviewed by the Council but subject to the condition that within fourteen days of his conviction he gives written notice in that behalf to the Director and sets out therein the grounds of his appeal and such other relevant matters and contentions as he desires to have considered by the Council.

Unless the Council otherwise directs the matter shall be considered in the first instance by an Appeals Committee (none of whom shall have sat upon the committee referred to in section 7 hereof) of which the Chairman and two other members shall be appointed by the Council and the Queensland Institute of Technology Union shall have the right to appoint three members but any appointment by the Queensland Institute of Technology Union shall not be valid and effective unless written accreditation has been lodged with the Director before the hearing begins and the provisions of section 7

By-laws 23

hereof mutatis mutandis shall apply to such committee. The review shall be decided upon a consideration of the record kept pursuant to section 8 hereof (or in the case of a simple breach of discipline of a report of the Director) and of any notice given by the student as abovementioned unless the Council or the committee (as the case may be) considers that there should be further enquiry and in that event further evidence may be heard.

The student shall have the same rights in relation to the taking of this evidence as he had in relation to the evidence taken at the hearing and any written submission by him in relation thereto shall be taken into consideration provided that such submission is given to the Director within fourteen days from the conclusion of such evidence.

The Appeals Committee shall report to the Council which may confirm or set aside a conviction and may confirm, set aside or vary in whole or in part any fine and any order for restitution or compensation and where the conviction has been confirmed it may order that the student be suspended or excluded from the Institute for a specified period or be expelled therefrom.

10. Interim Order of Suspension. In circumstances where the Director considers that the good order or discipline of the Institute so requires he may order that a student charged with misconduct shall be suspended from such Institute activities as the Director shall determine pending the determination of the charge. Provided that a student shall not be so suspended during the currency of any examination unless the Director is of opinion that such action is necessary to enable other candidates to concentrate or to preserve peace, order or decorum in the examination centre.

The Institution of an appeal shall not operate so as to stay or suspend any such order made by the Director unless the Director otherwise directs.

11. Enforcement of Sentences. The imposition of any fine and any order made under or pursuant to this By-law shall become operative immediately it is pronounced and a record of all such fines and orders shall be kept by the Registrar.

A student in respect of whom there is operative an order of suspension or exclusion or expulsion shall be a trespasser if he enters upon the premises of the Institute or any part thereof in breach of such order and shall as such be liable to the due processes of the law; and he may be lawfully removed therefrom by any person or persons so authorised by the Director who may lawfully use any reasonable force to effect such removal.

So long as a fine imposed on him or any compensation or restitution ordered to be paid by him remains unpaid a student may by order of the Director be suspended from such Institute activities as he may determine.

12. In the absence of the Director his powers, functions and discretions under this By-law may be exercised by such person and for such period as the Council may determine.

24 By-laws

13. The committee referred to in section 7 hereof and the Appeals Committee referred to in section 9 hereof shall make enquiry in such manner as it deems appropriate to the circumstances of the case; and shall proceed in all respects according to the justice of the case and decide the issue according to equality and good conscience without being bound by legal technicalities or the laws of evidence. Provided always that the student shall be given reasonable notice of the matters alleged against him and a reasonable opportunity to answer them.

No proceeding of such committee or Appeals Committee shall be rendered invalid by reason of any informality in its proceedings or in the absence of any member from a meeting provided that a quorum is otherwise present.

14. Effect of Suspension of Student. Unless the context otherwise indicates or requires or the Director in any particular case otherwise directs any student who is suspended or excluded by any By-law or Rule or under the authority of any By-law or Rule -

(a) shall not thereby become entitled to be repaid any fees paid by him or to be relieved of the payment of any fees already payable by him; and

(b) while the suspension or exciusfon continues shall not attend at the Institute or at anv premises where the Institute is offering lectures, tutorials or training or use any of the facilities of the Institute or take any part in any student activities or be entitled to sit for anv examination or re-enrol for anv course or subject:

Provided that the Director shall grant to any student charged with misconduct reasonable access to such Institute premises and facilities as in the opinion of the Director is reasonably necessary to enable the student to prepare his defence.

15. Rules. The Council may make Rules for the carrying into effect of all or any of the provisions and objects of this By-law.


BY-LAW NO. 10

The Queensland Institute of Technology Union

1. The Union. The Queensland Institute of Technology Union (in this By-law called 'the Union') shall be the recognised means of communication between -

(a) the students or any section of them and the Institute; (bl the students of this and other colleges or other tertiary instit

utions; (c) student societies within the Institute and outside persons or

bodies.

2. Constitution. Subject to this By-law and to any rules made hereunder, the Union shall have such powers and authorities and be subject to such obligations as are set out in the Constitution of the Union as approved from time to time by the Council.

By-laws 25

3. Annual Reports. The Union shall in each year submit to the Council, through the Registrar, a copy of its annual general report, a copy of its balance sheet, and a statement of its income and expenditure duly audited.

4. Appeal against disciplinary action. Any student or body against whom any disciplinary action has been taken by the Union may within thirty days of the taking of such action appeal to the Council against any such disciplinary action and the Council shall have full power to deal with such appeal and to make any determination it considers necessary in the matter.

5. The Council may make rules. The Council may make rules for carrying into effect all or any of the provisions and objects of this By-law.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the nineteenth day of December, 1974.

BY-LAW NO. 11

Union Fees

1. Union Fees Payable. Each person whose application for enrolment as a student of the Institute is accepted shall pay fees (hereinafter called 'the Union Fees') for membership of the Queensland Institute of Technology Union (hereinafter called 'the Union'). The Union Fees shall be received on behalf of the Union by the Registrar or such other officer of the Institute as the Council may appoint or by the Union as the Council may from time to time direct.

2. Union Fees. The Union Fees shall be: Per Annum

Part-time External Students ........................ $2.00 Part-time Internal Students ....................... $11.00 Full-time Students ............................. $25.00 All Other Members of the Union ................... $11.00

3. Refund of Fees. Subject to such Rules as the Council may make from time to time the Union Fees paid by a student whose application for enrolment is cancelled or withdrawn at any time shall be refunded in whole or in part as the Union may determine.

4. Exclusion. The Council may cancel the enrolment of any student who has not paid by such date or dates as the Council may prescribe by Rule all Union Fees due and payable by such student.

5. Rules. The Council may make Rules and amend such Rules from time to time for the carrying into effect of all or any of the provisions and objects of this By-law.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the sixteenth day of October, 19 75.

26 By-laws

BY-LAW NO. 12

Libraries

1. A person shall not use the Institute Main Library or any other I ibrary which may at any time be established in the Institute except in compliance in all respects with rules made by the Council relating to such use.

2. The Council is authorized, pursuant to this By-law to make such rules as it considers necessary for the carrying into effect of all or any of the provisions and objects of this By-law.

3. A person who contravenes or fails to comply with any of the provisions of the rules made under the authority of this By-law shall be liable to a penalty not exceeding $100.

4. Without limiting the generality of the provisions of Sub-By-law two hereof, rules made pursuant to this By-law may be for all or any of the following purposes:-

(a) The management and conduct of a library to which the provisions of this By-law apply and the use care and maintenance preservation and safety of such a library and of any materials (whether journals papers books films tapes recordings or other materials) equipment furniture or other property forming part of or located therein;

(b) Defining the powers and duties of the holder of any specified office in the Institute with respect to libraries;

(c) The conditions on which a person may enter a library to which the provisions of this By-law applies or use any materials equipment furniture or other property forming part of or located therein;

(d) Prescribing in respect of contravention of or failure to comply with rules made under this By-law-

( i) a reprimand and warning against repetition of the contravention of or failure to comply with the rules;

(ii) withdrawal of borrowing privileges for a specified period not exceeding one semester;

(iii) exclusion from a library for a specified period not exceeding one semester.

5. The provisions of this By-law twelve and any rules made pursuant thereto shall be in addition to and not in substitution for the provisions of any other By-law or rule made by the Council in pursuance of the Education Act 1964 - 1974 in respect of the Institute.

The foregoing By-law was made at a meeting of the Council of the Queensland Institute of Technology held on the twenty-first day of June, 1979.

Rules Relating to Student Matters

28 Rules

RULES RELATING TO STUDENT MATTERS

Admission to Courses

The Council may -1. prescribe the conditions for normal entry to each course offered. 2. limit the number of students who shall be permitted to enrol or

continue in any course. 3. appoint an Admissions Committee and approve of rules providing

for -( i) (ii) (iii)

(iv)

(v)

its membership including the appointment of a Chairman; its method of operation; the admission of students who do not comply with normal entry; the selection of students to be admitted where quotas or restrictions have been imposed upon admissions and enrolments; a quorum.

Academic Structure and Content of Courses

The Council may -4. prescribe the academic structure and content of any courses and

amend these at any time provided the reasonable rights of students already enrolled in the course are not prejudiced or are sufficiently safeguarded;

5. prescribe rules for student progression within a course; 6. delegate any or all of its powers under this section.

Assessment of Students

The Council may -7. approve rules relating to the examination and assessment of students

and the award of grades of passes; 8. delegate any or all of its powers under this section.

Exclusion of Students

The Council may -9. prescribe rules relating to gross failure; 10. exclude any student who is classified as having achieved gross failure

in subjects or courses; 11. delegate any or all of its powers under this section provided that any

student shall have a right of appeal to Council against any decision or exclusion.

Appeals

Council shall establish an Appeals Committee to hear student appeals to the Council against exclusion and approve rules not inconsistent with By-law No. 5 or rules thereof in respect of the duties powers membership and management of the business of such Committee.

Rules 29

RULES FOR ADMISSION

1. Meaning of certain words. Unless the context otherwise indicates or requires -

Admissions Committee means a committee appointed by Council to consider applications for admission to Institute courses.

Head of School means a member of the academic staff appointed by Council and so designated. In the case of a Department not attached to a School the Director shall act as Head of School.

Senior Student Counsellor means the Senior Student Counsellor of the Institute.

Academic Staff Association means the Academic Staff Association of the Institute.

Ordered Course means a course in which a student is required, to gain credit in a number of subjects in a particular sequence to acquire an award.

Head of Department means a member of the academic staff appointed by Council and so designated as the senior academic member of staff in a particular Department.

Sub-tertiary course means a course of study leading to the award of a Certificate.

Tertiary course means a course of study leading to the award of a Degree Diploma or an Associate Diploma.

Assistant Registrar means the Assistant Registrar of the Institute.

a 'Registered Student' is a student in an ordered course whose first enrolment in that course has been accepted and approved by the Registrar. A student shall remain a registered student until he:

(a) completes the course, or (b) withdraws from the course, or (c) is excluded from the course, or (d) fails to enrol in the course.

'Special Student' shall mean any person so accepted other than as a registered student.

2. The membership of the Admissions Committee shall be -Registrar (who shall act as Chairman) Heads of Schools Senior Student Counsellor One representative appointed by the Academic Staff Assoc

iation. A member of Committee may be permitted to appoint another person who is not a member to attend and vote on his behalf.

3. The Admissions Committee shall -(i) advise the Director and the Academic Assembly on all matters

relating to the admission of students including -(a) the standards of entry to all courses after consideration

of recommendation prepared by the Academic Boards; (b) the assessment of prospective future enrolments following

periodic reviews of statistical trends;

30 Rules

(c) the recommendation or policies for determining those who should be given priorities for admission or enrolment where quotas or restrictions on admissions or enrolments are in the opinion of the Council necessary.

(ii) determine eligibility for admission in those cases where the applicant does not possess normal entry standards.

4. A person desirous of entering a course shall make application to the Registrar for admission on an enrolment form provided for this purpose, and shall lodge such form fully and correctly completed not later than the closing date prescribed by the Council.

With such application, the person shall produce to the Registrar for verification, sufficient documentary evidence of passes in pre-requisite examinations.

The documentary evidence produced for verification shall be -(i) the original documents or facsimile copies thereof; (ii) such other evidence as the Admissions Committee may require.

5. A person who does not have the normal entry qualifications may make application for special consideration for entry on a form provided by the Registrar.

6. Concurrently with an application for special consideration for entry a person shall lodge with the Registrar an application for enrolment on the form provided for the purpose, and shall lodge such form fully and correctly completed not later than the closing date prescribed.

7. The Registrar shall notify all applicants for admission of the accept· ance or rejection of their applications.

8. An application for enrolment may be amended by the Head of Department because of -

(i) timetable incompatibility; (ii) non-compliance with the rules applicable to the course of

study; (iii) selection by the applicant of subjects which in the opinion of

the Head of Department are more than his capacity or circumstances al.low him to study adequately.

An applicant whose application for enrolment has been amended shall have a right of appeal to the Head of the School. Such an appeal shall be lodged with the Registrar within fourteen ( 14) days from date of notification of such amended enrolment. The Registrar shall notify the applicant of the result of the appeal as soon as is reasonably possible.

9. Late enrolments may be accepted only if a vacancy exists in classes established on the basis of closing date enrolments, and with the approval of the Head of School.

Rules 31

10. A Head of School may cancel any class in any subject where the number of enrolments in that class is considered to be insufficient.

Class groups shall be determined on enrolments as at closing date prescribed by Council. In the event of the cancellation of any class the enrolment of a student shall be deemed to be cancelled in respect of such subject provided that such cancellation shall be without prejudice to the right of the student to again apply for admission for enrolment in such subject, subject to the conditions prescribed for entry to such subject at the time of his application.

RULES RELATING TO UNREGISTERED STUDENTS

1. A student may be enrolled to do miscellaneous subjects, as distinct from registering for a complete course. Such students shall be termed 'Unregistered Students' and must obtain the prior approval of the relevant Head of Department to enrol each year. Unregistered Students shall be required to pay the appropriate Union Fee and shall be subject to the rules of the Institute, with the exception of Rules 41 to 46 of the General Examination Rules.

2. A requirement for admission to do a miscellaneous subject will be compliance with the rules as to the normal pre-requisite and corequisite to that subject, including those subjects of the entrance requirements regarded as pre-requisites to the subject. The Admissions Committee, on the advice of the Head of the Department controlling the subject, has the authority to waive entry requirement prerequisites.

3. A student will not normally be permitted to take simultaneously subjects from more than two courses either as an unregistered student in both courses or as an unregistered student in one course and a registered student in another course except at the discretion of the appropriate Head(s) of School(s).

4. Where permission is granted to undertake subjects from more than one course, only one Union fee will apply.

5. The maximum number of hours per week which may be attempted is at the discretion of the appropriate Head(s) of School(s).

6. An unregistered student will not be permitted to accumulate credits for more than 20% of the total course hours within a course.

7. Where quotas or other restrictions apply to a subject, a student applying for registration in a course will have precedence over unregistered students.

8. Where a registered student is undertaking miscellaneous subjects offered in another course in which the student is not registered, the application of the Gross Failure Rules in the course for which the student is registered will not be affected in any way by the results obtained in the miscellaneous subject.

9. When a registered student is excluded from his course due to gross failure, he shall not subsequently be eligible for enrolm~nt as an unregistered student in any subject of that course except at the discretion of the appropriate Head(s) of School(s).

32 Rules

RULES RELATING TO EXEMPTIONS IN UNDERGRADUATE AND POSTGRADUATE COURSES

1. Subject to the provisions of sub-paragraphs (i), (ii), (iii) and (iv) of this rule, if a student, before registering for a course has, at this Institute or elsewhere, completed a programme considered by the Head of the Department responsible for the course as being an adequate and relavant substitute for a subject or subjects prescribed in the relevant course rules then credit may be granted for that subject or those subjects, or exemption may be granted from the whole or part of the programme for that subject or those subjects.

(i) A student in an undergraduate level course (UG 1, UG2, UG3, certificate) may be granted credit or exemption for any number of subjects prescribed in the programme except that in order to qualify for the award the student must satisfactorily complete the equivalent of at least two semesters full-time study or four semesters of part-time study within the Institute in subjects nominated by the Head of Department responsible for the course.

(ii) Where a postgraduate course exceeds two semesters full-time or four semesters part-time, exemptions may be granted up to a limit such that the student must complete satisfactorily two semesters full-time or four semesters part-time study,

(iii) Where a postgraduate course does not exceed two semesters full-time or four semesters part-time, but contains elective subjects, compulsory or elective subjects may be exempted provided the ~tudent undertakes at least an equivalent hourly content of elective subjects.

(iv) (a) Where a postgraduate course does not exceed two semesters full-time or four semesters part-time, and contains no elective subjects, exemptions will not be granted except in exceptional circumstances approved by the Academic Board responsible for the course. Where an exemption is granted the student must substitute for the exempted subject another subject or other work relevant to the course approved by the Head of Department responsible for the course, such subject to be at a similar level and of similar hourly content to the subject for which an exemption has been granted.

(b) Exemptions will not be granted in connection with or for the Graduate Diploma in Legal Practice course.

Rules 33

RULES RELATING TO STUDENTS WHO SEEK RE-REGISTRATION

1. Subject to the provisions of clauses 2 and 3 below, a student whose registration in a course has lapsed because of withdrawal from the course or failure to re-enrol in the course and who wishes to reregister in that course:

(i) must apply for registration in the course by submitting a Re-enrolment Form;

(ii) shall be subject to the Course Rules in operation at the time of resumption; and

(iii) must re-enrol as directed.

2. The provisions of clause 1 of this Rule do not apply to students, who, at the time of resumption, have not satisfactorily completed all the subjects listed in the Course Rules for the first and second semesters, full time, part time, or external, as the case may be, of the course in which re-registration is sought. Such students are not eligible to re-enrol and must apply for admission to the course in the manner prescribed for new students.

3. Upon withdrawal from a course, or upon failure to re-enrol in a course a student who has not satisfactorily completed all subjects listed in the Course Rules for the first and second semesters, full time, part time or external, as the case may be, of that course, may be granted leave of absence upon production to the Registrar of documentary evidence acceptable to the Registrar in the case of medical or other compassionate grounds and acceptable to the relevant Academic Board responsible for the course in any other case. Such leave of absence shall be for a specific period at the expiration of which the student may re-enrol without loss of credit for results awarded prior to the date of withdrawal. A student to whom leave of absence has been granted shall be deemed for the period of leave of absence to be no longer proceeding to an academic award and must, on termination of the leave of absence, re-enrol or apply for an extension of the leave of absence. If a student fails to re-enrol or obtain an extension his registration will lapse.

4. A student whose registration in a course has lapsed as a consequence of exclusion from the course and who wishes to re-register in the course must apply for readmission in accordance with Rule 46 of the General Examination Rules.

34 Rules

GENERAL EXAMINATION RULES

Part 1. DEFINITIONS

Academic Board means a Board constituted by Council to exercise certain academic functions in relation to a particular School.

Committee of the Academic Board means a group of members of the Academic Board constituted by the Academic Board to exercise those particular academic functions prescribed by the Academic Board.

Unit Course means a course of study in which a student may gain credit for subjects passed and is required to repeat failed subjects only.

Fixed year course means a course of study in which a student is required to gain credit for all subjects of any year of the course before proceeding to the subjects of the following year.

Award means a Degree, Diploma, Associate Diploma or Certificate by the Council.

Chief Examiner means an officer appointed and so designated by a Head of Department in relation to an examination in a particular subject for a particular period.

Examiner means an officer appointed by the Head of Department to set and mark examination papers in a particular subject for a particular period.

Supervisor means an officer appointed by the Registrar to supervise the conduct of a particular examination.

Central Examination means any examination administered by the office of the Registrar.

Departmental Examination means any examination administered by a Department.

Supplementary Examination means an examination given to a student who has failed to pass either a central or departmental examination.

Deferred Examination means an examination given to a student in place of a central or departmental examination in cases where the student has failed to sit and the reasons for such failure have been accepted by the Head of School.

Assignment means written exercises where these are specified as mandatory in a particular subject.

Practical Work means Laboratory and Workshop exercises where these are specified as mandatory in a particular subject.

Reports mean opinions expressed after investigation or consideration Where such report is mandatory in a particular subject.

Part II. AUTHORITY TO PRESCRIBE EXAMINATIONS

1. Academic Boards to Prescribe Examination Requirements -

(a) An approved system may include Central Examinations, Departmental Examinations, Assignments, Practical Work, Reports and any methods of continuous assessment.

(b) The system of assessment to be used in each subject will be prescribed by the Department responsible for the subject concerned and approved by the Academic Board responsible for the subject.

Rules 35

(c} An Academic Board shall have the power of delegation subject to any conditions as it thinks fit to a Committee of the Board but the Board shall resolve any dispute.

2. Periods for Central Examinations

The periods within the academic year to be set aside for Central Examinations, Supplementary Examinations and Deferred Examinations will be determined by Council.

3. Period for Departmental Examinations

The periods within the academic year to be set aside for Departmental Examinations will be as determined by the Department concerned after agreement with other Departments which might be affected by any determination, and where appropriate, by agreement with the Registrar. The Head of School will resolve any disagreements of an intra-School nature, whereas those of an interSchool nature will be referred to the Director for decision.

Part Ill. CENTRAL EXAMINATIONS

4. Appointment of Examiners

(a) The relevant Head of Department will appoint examiners and, where appropriate, chief examiners each year for each subject in that year.

(b) The names of all examiners shall be forwarded by the Head of School to the Registrar by a date to be prescribed by the Registrar in consultation with the Head of School concerned.

5. Responsibility for Conduct of Examinations

(a) The Registrar will be responsible for the conduct of all Central Examinations in accordance with Parts V and VI of these rules.

(b) In consultation with the Heads of School, Heads of Department, and if appointed, the Chief Examiners, the Registrar may prescribe the date upon which all examination papers required to be set by examiners are to be received by this office and the form in which such papers will be received.

(c) The Registrar will be responsible for the preparation of a timetable for all Central Examinations and for the publication of this timetable as required by these rules.

Part IV. DEPARTMENTAL EXAMINATIONS

6. Appointment of Examiners

The relevant Head of Department will appoint examiners and, where appropriate, chief examiners. He will also be responsible for the conduct of the Departmental examinations.

36 Rules

Part V. NOMINATION FOR EXAMINATIONS

7. Nomination for Central Examinations

The Registrar may prescribe a form required to be lodged by students presenting themselves for any Central Examination and may prescribe the date by which such form shall be lodged with him.

8. Nomination for Departmental Examination

The Head of Department may prescribe a form required to be lodged by students intending to sit for a Departmental Examination and prescribe the date by which such form shall be lodged with him.

9. Charges

Any form capable of being lodged under these rules need not be accepted if any charges due from the person lodging it have not been paid. In the event of any non-acceptance the person presenting the form shall not be permitted to sit for that examination.

10. Late Lodgement

At the discretion of the Registrar or Head of Department, as the case may be, a form required to be lodged under these rules may be accepted after the date prescribed for lodgement subject to the payment of any charge prescribed for late lodgement.

11. Withdrawal of Entry Examination

A student who has entered for an examination may withdraw his entry by written notice to the Registrar or the Head of Department, as the case may be, by the prescribed date.

12. Timetables

(a) The timetable for Departmental Examination shall be prepared by the Head of Department and shall be posted on appropriate notice boards.

(b) A preliminary timetable for Central Examinations shall be prepared by the Registrar and posted on appropriate notice boards.

(c) Should any timetable show a clash between subjects for which the student has nominated, it is the responsibility of the student to notify either the Registrar or the Head of Department as the case may be by the date prescribed for such notification.

(d) The final examination timetables for Central Examinations shall be so posted not less than three weeks prior to the commencement of the examination.

13. Eligibility to Sit for Examinations

(a) A student may be declared ineligible by the Head of the Department responsible for the course to sit for an examination if he has failed to fulfil all the conditions as set out in the rules pertaining to the course for which he has enrolled.

Rules 37

(b) The Registrar may prescribe the date by which Heads of Department must advise him of the names of students who are declared to be ineligible under this rule and upon receipt of advice from the relevant departments will so advise the students in writing of their ineligibility inviting them to show cause by a prescribed date why ineligibility should not be confirmed.

(c) Where a student shows cause why he should not be declared ineligible his case shall be referred to the Head of School for review and determination.

(d) A student declared by the Head of School to be so ineligible shall have the right of appeal to the Director.

14. Student Examination Form

(a) The Registrar shall forward to each student at least two weeks prior to the commencement of all Central Examinations an examination form showing the subjects for which the student is eligible to sit and the date and time of the examination in that subject.

(b) The student is required to keep this form in his possession at all times during the period of the examination.

15. Failure to Attend for Examination at the Prescribed Date & Time

(a) A student who fails to attend an examination for which he has nominated and which in the case of a Central Examination is shown on his examination form will be deemed to have sat for and failed the examination concerned except in cases where he has notified the Registrar before the examination commences or immediately afterwards that he has failed to attend for reasons of incapacity, ill health or other circumstances beyond his control, and subsequently produces an acceptable medical or other certificate to this effect.

(b) Should the medical or other certificate be acceptable to the Head of School, the student shall be granted a deferred examination.

Part VI. CONDUCT TO EXAMINATIONS

16. Entry to Examination Room

A person other than a candidate, supervisor, examiner or his nominee, chief examiner or his nominee, may not enter an examination room during an examination session or during the period of fortyfive minutes immediately preceding such session except with the permission of a supervisor.

17. Time for Departure

A candidate may not leave an examination room before the end of the examination session without the permission of a supervisor.

18. Conditions of Entry and Departure

A person whether a candidate or not, who is given perm1ss1on to enter or leave an examination room shall comply with all conditions on which the permission is given.

38 Rules

19. Unauthorised Material not to be Brought into the Examination Room

A candidate shall not bring into an examination room anything whatsoever which conveys or is capable of conveying information concerning or otherwise has reference to any subject or is such that it may reasonably give rise to suspicion that it is capable of conveying information concerning or of having reference to any subject or that it was intended by the candidate to do so. It is immaterial that the subject is not a subject to which the examination relates.

It shall be sufficient answer to any alleged breach of this rule if the candidate establishes that anything brought by him into an exam· ination room was (a) declared as permissible by the examiner and is so indicated on

the examination paper, or (b) brought in with the permission of the supervisor, or (c) deposited by the candidate within the room forthwith after

entering it at a place designated by the supervisor as a place where such thing may be deposited.

20. Candidate not to Communicate with Others A candidate shall not during an examination session communicate by word or otherwise with any other person except a supervisor, examiner or his nominee, or assist any other person to communicate with another person, or willingly receive a communication from any person other than a supervisor, examiner or his nominee.

21. Cheating

A candidate shall not cheat or attempt to cheat in an examination. A person whether a candidate or not shall not do anything to assist any other examinee in his examination.

22. Supervisor's Power of Inspection

A supervisor may require a candidate to show by such means as the supervisor may specify and as the supervisor considers appropriate to the circumstances that the candidate has not in his possession or in any way available any such things as is specified under Rule 19 or that he is not committing or has not committed a breach of Rules 20 or 21 and the Candidate shall comply without delay with such requirement.

23. Identification

A candidate shall bring to the examination room his student examination form and shall produce or keep displayed such form in accordance with any direction given to him by notice displayed in the examination room, by direction on an examination book, by a supervisor or otherwise.

24. Places

A candidate for an examination shall upon entering an examination room proceed without delay to such place as he is or has been directed to occupy for that examination by a supervisor or by notice or other means, and shall not leave that place except with the permission or by the direction of a supervisor.

Rules 39

A supervisor may at any time direct a candidate to leave any such place and to occupy another place specified by the supervisor, and a candidate shall without delay comply with any such direction.

25. Candidate to Comply with Directions

(a) A candidate shall comply with all directions to candidates set forth on the examination book or such other examination material supplied to him or set out on any notice displayed in the examination room and shall without delay comply with any reasonable direction given to him by the supervisor..

(b) A candidate's behaviour shall not be such as to disturb or distract or adversely affect any other candidate.

(c) In the event of breach or default by a candidate under or in respect of 25(a) or 25(b) the supervisor may require the offending candidate to leave the examination room and failure by the candidate to do so shall be deemed to be a breach of discipline and he may be dealt with under the By-law 9(2).

(d) All such exclusions shall be reported immediately to the Registrar or in his absence the Assistant Registrar or officer designated by the Registrar to conduct the examination and the Registrar, Assistant Registrar or other officer after hearing the supervisor the candidate and any relevant evidence may either confirm or rescind the exclusion.

26. Candidates not to Remove Papers

A candidate shall not remove from the examination room any worked script or paper provided for use by him during the course of the examination (other than the question paper supplied to him) or other material the property of the Institute.

27. Penalties for Breach of Examination Rules

(a) If a candidate commits a breach of any rule contained in this part of these rules, he shall be deemed to be guilty of a simple breach of discipline and may be dealt with under By-law 9(2).

(b) A candidate who commits a breach of a rule contained in this part of these rules shall be liable in addition to any other penalty to have his examination cancelled, and in particular a candidate in breach of Rule 25 of this part of these rules shall be I iable to the following penalties. For a first breach -(i) denial of credit for the subject concerned, or (ii) denial of credit for all subjects taken in the same acad

emic year. (c) The Registrar, Assistant Registrar or other officer shall forth

with advise the Director of any such alleged breach and after due investigation by the Director, the Director may in writing require the candidate to show cause within not less than seven days from the date of such requirement why penalty should not be imposed under this rule. In the event of the candidate failing to show cause the Director may impose any penalty provided for under this rule.

(d) Penalties for a further breach shall be -( i) exclusion from the Institute for a period, or (ii) permanent exclusion from the Institute.

A candidate incurring either of these penalties shall have a right of appeal to the Appeals Committee.

Part VII. ASSESSMENT OF RESULTS

28. Registrar or Head of Department to Supply List of Candidates.

For Central Examinations the Registrar shall supply to each examiner a list of candidates for whom a result is required in each subject. For Departmental Examinations the Head of Department shall supply to each examiner a list of candidates for whom a result is required in each subject.

29. Duties of Examiners

The Examiners shall furnish to the Head of Department or the Chief Examiner where such is appointed -(a) A list of the candidates in respect of whom results for the

subject are required on which the examiner shall show -(i) such details of each candidate's performance as may be

required by the Head of Department or Chief Examiner; (ii) a statement of those from whom no script was received; (iii) the name of any candidate who submitted a script and

whose name was not included in the list supplied by the Registrar.

(b) the examiner's recommended grade lines; (c) the result which the examiner recommends in respect of each

candidate; and (d) an analysis of the examiner's recommendations showing the

numbers of each grade of pass or failure recommended.

30. Powers and Duties of Head of Department

The Head of Department or where appointed the Chief Examiner may approve or vary the grading of results recommended for each candidate, provide.:: always that, before making such a variation, the Head of Department or Chief Examiner shall advise the examiner concerned of the variation he proposes and consider any representation that the examiner may wish to make.

31. Power and Duties of the Academic Board

(a) In Relation to the Subject being Examined

The Head of Department or Chief Examiner shall forward to the Academic Board responsible for the course the results recommended by him together with any comments concerning these results made by the examiner concerned, in respect of each candidate. That Academic Board shall thereupon consider the results recommended for each candidate and shall determine the final award in each subject provided always that -(i) the Academic Board determining such final awards may

refer the recommended awards to a meeting of such examiners as the Chairman of the Academic Board may determine for advice, and

(ii) the Academic Board shall not determine an award different from that recommended by a Head of Department or Chief Examiner except after advice to that Head of Department or Chief Examiner of the intended variation and consideration of any matters which that Head of Department or Chief Examiner may wish to place before the Board.

Rules 41

The Academic Board shall classify each result in terms of the grading of pass as set out in Part VII of these rules.

(b) In Relation to the Course in which the Student is Enrolled.

The Head of Department responsible shall forward to the relevant Academic Board a listing of the final results of each candidate enrolled in that course who has nominated for the examination. Where relevant the Academic Board shall consider these results in terms of the approved progression rules for each course and determine -(i) whether the candidate has fulfilled all of the require

ments for progression to the next stage of the course; (ii) whether the candidate shall be granted conceded passes

in subjects in which he has not been granted a pass; (iii) whether the candidate shall be granted supplementary

examinations or shall be required to submit himself for such other additional means of assessment as the Academic Board shall determine.

32. Application of Academic Board Policy

Where an Academic Board has prescribed a policy which requires an adjustment of results the Head of School, before submitting results recommended for each candidate to the Academic Board, shall adjust the recommended grades in any subject in accordance with that pol icy, and shall report any adjustment so made to the A cad em ic Board.

33. Powers of Alteration

An examination result determined by the Academic Board, and a decision concerning the granting of supplementary examination to a candidate may be altered by the Head of the School controlling the course with the concurrence of the Head of Department or Chief Examiner concerned -(a) to correct a patent error, or (b) to make the result or decision accord with the result or decision

which the Head of School and the Head of Department, Chief Examiner and where possible the examiner, are satisfied would have been confirmed or made by the Academic Board if it had considered relevant circumstances which were not considered by the Board.

Any such alteration and the reasons therefore shall be reported to the Academic Board at its next meeting.

34. Grading of Results

(a) A pass in each subject may be credited as an Honour (H), Credit (C), or Pass (P).

(b) Where the Academic Board responsible for the course so determines in accordance with Rule 31 a pass conceded (0) may be awarded in a subject.

(c) Where a student has been granted a supplementary examination in any subject he may not be subsequently credited in that subject with a grade higher than pass (P).

~4_2~R~u=l=e"-s _______________________________ _

(d) Where a student has been granted a deferred examination he may be awarded a pass in terms of an Honour (H), Credit (C), Pass (P), or Pass Conceded (Q).

35. Where a candidate has failed to comply with the Rules pertaining to a particular subject or course, irrespective of whether he has been permitted to sit for the relevant examinations or not, or where the Academic Board responsible for the course decides that further assessment is desirable before release of a candidate's final result, his results in either a particular subject or all of the subjects may be withheld at the discretion of the Academic Board until he has fulfilled all requirements to the satisfaction of the Academic Board.

In such cases, the Registrar will advise the student in writing to contact the Head of Department responsible for the conduct of the subject to ascertain exact requirements to enable the final result to be issued. Except in the case of the Academic Board responsible for the course having decided that further assessment is desirable before release of a final result, the student shall be given the opportunity to show cause to the Registrar why the result should not be withheld.

The Academic Board responsible for the course in which the student is enrolled must notify the Registrar of a final result no later than two weeks (or six weeks with the approval of the Academic Board) after the commencement of the next semester.

36. Approval of Results

Departmental Examinations (a) The results of ail Departmental Examinations shall be subject

to approval by the relevant Academic Board. (b) Upon approval by the Board the results shall be forwarded to

the Registrar who shall maintain a register for use in the final compilation of results.

37. Certification of Final Results

Central Examinations The Head of School shall certify to the Registrar -(a) the final results in respect of each candidate in his School,

after all authorities have carried out their functions and exercised any powers given them under these rules;

(b) in the case of fixed year courses, a statement that the candidate has passed or failed the year or been granted supplementary examinations.

38. Release of Results

(a) Departmental Examinations Upon approval of the Academic Board controlling the course or a Committee of the Board where the authority has been delegated under Section 40, the results may be released by the Head of Department offering the subject.

8ules 43

(b) Central Examinations Following certification of results provided for in Section 37 these wHI be released at the direction of the 8egistrar.

39. Application for Review of Results

The papers submitted by a candidate in any subject shall be reviewed on request lodged by him with the Registrar not later than the date prescribed in the calendar and on payment of a fee prescribed by the Council. If, on review, a higher grade of pass, or a pass in place of a failure is awarded to the candidate, the fee so paid shall be refunded.

40. Delegation of Authority by Academic Board

Where an Academic Board responsible for a course has determined a policy in relation to the assessment of examination results, it may delegate to a Committee of the Board, the authority to exercise its powers under these rules. All such authority exercised on behalf of the Board must be consistent with the policy laid down by the Board and all decisions made by the Committee must be reported at the next meeting of the Board.

Part VIII. GROSS FAILURE

The following Rules 41 to 46 apply only to students who are registered in an approved course of study. Unregistered Students must apply for enrolment each year and their applications may be accepted or rejected by the Registrar on the recommendation of the relevant Head of Department.

41. Student to be Classified as a Gross Failure

A student in any one year may be classified as a gross failure under the following circumstances -

(a) In Unit Courses (i) where a student has failed twice in the same subject or

unit even though he did not nominate for that subiect at successive examinations, or

(ii) Where a student, who is enrolled in a course which has a normal minimum completion time of four semesters or less, has not maintained over the most recent two semesters in which he was registered in a course, exclusive of any period of approved leave of absence, a rate of progress at least equal to fifty percent of the formal hours as set out in the relevant course rules for normal progression, or

(iii) where a student, who is enrolled in a course which has a normal minimum completion time exceeding four semesters, has not maintained over the most recent four semesters in which he was registered in a course, exclusive of any period of approved leave of absence, a rate of progress at least equal to fifty percent of the formal hours as set out in the relevant course rules for normal progression.

44 Rules

The prov1s1ons of rules 41 (a) (ii) and 41 (a) (iii) apply irrespective of whether the student was registered in different courses in the most recent two semesters referred to in rule 41 (a) (ii) or the most recent four semesters referred to in rule 41 (a) (iii).

(b) In Fixed Year Courses (i) where a student has failed twice in the same vear of the

course, or (ii) in those cases where a student has been oranted special

permission to repeat only some of the subjects of a particular year and he has failed in any of those subjects.

42. Procedure to be Adopted

(a) Following the certification of final results as required under Rule 37, the Academic Board responsible for the course will forward to the Registrar a list showing those students who are classified by the Academic Board as gross failures.

(b) The Registrar shall notify all such students that they have been so classified and shall give them the opportunity to show cause by a prescribed date which is not more than four weeks from the date of posting the notification, why they should not be dealt with as provided for in these rules.

(c) A student who wishes to show cause why he should not be dealt with under the rules may do so in writing to the Registrar.

(d) When the date prescribed for showing cause has elapsed the Registrar will forward to the Head of School all submissions received and these will be considered by the Academic Board responsible for the course and the penalties to be imposed, if any, will be determined.

43. Penalties for Gross Failure

Where it is confirmed under Rule 41 above that a student has been classified as a gross failure and the student has failed under Rule 42 to show cause the following penalties may be imposed by the Academic Board responsible for the course -

(a) The student may be refused enrolment in any course offered by the Institute.

(b) The student may be refused enrolment in the course in which he was classified as a gross failure.

(c) The student may be refused er,irolment in a particular subject in which he was classified as a gross failure but allowed to proceed with the course provided that subject is not mandatory to the course.

(d) The student may be permitted to repeat a particular subject or, in the case of a fixed year course, a particular year, or may be required to undertake a programme determined by the Academic Board.

Rules 45

44. Right of Appeal

Where a penalty is imposed under Rule 43, a student shall have the right of appeal to the Appeals Committee. All appeals against the imposition of penalties under the provisions of Rule 43 - Penalties for Gross Failure - shall be lodged in writing with the Registrar. Each letter of appeal must state the grounds and reasons for appeal and must be delivered or posted so as to reach the Registrar within fourteen {14) calendar days of the date appearing on the Registrar's letter advising the student of the penalties imposed.

45. Appointment of Committee of Academic Board

An Academic Board may appoint a Committee of the Academic Board to make recommendations to the Academic Board.

46. Re-admission after Exclusion

(a) A student excluded under these Rules may be considered for re-admission after a period of not less than four semesters.

(b) An application for re-admission after exclusion should be made in writing to the Registrar no later than two months prior to the commencement of the semester for which readmission is sought.

(c) Applications for re-admission shall be considered by the Academic Board responsible for the course from which the student was excluded. In considering applications the Academic Board may take into account changed circumstances; e.g. academic and/or vocational performance since exclusion, maturity and motivation.

(d) An Academic Board may require an applicant who has been re-admitted under these Rules to enrol on such conditions as it may determine.

(e) A student re-admitted under these Rules may, at the discretion of the Academic Board, be required to re-enrol and be assessed in any subject or subjects which the student may have passed prior to exclusion.

46 Rules

QUEENSLAND INSTITUTE OF TECHNOLOGY LIBRARY RULES

1. Authority of Chief Librarian

2. Library Usage 2.1 Entitled Users etc. 2.2 Hours of Opening 2.3 Rules for General Conduct 2.4 Borrowing Responsibilities 2.5 Loan Periods 2.6 Limited Access Collection 2.7 Non-Loanable Materials

3. Penalties etc. 3.1 General 3.2 Reprimand 3.3 Fines for Late Returns 3.4 Loss of Borrowing Rights 3.5 Lost Library Material 3.6 Exclusion

4. Appeals

5. Library Copying and Copyright

6. Notices

0.1.T. MAIN LIBRARY

RULES

Rules 47

1. Authority of the Chief Librarian

The Library shall be administered by the Chief Librarian. Subject to the overall control of the Director and the Institute Council, the Chief Librarian shall:-

1.1 Prescribe the procedures to be followed by Library users;

1.2 Exercise disciplinary authority with respect to the behaviour of users of the Library;

1.3 Exercise disciplinary authority with respect to the preservation, consultation and loan of library materials.

2. Library Usage

2. 1 Entitled Users etc.

2.1.1 Subject as below, the Chief Librarian may permit any person to use any facility of the Library and determine the conditions under which such use is permitted. Failure to comply with any such conditions shall be a breach of these Rules.

2.1.2 The following are entitled to use the Library for study and research:-

(a) Students of the Institute; (b) Staff of the Institute; (c) Members of the Institute Council; (d) Special users who are:-

(i) reciprocal users (as defined in written agreements with 0.1.T.);

(ii) any other person or group approved by the Chief Librarian.

2.1.3 The Chief Librarian may make a charge to any user or users for library materials, services or other facilities, in accordance with the Schedule of Charges attached to these Rules. Any amendment to the Schedule of Charges is to be approved by the Director and the Institute Council.

2.1 .4 Any person entitled or given approval to use any facility of the Library may be required to complete and sign a registration card undertaking to comply with the Rules.

2. 1 .5 Any person entitled or given approval to use any facility of the Library, and wishing to do so, must obtain a 0.1.T. Library Membership Card or a 0.1.T. Identity Card, whichever is appropriate.

48 Rules

2.2 Hours of Opening

The hours during which the Library shall be open shall be prescribed by the Chief Librarian, subject to the approval of the Director, and posted at the entrance to the Library. Prior notice through normal Institute channels will be given of any change in the hours of opening.

2.3 Rules for General Conduct

2.3.1 A Library user shall have due regard for the rights of others to use the Library in accordance with these Rules and shall not interfere with other users of the Library.

2.3.2 No person may smoke, eat or drink in the Library except in such areas as are specifically set aside by the Chief Librarian for any of these purposes. No animals may be brought into the Library.

2.3.3 Bags, cases or other material may be brought into the Library, but must be offered for inspection on leaving the Library if requested by a member of the Library staff.

2.3.4 No person may reserve a seat in a general reading area, except in Closed Carrels. Articles left unattended in the Library for more than 30 minutes may be removed by Library staff. The Institute, Chief Librarian and Library staff shall have no responsibility for personal belongings left in the Library.

2.3.5 An atmosphere of quiet must be maintained in the Library so that it is at all times a place conducive to independent study and quiet reading. Silence must be kept in the main reading areas and conversation restricted to the Seminar rooms, foyers, and other specified areas.

2.4 Borrowing Responsibilities

2.4.1 A current Identity Card is necessary for borrowing Library materials and should be carried at all times.

2.4.2 A borrower is responsible for the safe-keeping and return of the materials borrowed by him or her from the Library.

2.4.3 All borrowers must complete the appropriate loan record for each item they borrow.

2.4.4 All items on loan must be returned on or before the last date stamped on the date due slip or where appropriate, before the expiration of a recall notice.

Rules 49

2.4.5 Names of borrowers will not be revealed without the borrower's consent.

2.5 Loan Periods

2.5.1 Books

The normal loan period for books is two (2) weeks. A two week loan may be renewed twice, provided that another borrower has not reserved the item, that it is not overdue, and that it is not a new addition to the Library stock. From time to time certain books may be placed in the Limited Access Collection or on short term loan, i.e. three (3) days.

2.5.2 Special Book Loans

With the approval of the Chief Librarian, full-time academic staff may borrow, for one semester only, books required in the planning of courses or subjects. Requests for semester loans must be submitted in writing. Semester loans will not be renewed. First semester loans will be from 1st January to 31st July. Second semester loans will be from 1st June to 30th November.

2.5.3 Periodicals

Unbound issues of periodicals (other than current issues or issues on display) may be borrowed by full-time staff for one week. Loans of periodicals are not renewable.

Monographic Series (e.g. Advances in .... ) may be borrowed by staff and students for one week. Loans of Monographic Series are not renewable.

2.5.4 Audio-Visual

Most types of audio-visual materials, with the exception of films and video, may be borrowed for two (2) weeks by staff and students.

Films and video may be borrowed by staff only for a period of one ( 1) week.

Audio-Visual loans are not normally renewable.

2.6 Limited Access Collection

2.6.1 Only OIT students and staff and other persons approved by the Chief Librarian may use the Limited Access Collection.

2.6.2 No items borrowed from the Limited Access Collection may be removed from the Library, except as specified in Clause 2.6.4 below.

50 Rules

2.6.3

2.6.4

Only one item at a time may be borrowed from the Limited Access Collection.

The normal loan period is two (2) hours. After that time the borrowed item must be returned, but if no one else has reserved it, the item may be renewed for a further two (2) hours.

Limited Access Collection material may also be borrowed after 9.30 p.m. (weekdays) or 4.30 p.m. Sundays. It must be returned before 9.00 a.m. the following morning. Material may also be borrowed after 4.30 p.m. on Saturday and must then be returned at 1.00 p.m. on Sunday.

2.6.5 Students and staff must leave their QIT Identity Card as a deposit before being permitted to remove any item from the Limited Access Collection.

2. 7 Non-Loanable Materials

Non-loanable materials are as follows:-

(a) Reference works; (b) Maps and Charts; (c) Theses; (d) Bound volumes of periodicals; (e) Newspapers.

3. Penalties etc.

3. 1 General

3.1.1 A charge under these Rules shall be a debt to the Institute.

3.1.2 Subject as below, penalties i.e. reprimand, fines, withdrawal of borrowing privil-,ges, exclusion from the Library or other specified sanction, for breaches of these Rules may be imposed by the Chief Librarian or any user.

3.1.3 Penalties (as specified in 3.1.2 above) for late returns may be waived by the Chief Librarian in special circumstances.

3.2 Reprimand

3.2.1 Failure to observe these Rules may incur a reprimand from the Chief Librarian or the senior Librarian on duty, together with a warning against repetition of the offence.

Rules 51

3.3 Fines for Late Returns

3.3.1 Weekly, Fortnightly & Semester Loans

(i) When a loan is overdue, an overdue notice will be sent to the borrower;

(ii) If a loan is returned late, a fine will be imposed at the rate of $1.00 for each week or part thereof that the Joan is overdue from the date due, up to a maximum of $5.00.

3.3.2 Limited Access Collection Loans

A fine of 50¢ per hour will be imposed for each hour or part thereof that the item is late, up to a maximum of $20.00.

3.3.3 Short Term Loans (3 days)

A fine of $1.00 per day, per item, will be imposed for each day the loan is late, up to a maximum of $20.00.

3.4 Loss of Borrowing Rights

3.4.1 If a book or other Library material is not returned within five (5) weeks of the date stamped on the date due slip, the item will be presumed lost, and the user's borrowing rights may be withdrawn for a period not exceeding one semester.

3.4.2 Subject to 3.4.1, borrowing rights will not be restored until all overdue loans have been returned to the Library and all fines are paid.

3.5 Lost Library Material

3.5.1 If an item appears to be lost, the Joss must be reported to the Lending Services Desk CI erk or the Lending Services Librarian. If after a reasonable search by both Librarian and borrower the item cannot be found and proof of return cannot be shown, the borrower shal I be responsible for the replacement cost plus a processing charge of $5.00, up to a maximum of$100.

3.6 Exclusion

3.6.1 Any person who fails to observe these Rules or who disfigures or damages any document or other Library facility may be excluded from the Library for up to one week and shall be responsible for any damage caused.

52 Rules

4. Appeals

4.1 Any person upon whom a penalty (as defined in 3.1.2 hereof) has been imposed may, within fourteen ( 14) days of the imposition, challenge the imposition of the penalty and/or appeal against the imposition of the penalty, and any action which may be taken under Section 3 will be suspended pending determination of the challenge or appeal.

4.1.1 Any challenge or appeal should in the first instance be made to the Registrar.

4.1.2 An appeal against a decision of the Registrar must be made in writing within seven (7) days to the Director.

4.1.3 On appeal, the Registrar or the Director, as the case may be, if there are extenuating or exceptional circumstances, may allow the appeal or reduce or waive the penalty.

5. Library Copying and Copyright

5. 1 Permissab/e Copying

For "purposes" of Research and Study it is necessary that the copying be restricted to a reasonable proportion of the work and that only single copies are obtained. A 'reasonable proportion' will be interpreted in this Library as a Chapter or 10 percent of a book, whichever is less, and one article from a periodical. Exceptions to these guidelines may be approved only by the Chief Librarian, Lending Services Librarian or those acting in these capacities.

5.2 Non-Copyright Material

There is no restriction on the copying of non-copyright material. Aside from personal papers, readers may be required to establish that the copies they have made are non-copyright matter., In some cases a statement is made on a pub I ication permitting copying. Otherwise readers should assure themselves BEFORE making copies that they have the necessary authority 0 R are acting within the exclusion of the Copyright Act 1968 (CWTH).

6. Notices

Any notices to be given to a person under these Rules shall be deemed to be sufficiently given if sent to him or her by mail at his or her address registered with the Library and shall be deemed to have been received by the person to whom it is addressed in the ordinary course of the post.

(".) LO

</) Q)

:i 0:

USER CATEGORY

A. 0.1.T.

(i) Staff

(ii) Students

MANUAL BORROWING FILM LOANS LITERATURE

SEARCHES

No charge No charge No charge

No charge Not available Not available

COMPUTER BASED LITERATURE SEARCHES PUBLICATIONS

Available to QIT Staff and post-graduate students - in the following circumstances:-

( i) When the Departmental Head verifies that a search is (a) related to Q.l.T. work in the case of staff, or (b) a necessary part of an approved program for post-graduate students, the Distributed free charge will be debited to the to Departments Department. The cost will be royalty costs+ telecommuni-cations+ prints. (No charges will be made in 1979).

(ii) For non-Q.l .T. related searches or non-essential searches in the case of post-graduate students, the charge will be made to the individual concerned. Cost will be as for non-Q.l.T. users (see below).

"' Q)

::l a::

""" LO

B. NON-0.1.T.

(i) Individual

(ii) Other tertiary educational Institutions

(iii) Government Departments

(iv) Commerce &

Industry

$10 deposit + $10 annual sub. Not avail:ible

No charge (reciprocal

l.L.L. Vouchers arrangements)

$10 transaction l.L.L. Vouchers fee per loan

~ 10 deposit + $10 transaction $20 instit· fee per loan utional sub-scriptions

(a) Where 0.1.T. Library staff do searching

AUSINET - $20 per search $15/hou r staff + printing costs time

LOCKHEED DIALOG

Pre MI DAS - Cost Cost No charge recovery + 25% per

item

Post MIDAS $30 per basis search + printing costs

(b) Where non-0.1.T. Librarian No charge does searching

Cost for both AUSINET and Lockheed Dialog will be cost recovery+ $5 surcharge

$15/hour staff time

Rules 55

UNION FEE RULES

1. Interpretation

In these Rules unless the context otherwise indicates or requires:

'Full-time Student' means a student, including a member of staff of the Institute, who is enrolled at the Institute as a full-time student or such other person or persons as the Council may from time to time determine.

'Part-time Student' means a student, including a member of staff of the Institute, who is enrolled at the Institute as a part-time student or such other person or persons as the Council may from time to time determine.

'Sandwich Student' means a student, including a member of staff of the Institute, who in a particular academic year is enrolled at the Institute on the basis of attendance on a full-time basis for one of two semesters, and is required to undertake specified practical training, with or without, part-time study for the remaining semester.

'Union Fees' means such fees as may be prescribed by the Council for membership of the Queensland Institute of Technology Union.

'Enrolment' means application for registration as a student of the Institute, and includes both New Enrolments and Re-enrolments.

2. Fees to be Paid

Unless the Council otherwise directs, Union Fees shall be paid at the time of submitting an enrolment or re-enrolment, on or before the following dates: (a) in the case of a student applying for re-enrolment or of a

student applying for enrolment for the first time in a Postgraduate or Certificate course - by the date indicated in the Institute Calendar.

(b) in the case of a student applying for enrolment for the first time in a degree, diploma, or associate diploma course - by the date specified on the Acceptance of Offer Form forwarded to the student.

3. Consequences of Non-payment

(i) If Union Fees payable by a student have not been paid at the time of lodging an enrolment, the Registrar may refuse to accept such enrolment.

(ii) Any student whose enrolment is not accepted under the provisions of Sub-Rule (i) of this Rule may re-apply for enrolment, up to and including the final date for submission of late enrolments as specified in the Institute Calendar, subject to the conditions specified in Sub-Rule (i) of this Rule.

(iii) Without limiting the effect of Sub-Rule (i) of this Rule, a student who has not paid all Union Fees due and payable by him and who satisfies the Registrar that he is unable to make payment by the date specified for fees to be paid, may be granted an extension of time in which to pay such fees, and may have his enrolment accepted, subject to his agreeing to pay all fees not later than the extended date indicated by the Registrar.

56 Rules

(iv) Where a student has lodged an enrolment with the Enrolments Section of the Institute and Union Fees due and payable by the student have only been paid in part, the Registrar may refuse to accept or process such enrolment, unless the balance of fees, notified to the student on a Fee Payment Form, have been paid by a date determined by the Registrar and notified to the student.

(v) Without limiting the effect of any of the preceding Sub-Rules of this Rule, if Union Fees payable by a student remain unpaid within five weeks of the commencement of the first semester of the academic year in respect of which they are payable, the Registrar may cancel such students enrolment at any time thereafter.

4. Refund of Fees on Voluntary Cancellation of Enrolment

A student who gives proper written notice to the Registrar of withdrawal of his enrolment not later than six weeks after the first day of a semester shall be entitled to the refund of the Union Fees paid. Such refund shall be made by the OIT Union upon request to it and upon the surrender by the student of any current OIT Union Membership Card previously issued to him.

SCHEDULE OF CHARGES AFFECTING STUDENTS

1. Union Fees - By-law No. 11 specifies the following Schedule of Union Fees.

Full-time students .......................... $25.00 p.a. Part-time internal students .................... $11.00 p.a. Part-time external students ..................... $2.00 p.a. All other members .......................... $11.00 p.a.

A Sandwich Student shall be required to pay half the fee applicable to a full-time student.

An unregistered student shall be required to pay the appropriate full-time or part-time fee corresponding to his attendance status.

A student undertaking a thesis only shall be required to pay the appropriate full-time or part-time fee corresponding to his attendance status.

2. Admission, Enrolment, and Examination: Council has approved the following Schedule of Charges -Late lodgement of Enrolment Application -

within two (2) weeks of closing date set out in the Institute Calendar ..................... $5.00

for applications received more than two (2) weeks after the closing date set out in the Institute Calendar ........................ $20.00

Refundable Deposit for review of Special Consideration decision ...................... $10.00

Rules 57 --------------------------·-··--··-··-····

Review of Examination Results .............. $2.00 per paper with a maximum

of $4 per subject. Statement of Results ............................ $1.00

3. Deposit System for Use of Laboratory Facilities (a) A student enrolled in any subject included in the 'Schedule of

Subjects relating to Laboratory Deposits' which the Registrar may vary from time to time, shall deposit $30 for the use of laboratory facilities.

(b) A student shall be required to pay only one deposit irrespective of the number of such subjects included in an enrolment.

(c) At the end of the year the deposit shall be refunded to the student less the cost of any breakages which have not been made good.

PARKING REGULATIONS

Council has approved regulations relating to the parking of motor vehicles on campus. (a) A member of staff or a student shall not be permitted to park a

vehicle within the grounds of the Institute unless such person has previously made application for a parking permit and this permit has been granted.

(b) The privilege of parking within the grounds shall be subject to such conditions as may be imposed at the time the permit is issued to the applicant.

(c) An application for permission to park a vehicle within the grounds of the Institute shall be made on a form prescribed and available at the Institute Security Office.

(d) For a breach in the parking ot a vehicle the Director may revoke the permit for a specified period or for the remainder of the academic year.

(e) For a breach by a person not possessing a parking permit in the parking of a vehicle, the Director may arrange for the vehicle to be removed from the grounds of the Institute and the person sh al I be required to pay the cost of such removal.

PARKING APPLICATIONS

In accordance with paragraph headed 'Parking Regulations' section (a), the priority criteria for the granting of parking permits to be applied is as follows:-

Staff

(a) Any person who, because of physical disability, must use private transport to commute to the Institute shall be granted a permit.

(b) All full-time or part-time members of the teaching staff (and those on academically equated salaries including Director, Deputy Director and Heads of Schools) shall be granted a permit.

58 Rules

(c) All other full-time and part-time staff shall be considered for a permit on the basis of need, having regard to the following factors:(i) Special work circumstances (such as rostered overtime) which

may make use of public transport inappropriate; (ii) Inaccessibility to direct public transport and distance to be

travelled; (iii) Willingness to provide transport for other Institute staff or

students; (iv) In cases judged as being of equal merit on the basis of need,

seniority according to years of continuous service irrespective of the staff member's employment classification.

Students

(a) Any student who, because of physical disability, must use private transport to commute to the Institute shall be granted a permit.

(b) Inaccessibility to direct public transport and distance to be travelled. (c) Willingness to provide transport for other Institute students or staff. (d) In cases judged as being of equal merit on the basis of need, seniority

- a final year student shall have priority over a student who is in the second last year of his/her course and so on.

Central Services

60 Central Services

CENTRAL SERVICES

ADMINISTRATION

The central administration is responsible for the implementation of policy decisions, and for the provision of administrative support in the operation and future decision making of the Institute.

The sections of Administration responsible for matters relating to students attendance and performance at the Institute are grouped within a subdivision known as Academic Administration, which itself has two major sub-sections.

The Student Affairs Section comprises Enrolments, Examinations, and Student Records. These sub-sections are responsible for: checking enrolments having regard to Course and Institute rules; accurately recording the subjects undertaken by students; conducting central examinations; and the maintenance of academic records. Students experiencing difficulty with any aspect of their enrolment are encouraged to discuss such problems with officers from these sections. An interview can be arranged through the Enquiries Officer at the Enquiry Counter in 'U' Block.

The Admissions and Administrative Services Section has a major responsibility, the provision of information for students and potential students, and the admission of students to the Institute. This section also organises functions such as Orientation, Graduation, QIT In Action. Enquiries relating to these activities may be directed through the Enquiries Officer or the Section's Secretary.

Principal Officers

Registrar ............. B.S. Waters, BCom(Qld), AAUQ(Prov). Deputy Registrar . ............ D.G. Greenwood, BEcon(Hons). Bursar . ............. M.A. Creyton, BCom(Qld), FASA, FCIS.

Senior Administration Officer - Student Affairs ................... Mr. I .N.S. Phillips, BCom, AASA, ASIA.

Enrolments Officer ........................... Mr. B. Cheales Examinations Officer . ...................... Mr. D.R. Gormley Student Records Officer . ...................... Mr. R.P. Morley

Senior Administration Officer - Admissions and Administrative Services ............... Mr. G.P. Abernethy, BA, GradDipBusAdmin.

Course Administration Officer . .................... Mr. D.K. Hall

THE INSTITUTE BOOKSHOP

Bookshop Manager ........................... Mr. P.C. Gates

The Institute Bookshop was established in 1971 and commenced trading in January, 1972. It is located on the second level of the Community Building. In 1975, a branch shop, The College Bookstore, commenced operations at Kelvin Grove College of Advanced Education.

While the Bookshop is conducted as a self-supporting, semi-autonomous business, it is controlled by a Bookshop Advisory Committee which

Central Services 61

reports to OIT Council through the Finance Committee. The prime aim of the Bookshop is to service the GIT community's needs and a full range of textbooks, stationery and other requisites are stocked as well as an increasing range of peripheral texts and general books. Agencies conducted by the Bookshop include sources for postage stamps, customised rubber stamps, newspapers, magazines and book tokens. Cash discounts are available on many lines and charge accounts may be opened. Mail orders and special orders are welcomed. Telephone orders or enquiries may be made to 221 2411 ext. 433 (after hours 221 2124), while managerial matters should be directed to ext. 402.

The Bookshop works closely with academic staff in the textbook adoption process and feedback on performance is provided to departments before, during and after each semester. Assistance in the tracing and selection of textbooks and, indeed, all books is available.

During semesters, the usual trading hours are between 9 a.m. and 6 p.m. from Monday to Thursday and between 10 a.m. and 5.20 p.m. on Friday. Vacation hours are between 9 a.m. and 4.50 p.m. from Monday to Friday. Special arrangements for longer hours are made for the commencement of semesters.

CHAPLAINCY CENTRE AND CHAPEL

Chaplain ......... Tedd Dunglison (Ecumenical Chaplain - Anglican)

The Chaplaincy Centre is Ecumenical and available to members of all religious faiths to make the drop-in room the centre point of worship, discussion, clarification and search. The Centre will foster and encourage formation and growth of religious study groups.

The Centre exists to help staff and students take a great deal of responsibility for their own decisions and be free enough inside to use this power to give and to serve; and in so doing, to discover Christ in their neighbour and Christ's living-dying-living power in themselves.

The Centre seeks to strengthen the Christian Community at the Institute and enable it to express its spirituality forcefully and in a generative way. To develop a Eucharistic Community the Chapel is always open for private prayer. Eucharist (Mass) service times will be advertised on notice boards in the Chaplaincy Centre.

The Chaplain is available to help free staff and students from pressures that weigh them down and assist them to make their own decisions in their personal life.

Parental and personal problems, questions in faith and prayer will be counselled in strictest confidence.

The Chaplain (co-ordinating for other churches) is available on Mondays, Wednesdays and Fridays at the Centre. Telephone 221 2411 ext. 700 or appointments may be made with the Secretary at the Counselling Centre ('A' Block) ext. 383.

The Chaplaincy Centre is situated in 'A' Block. There is a chapel for private devotions and worship and drop-in room for private reading and rest available at all times.

62 Central Services

COMPUTER CENTRE FACILITIES

General

1.1 The Computer Centre was formed in January of 1972, and primarily is designed to provide computing facilities for students and academic staff.

1.2 As from early 1980, the major computing facility in the Institute will consist of a DECsystem 1091, which is being purchased as part of a re-equipment program costing in excess of $1,000,000. This system will be supplied and maintained by Digital Equipment Australia Pty. Ltd., a subsidiary of the American computing company, Digital Equipment Corporation.

1.3 The initial ICL 1900 computer equipment will be phased out during 1980, and will not in general be used for academic work after the D.E.C. system has been commissioned.

1.4 In June 1977, an HP3000 Series 11 computer was purchased at a cost of $140,000 to supplement the total computing facilities. This was enhanced in 1978 at a cost of approximately $48,000. This equipment is supplied and maintained by the American company, Hewlett Packard Ltd.

1.5 In July, 1977, the Computer Centre was moved to its new permanent location in a specially commissioned section of the Library and Computer Centre complex, where it occupies a total space of nine hundred sq.m. This area includes, as well as the Computer Room and Staff Room, a Classroom overlooking the computer equipment, where demonstrations can be given, a Terminal Room where a number of terminals are available to students, and a Punch Room where card punches are available to students.

1.6 In association with the new Digital system, the Computer Centre will have a small special purpose graphic system for the input, output and editing of graphical data. There will also be an online data entry system for the use of professional keypunch operators.

Staff

2.1 The Centre has experienced personnel to provide the best possible service to the Institute from the Computer Centre. As well as operating equipment, this involves advising the lecturers, and through them the students, on the use of the Centre to their advantage.

Manager . ................. Mr. W.J.G. Fisher, MSc., DipTchg. Principal Programmer . ... Mr. W. Tealby, BSc., GradDipBusAdmin. Programmers ..................... Mr. W. Goodman, BSc .

. . . . . . . . . . . . . . Mr. R. Heard, BSc., DipEd., DipCompSci.

................. Mr. P. Mottram, MSc., DipCompSci. Computer Room Supervisor ................. Mr. N. Morgan Operations Staff Fourteen other members of staff are employed as

computer operators, key punch operators and secretary. Computer Centre Technician . .............. Mr. T. Mync, BE.

Central Services 63

Hardware

3.1 D.E.C. equipment

(a) Central Processor

The central processor is a DECsystem 1091 with 512 K words of memory ( 1 word = 36 bits).

(b) The main peripherals are:

(i) 5 exchangeable disc store units, each with a capacity of 200 megabytes;

(ii) 2 magnetic tape drives (9 tracks at 1600/800 BPI); (iii) 1 card reader capable of reading both punched and

marked cards at 600 cards per minute; (iv) 2 line printers with speeds of 1220 and 660 lines per

minute.

3.2 HP equipment

(a) Central Processor

The central processor has 224 K words of memory ( 1 word =

16 bits) with a cycle of 0.7 usecs.

(b) Peripherals

The system includes:

1 magnetic tape drive - 9-track, 800 b.p.i., 36 Kch/s. 2 50 m.b. moving head disc units 1 436 l.p.m. line printer with a 96 ch. set 1 300 c.p.m. card reader 1 optical/punch card reader - 180 to 300 cards per minute.

3.3 Communications Equipment

There are currently more than 60 terminals of various types and more are being purchased. These include 16 teletypes, 5 faster hard copy terminals, 2 graphical display terminals and many VDU's of various types. They can be located at more than 100 different points throughout the campus. Included is a pool of 16 terminals available to anyone in the Terminal Room or Classroom at the Computer Centre.

3.4 Data Preparation Equipment

The Institute has data preparation equipment as follows:

8 keystations attached to an AWA XL40 Data preparation system for use by Computer Centre staff; 6 card punch I verifiers for use by Computer Centre staff; 1 card printing punch I verifier used by the Finance Department; 5 card printing punches available to students and Academic staff, 12 hand printing punches.

64 Central Services

4.1 Software

Compilers are provided for many languages including:

(a) COBOL (b) ANSI FORTRAN (c) BASIC (d) ALGOL 60 (e) MACRO (DEC-10 assembly language) (f) SPL (HP 3000 Assembly Language) (g) SIMULA (h) PASCAL (i) BCPL (j) RPG

4.2 Operating Systems

Both systems have operating systems which enable all languages and programs to be used either conversationally via terminals or in batch fashion via the card readers.

(a) DEC 1091 operates under the TOPS-10 operating system. (b) The HP 3000 runs under the control of the MPE 111 operating

system.

4.3 A wide range of applications packages is available, including the following:

(a) A DECUS library; (b) SPSS (G) and most of the BMD statistical programs; (c) The HP 3000 contributed library; (d) Programs available through the HP Educational User's Group.

5.1 During semesters the doors of the Computer Centre are open from 8.30 a.m. to 10.30 p.m., Monday to Friday. During the peak periods of the semester they are open also from 8.00 a.m. to 12.30 p.m. Saturday.

5.2 Terminals on both the 1091 and HP 3000 are available whenever the Computer Centre is open.

STUDENT COUNSELLING CENTRE

The Counselling Centre is an autonomous professional service department of the Institute playing an integral role with both the academic and administrative staffs in promoting the personal and educational development of students on campus.

It operates to assist students with concerns related to their normal development needs - problems with personal and social functions, educational difficulties, and decisions on future career and personal planning. As well it offers programmes designed to aid the development of personal maturity and effective patterns of living, working and studying. These include human relations groups, job hunting skills and career planning workshops, stress management groups, interpersonal communication workshops, and study skills and reading efficiency programmes.

Central Services 65

Complementing these are a range of general welfare and guidance services, including accommodation, financial aid, course and career information. The Centre also provides contact with many other agencies in the community which offer services to students.

Services are provided by professionally qualified counselling psychologists. A Drop In Room is provided where students may relax and use a well stocked library of career and welfare information. All are encouraged to call in at the Centre for any purpose as formality is minimised.

Staff

Mr. Ian Lynagh ...................... Senior Student Counsellor Ms. Cecily Kasmar ............................... Secretary Mrs. Marian Kratzing ...................... . Student Counsellor Mr. Marshall O'Brien ...................... . Student Counsellor Mr. Denis Arthy ......................... Infonnation Officer

The service is free and available to both day and evening students, currently enrolled at the Institute and to those intending to enrol in the future. All consultations are STRICTLY CONFIDENTIAL.

The Centre is located on the Ground Level in Block 'A'. Telephone 221 2411 extension 383.

EDUCATIONAL RESEARCH AND DEVELOPMENT UNIT

The Educational Research and Development Unit (ERDU) was established in 1976 ~th a responsibility for fostering and maintaining good educational practi~within the Institute. ERDU personnel involve themselves in close collaboration with academic staff, particularly in the areas of teaching methods and materials, assessment and examination techniques, and studies of student characteristics and performance.

In order to further the effective use of modern teaching aids ERDU operates sound and vision recording studios, and provides assistance in the graphic design and photographic fields. The Unit is housed in purposebuilt accommodation which greatly facilitates the provision of media services.

Other major activities of ERDU include the collation and publication of educational information (an occasional newsletter is published); organisation of staff development seminars and workshops; and research into educational developments appropriate to the work of GIT.

Staffing

Head of ERDU . ............................. Derick Unwin Secretary . .................................... Jan Smith Educational Research Officer . ...................... Don Litster Graphic Designer . ........................... Kay Henderson Technical Services . ............................ Gary Young

.............................. Ron Wright Photographer ............................. David Adermann

Location

The Unit is accommodated in 'V' Block. The technical area, cc:TJprising studios, graphics workshop, and darkrooms is on Level 1. The office suite, seminar room and self-service workroom is on Level 2.

66 Central Services

STUDENT HEAL TH SERVICE

The Student Health Service is a FREE service available to both full-time and part-time OIT students and is located in the south-west corner of Old Government House - opposite the New Library, Main Entrance.

A nursing sister is in attendance from 8.30 a.m. - 4.30 p.m. on Monday, Tuesday, Thursday and Friday and from 10.00 a.m. - 6.00 p.m. on Wednesday.

Appointments may be made for consultation with a Doctor, who will be in attendance for 3% hours each day. The hours are as follows:-

Monday: 10.00 a.m. - 1.30 p.m. Tuesday: 9.30 a.m. - 1.00 p.m. Wednesday: 2.30 p.m. - 6.00 p.m. Thursday: 9.30 a.m. - 1.00 p.m. Friday: 10.00 a.m. - 1.30 p.m.

Students are welcome at the Health Service for discussion and treatment of all conditions pertaining to their well being, including:-

First Aid and Dressings Psychological problems (in liaison with Student Counselling

Centre) Skin care and conditions Gynaecological complaints Vaccinations and lnnoculations.

All records are, of course, STRICTLY CONFIDENTIAL.

To facilitate treatment in a crisis, sufferers of recurring conditions (asthma, diabetes, epilepsy, etc.) are requested to make themselves known to the nursing sister.

The Service is on telephone extension 321 and this number should be called in all cases of emergency.

Medical Officer .. ......... Dr. L.B. Johnson, MBBS(Qld), DOH(Syd). Sister .......... , ............................. M. Gough

LIBRARY

Chief Librarian .. .. C.F. Cayless, MLS(Loughborough Univ), ALA, Mlnst, lnfSc.

The Library's collections, consisting of many different types of media, have been developed primarily to support the courses offered by the OIT. The I ibrary staff are responsible for developing, organizing and exploiting the collection to the benefit of the students and staff and, where appropriate, of the community generally.

There are six main collections -

The Reference Collection including encyclopaedias, dictionaries, handbooks, yearbooks, bibliographies, indexes and abstracts. As these items are in daily use, they are not for loan.

Central Services 67

The Main Book Collection has about 80,000 volumes, most of which are available for loan.

The Periodical Collection has approximately 3,600 titles, many of which have long runs of back issues. Loans from this collection to students are limited to specific titles.

The Audio Visual Collection includes films, audio tapes, slides, games and microforms. Equipment is available for their use in the Library, while most of the materials may be borrowed.

The Map Collection and Chart Collection (MMC) consist of art prints, engineering drawings, maps, charts, etc. These are not available for loan.

The Law Library has been established as a separate collection which contains all types of materials directly related to the subject field of law.

The services offered by the Library are constantly being reviewed, changed and expanded to meet the needs of its clients.

The three main types of service are -

Reference Services: Library Staff are available to answer ready reference queries, give assistance in using the catalogues and in finding information, compile bibliographies, both manually and through computer based retrieval systems, and undertake literature searches.

Reader Education: With the co-operation of academic staff members, the Library staff provide education in the use of the Library and the subject literature. The aim is to indicate the varied nature of the information sources available and to demonstrate the use of bibl iographic tools that have been developed to exploit those sources.

Loans Services: The Library lends extensively from its own collections. In addition, the Library may borrow materials from other organizations on behalf of its users, giving them access to a wide selection of information sources. Books that are in great demand have, at the request of lecturers, been placed in the Limited Access Collection. These books may only be used within the Library.

Hours of Opening-

The Library is open: 7.30 a.m. - 10.00 p.m. Monday to Friday 9.00 a.m. - 5.00 p.m. Saturday 1.00 p.m. - 5.00 p.m. Sunday.

68 Central Services

OIT UNION

The Aims of the Queensland Institute of Technology Union -

The basic aim of the Union is to involve its members in all activities which are associated with campus life to represent its members on the various boards and committees and to provide services and facilities to its members.

Union Council -

The OIT Union Council comprises the President, five Executive Directors and up to thirty-five Representative members elected from the various schools. Elections are held annually.

Union Council meets every four (4) weeks during semesters. All members who wish to attend Council meetings are cordially invited to do so. Even though they are not Council members, they may ask questions of any of the Director, Student Representative or Academic Board Representatives.

Union Facilities and Services -

Since the Union has a major say in the day-to-day operations of the Community Building and provides large grants to subsidise Clubs and activities, the facilities available to you as members are both beneficial and varied.

Union Office (Level 3, Community Building) which is staffed full time to provide continuity of service to all students, 9.00 a.m. - 6.00 p.m.

Union Shop (Level 3, Community Building) sells a large range of calculators and other goods and is a market place for student made products. The shop is open 10.00 a.m. - 6.00 p.m.

Discount List: A wide range of discounts is available to Union Members. A list of organisations offering such discounts is available from Union Office.

Stereo, billiard, amusement machines and table tennis facilities are available for Union members use in the Games Room on Level 1 of the Community Building from 8.30 a.m. to 8.30 p.m.

A Gymnasium operates in the old Bakehouse next to Kindler Theatre, hours 8.00 a.m. to 8.00 p.m.

General Information ~

For all enquiries about Union activities, services, clubs and societies and complaints ring Union Office on 221 3144 during office hours. Answers that are not available immediately are provided on a call back basis. Alternatively a personal call at the Union Office will find staff available to service any difficulties.

A Contact Service (Information Service) is available on Ground Floor of the Community Building.

Student Union Cards will be issued at the commencement of the academic year on production of OIT Acceptance Advice.

The Union newspaper UNIT provides general information and also acts as a forum for a wide range of topics of student interest. All members of the Union are free to contribute any articles, poetic masterpieces, etc., to your newspapers.

Central Services 69

Clubs and Societies -

Since the formation of the Union there has been a gradual increase in the number of Clubs and Societies. These are listed below:

Alpine Ski Club Basketball Club Built Environment Students Group Bushwalking Club Campus Child Care Club Chemistry Students Association Chess Club Conservation Group Christian Fellowship Association Communications Student Assn. Cricket Club Engineering Students Association Film Group Football Clubs -

Rugby League Rugby Union

Hang Gliding Club Health Administration Students

Association Health Science Students Assn. Law Students Association Optometry Students Association Parachuting Club Public Administration Students

Association Rowing Club Sailing Club Science Students Association Surveying Students Association Squash Club Tae Kwon Do Club Underwater Club Volleyball Club

These Clubs are funded by the Union. Any enquiries regarding the Clubs may be made at Union Office.

The success of all Union ventures is dependent on the continuing involvement of members.

Chairperson ................................... Mark Bell President ................................ Patrick Flanagan JJirector of Admin/Finance . ...................... Ted Stewart Director of Student Services ...................... Peter Brodie Director of Activities ......................... Terry Hendicott Director of Sport . ............................ David Kersley Director of Education .......................... James Arthur

Adm;,.;on Pol;oy and Ent<anoo R•qu;"~(Undergraduate Courses) and Schedules

72 Admission Policy

ADMISSION POLICY

1. The number of students admitted to each QIT course is limited by quota.

2. In order to be admitted to a course, a student must fulfil two conditions -

(a) Satisfy the requirements for entry, including any employment requirements, set out in the Schedulesforming part of this statement;

(b) Gain a place in the quota for that course.

3. Method of selecting quotas in Approved Undergraduate Courses

(i) Except for courses referred to in sub-section (ii) of this section, selection for quota places from among eligible applicants for entry to all undergraduate courses shall normally be in accordance with academic merit as indicated either by the applicant's actual Tertiary Entrance (TE) Score or by a Notional Tertiary Entrance Score allocated by the Institute to students other than current Queensland Grade 12 students.

(ii) Special provisions relating to selection in certain courses:

(a) Part-time internal and part-time external Law

Applicants for the part-time internal Bachelor of Laws course must normally be resident in the Brisbane statistical region, and applicants for the part-time external Bachelor of Laws course must normally be resident in Queensland outside the Brisbane statistical region. Consent of the Head of School of Law is required for those applicants not fulfilling the above requirements.

In determining the quotas for the part-time internal and part-time external Bachelor of Laws courses, first preference will be given to academically qualified applicants who are serving Articles of Clerkship to a solicitor or some other form of practical training referred to in rule 18(3) of the Solicitors' Admission Rules, 1968, as amended, or who are public servants in offices set forth in Section 7 of the Legal Practitioners Acts Amendment Act 1968 and comprising -

( 1) the Solicitor-General's office; (2) the Crown Solicitor's Office; (3) the Public Defender's Office; (4) any branch or section of the Chief Office of the

Department of Justice not covered by ( 1), (2) or (3) above;

(5) the Parliamentary Counsel and Draftsman's Office; (6) a Registry of the Supreme Court; (7) a Registry of the District Court; (8) the Public Curator's Office (including any branch

thereof); (9) an office of a Clerk of a Magistrates Court.

Admission Policy 73

If there is any place left after the above-mentioned preference has been given, a second preference may be given to applicants who are Commonwealth public servants, or Queensland Public Servants in offices other than those referred to above, and who can show that by reason of the duties they perform it is desirable that they be enrolled in the course. Applicants fulfilling a preference category must provide appropriate documentary evidence to the Institute and to the Queensland Tertiary Admissions Centre before preference will be given to their application.

(b) Diagnostic Radiography and Therapeutic Radiography In the Diagnostic and Therapeutic Radiography course places in the quota are only offered to applicants who meet the academic requirements for entry and who have been granted a cadetship or other form of appropriate training with an approved Department or practice.

(c) Part Time External Course Bachelor of Business (Health Administration}

In the Bachelor of Business (Health Administration) external course preference will be given to applicants who reside outside the Brisbane Statistical Region.

4. Allocation of Notional Tertiary Entrance Scores

(i) General For the purpose of assessing entry and selecting the quota for undergraduate courses, the Institute shall allocate a Notional Tertiary Entrance (NTE) Score to all applicants other than those completing grade 12 at a Queensland Secondary School in the year immediately prior to the year in which entry is being sought. Such Notional Tertiary Entrance Scores shall be calculated either on the basis of results obtained in relevant examinations or by assessing a combination of prior academic results and other relevant evidence (e.g. employment experience relevant to the course for which the applicant seeks entry).

(ii) Conversion of Queensland Results into Notional Tertiary Entrance Scores for other than current Grade 12 students.

(a) Where an applicant relies on qualifications obtained in the State of Queensland arising from -

( 1) results obtained by full-time study in any year other than the year immediately preceeding that in which he/she seeks entry;

(2) results obtained entirely by part-time study; (3) results obtained by combining full-time and part

time study; or

74 Admission Policy

(4) results obtained by undertaking examinations for adult entry;

the results obtained by the applicant will be converted into a Notional Tertiary Entrance Score in accordance with Table 1.

(b) Subject to the provisions of paragraph (c) below, the basis on which results will be converted in accordance with Table 1 shall be -

( 1) actual TE Scores obtained by applicants who completed Grade 12 in the years 1974 to 1977 shall be allocated the nearest Notional Tertiary Entrance Score;

(2) Normal Entry by part-time study: Applicants may fulfil the requirements for part-time entry either by undertaking all subjects on a part-time basis, or by a combination of results obtained by full-time and part-time study. In eith.er case a Notional Tertiary Entrance Score shall be calculated on the basis of the applicant's best results in five different subjects, and applied to the year in which the last examination was taken.

(3) Adult Entry: Except for applicants for degree courses in Engineering who require five (5) subjects, adult entry applicants shall be assigned a Notional Tertiary Entrance score on the basis of their best results in four different subjects and applied to the year in which the last examination was taken. Applicants must have attained the age of 21 years on or prior to the 31st December of the year in which the first examination for which. credit is sought under this provision was taken.

(c) Notional Tertiary Entrance Scores assigned in accordance with the provisions of Table 1 may be modified for previous performance in tertiary study.

(iii) Conversion of other results into Notional Tertiary Entrance Scores:

For the purpose of selecting applicants for entry to undergraduate courses, Notional Tertiary Entrance Scores shall be allocated to all applicants, other than current grade 12 students and applicants referred to in (ii) above, on such basis as the Admissions Committee may from time to time determine.

5. Exclusion from a Tertiary Institution

The Institute reserves the right to refuse entry to any applicant who has been excluded from any course within a tertiary institution or who becomes liable for such exclusion while his application is being considered. Such refusal will normally only apply to courses where quota restrictions have to be applied.

Entrance Requirements 75

ENTRANCE REQUIREMENTS

1. Degree, Diploma, and Associate Diploma Courses (other than postbasic Diplomas in Nursing)

(i) Nonna! Entry

(a) Students undertaking Grade 11 and Grade 12 under the Semester Rating System -

To qualify for normal entry to a bachelor's degree, diploma, or associate diploma course an applicant must fulfil the requirements listed against the particular course, in Table 2.

(b) Students undertaking the External Senior Examination

To qualify for normal entry to a bachelor's degree, diploma, or associate diploma course an applicant must fulfil the requirements listed against the particular course in Table 3.

(ii) Adult Entry

(a) To qualify for adult entry to a bachelor's degree, diploma, or associate diploma course an applicant must fulfil the requirements listed against the particular course in Table 3.

(b) Applicants seeking entry under the provisions of part (a) of this requirement must have attained the age of 21 years by the time of undertaking the first examination for which credit is sought under part (a).

(iii) Entry to Associate Diploma Courses in Engineering and Surveying from a Bridging Course

(a) Applicants who have completed Grade 10 in secondary school and in addition have successfully completed the two year part-time Interim Bridging Course for Associate Diploma (UG3) Engineering Courses which is offered at various Colleges of Technical and Further Education shall be regarded as meeting the requirements for entry to the Associate Diploma in Engineering Courses at GIT.

(b) Applicants who have completed Grade 10 in secondary school and in addition have successfully completed the Bridging Course conducted by the GIT Department of Surveying shall be regarded as meeting the requirements for entry to the Associate Diploma in Surveying.

(iv) Special and Mature Age Entry

(a) Applicants who do not meet the precise requirements for normal or adult entry may present documentary evidence of qualifications, experience, and other relevant information for Special Consideration by the Admissions Committee.

76 Entrance Requirements

(b) Applicants seeking consideration for Special Entry should complete the relevant section of the QT AC application form and attach the required evidence. Such applications will be referred by QT AC to the QIT Admissions Committee for consideration.

(c) Applicants who do not meet the precise entry require· ments for Certificate or Post-graduate courses should attach relevant supporting documentation to their enrolment form for consideration by the Admissions Committee.

2. Post-basic Nursing Diplomas

Three post-basic nursing courses are offered at QIT -

Diploma in Applied Science - Nursing Administration Diploma in Applied Science - Nursing Education Diploma in Applied Science - Nursing and Unit Management

These courses are only available to applicants who possess a qualif· ication in nursing acceptable for registration by statutory registering authorities in Australia. Details of entry requirements appear in the course rules relating to each course.

3. Post-Graduate Courses

The Institute offers a range of post-graduate courses at both the Masters degree and post-graduate diploma level. As entry requirements differ extensively depending on the nature of the course, details are listed in the course rules relating to the particular course.

4. Certificate Entry

The only Certificate courses for which there will be a new intake in 1979 are the Certificate in Cartography, the Certificate in Civil Engineering (Laboratory Technician strand), and a bridging course for entry to the Associate Diploma in Surveying. Other Certificate courses previously offered by the Institute are now conducted by the Technical Education Branch of the Queensland Education Department.

For entry to the Certificate courses offered by QIT, applicants require -

(a) A total score of not less than 16 points in four Junior subjects: English, Advanced or Ordinary Level Mathematics, Science and one other;

(b) Students must have studied and received a result in either Advanced or Ordinary Level Mathematics;

(c) A minimum grade of 3 points may be accepted in English, but the accepted minimum in all other subjects (except Mathern· atics) shall be four points.

Schedules 77

TABLE 1 Table of Tertiary Entrance Scores for Applicants Qualifying in Queensland. '" Senior Examination Grade 12 Adult

(best 5 subjects) by assessment Matriculation (Aggregate over 20 (best 4 subjects)

semesters)

Notional 1959 1960 1967 1971 1973 1974 1967 1971 T.E. and to to and and to and

Score earlier 1966 1970 later later 1970 later • •

987 28 30 31 32 128 23 26 982 125 22 25 977 27 29 30 31 122 972 120 21 24 967 26 28 29 30 118

962 116 957 25 27 28 29 115 20 23 952 113 947 24 26 27 28 112 942 110 Cl) 19 22

937 23 25 26 27 108 ch c4 932 107 co

927 106 E 922 105 E 18 21 917 22 24 25 26 104 ....

-g 912 103 c 20 907 101 ·n; ... 902 21 23 24 25 100 .ll 17 19 0 897 99 "' 892 20 22 98 .. 18 0 .., 887 19 21 23 97 l/J

882 18 20 22 24 96 w 16 17 872 94 i-: 862 17 19 21 23 92 iii 15 16 ::l 857 91 ... .., 852 90

<(

842 16 18 20 22 88 832 86 14** 15** 822 15 17 19 21 84 812 16 18 20 80 802 17 19 76 13** 14** 792 14 15 787 782 777 13 14 16 18 72 767 757* 747* 12 13 15 17 68 12** 13**

'" All applicants must satisfy the subject pre-requisite requirements set out in Tables 2 and 3 except that applicants relying on senior examination results obtained prior to 1967 will be regarded as meeting the requirements if they have gained the equivalent of a score of 3 in each pre-requisite subject.

• Based on A = 6; B = 5; C = 4; P or Q = 3; N = 0.

**Applicants who have only this level of aggregate points over their best four subjects in Adult Matriculation examinations DO NOT satisfy the requirements for entry to degree or diploma courses at QIT.

* Students applying for Associate Diploma level courses only will, subject to the conditions set out in the preceeding policy, be allocated a Notional TE Score of 757 if they have gained 56 points over 16 semesters study, and a Notional TE Score of 147 if they have gained 52 points over 16 semesters study.

78 Schedules

TABLE 2 - Entry Requirements for Grade 12 Students

Mode* Min. Required Min. Min. Specified Offered COURSE T.E. Subjects Semester No. Units

Units Pts. Required

SCHOOL OF APPLIED SCIENCE Degree (Bachelor) Level Courses F-P B.A.S. Biology F-P B.A.S. Applied Chemistry Chem. 3 - -F-P B.A.S. Chemistry 810 Maths'# 3 - -F B.A.S. Applied Geology Physics 3 - -F-P B.A.S. Physics

F-Pc B.A.S. Computing 810 Maths# 8 32 1,2,3 F-P B.A.S. Mathematics

Associate Diploma Level Courses F-P I A.D. Applied Biology Chem. 3 - -F-P A.D. Applied Chemistry 745 Maths# 3 - -F-P A.D. Applied Physics Physics 3 - -

s A.D. Diagnostic English 3 - -Radiography *** 745 Maths# 3 - -

s A.D. Therapeutic Physics 3 - -Radiography ***

SCHOOL OF HEAL TH SCIENCE Degree (Bachelor) Level Courses

F - P I B.A.S. Medical Technology Chem. 3 - -810 Maths# 3 - -

Physics 3 - -Diploma Level Courses

F I D.A.S. Chiropody 810 Chem.

I 3 - -

I F D.A.S. Optometry Maths# 3 - -Physics 3 - -

Associate Diploma Level Courses F-P A.O. Clinical Laboratory Chem. 3

I - -

Techniques 745 Maths# 3 - -F A.D. Health Surveying Physics 3 - -

SCHOOL OF THE BUILT ENVIRONMENT Degree (Bachelor) Level Courses

p B.Architecture 810 English 2 - -F B.A.S. Built Environment Maths# 2 - -

p B.A.S. Building p B.A.S. Quantity Surveying

Associate Diploma Level Courses F ,A.D. Built Environment 745 English 4 12 -

Technician Maths# 4 12 -

SCHOOL OF BUSINESS STUDIES Degree (Bachelor) Level Courses F-P B.Bus. Accountancy 810 English 4 *16 -F-P B.Bus. Management A Maths# 4 *16 -F-P B.Bus. Communication P-E B.Bus. Health Admin. 810 English 4 * 16 -F-P B.Bus. Public Admin

Associate Diploma Level Courses F-P I A.D. Business 745 English 4 * 13 -

Maths# 4 * 13 -

Schedules 79

TABLE 2. (Cont.)

Mode* Min. Required Min. Min. Specified Offered COURSE T.E. Subjects Semester No. Units

Units Pts.

SCHOOL OF ENGINEERING

Degree (Bachelor) Level Courses

F-P B.Eng. ** English 4 14 -810 Physics 4 14 -

Chem. 4 14 -Maths# 8 28 1,2,3 t

s B.A.S. Surveying** </> English 4 14 -Maths# 8 28 1,2,3 t Physics 4 14 -one other 4 14 -

Associate Diploma Level Courses F-P A.D.Civil English 3 - -F-P A.D. Electrical 745 Maths# 3 - 1,2,3 F-P A.D. Mechanical Physics 3 - -

Chem. 3 - -p A.D. Surveying 745 English 3 - -

Maths 4 - 1,2,3 Physics 3 - -

SCHOOL OF LAW Degree (Bachelor) Level Courses F-P I B. Laws + 830 English 4 16 -

E

F =Full-time; P =Part-time; E =External; S =Sandwich.

#

"*

</>

***

t

Social Mathematics is not accepted.

A total of 80 points must be obtained over 20 semester units in these courses.

Special consideration may be granted to students not meeting normal mathematics requirements, such students will be required to undertake additional work.

Applicants should note that this is a sandwich course requiring alternate semesters of full-time study and approved employment. Students may however enter the first semester of full-time study withoutemploymentexperience.

For these courses, in addition to meeting the academic requirements set out above, students must have gained a cadetship with a recognised department of radiology or with a specialist radiologist. Students applying for these courses should therefore also apply for a cadetship.

Students who completed units 1,2,3 prior to 1978mustalsohavesatisfactorily completed units 8 and 11.

While the academic segment of this course does not commence until second semester, applications must be submitted by the closing date in October and enrolment forms submitted by the closing date for enrolments in the first semester.

80 Schedules

• Applicants for part time or external law who fall within the special provisions relating to selection listed in the section regarding Admission Policy, must provide documentary evidence from the employer regarding employment, or from the potential employer who guarantees that they will be in employment on or before the 4th January. No quota preference will be given until the Institute receives such evidence in an acceptable form and all such evidence should be forwarded by the applicant to the Registrar, QIT, as early as possible, to facilitate the offer of a quota place.

Students not meeting the points specified for required subjects in these courses may be eligible to enrol. Such students should apply for special consideration.

Schedules 81

TABLE 3. Entry Re9uirements for Students Qualifying by External Examination

Points Required PLUS Required Subjects

Normal Adult Entry Entry

Mode* (Senior) (Senior) Specific Level

Offered COURSE Total Total Subjects in Specific over over Subjects five four

subjects subjects unless unless stated stated

SCHOOL OF APPLIED SCIENCE Degree (Bachelor) Level Courses

I F p B.A.S. Biology

Maths I or Students

F-P B.A.S. Applied Chemistry must have F-P B.A.S. Chemistry 20 16 equivalent sat for these F B.A.S. Applied Geology Chem. subjects F-P B.A.S. Physics Physics

F p G B.A.S. Computing 20 16 Maths I Students F-P B.A.S. Mathematics Maths 11 must have

sat for these subjects *

Associate Diploma Level Courses Maths I or F-P A.O. Applied Biology Students

F-P A.D. Applied Chemistry 16 13 equivalent must have F p A.O. Applied Physics Chem. sat for these Physics subjects

s A.O. Diagnostic English Students Radiography 16 13 Maths I or must have

s A.O. Therapeutic equivalent sat for these Radiography Physics subjects

SCHOOL OF HEALTH SCIENCE Degree (Bachelor) Level Courses

Maths I or F-P B.A.S. Medical Technology 20 16 equivalent Students

Chem. must have

Physics sat for these subjects

Diploma Level Courses F D.A.S. Chiropody 20 16 Maths I or Students F D.A.S. Optometry

equivalent must have Chem. Physics sat for these

subjects

Associate Diploma Level Courses Maths I or F-P A.O. Clinical Laboratory Students

Techniques 16 13 equivalent must have F A.O. Health Surveying Chem. sat for these Physics subjects

SCHOOL OF THE BUil T ENVIRONMENT Degree (Bachelor) level Courses

p B. Architecture 20 16 English Students F B.A.S. Built Environment Maths I must have

p B.A.S. Building or II sat for these p B.A.S. Quantity Surveying subjects

Associate Diploma Level Courses English F A.O. Built Environment 14 12 Maths I or Minimum of

Technician II 3 points in 2 other each subject subjects

82 Schedules

TABLE 3 (Cont.)

Points Required PLUS Required Subjects

Normal Adult Entry Entry

Mode* (Senior) (Senior) Specific Level ·-Offered COURSE Total Total Subjects in Specific

l over over Subjects five four

subjects subjects unless unless stated stated

SCHOOL OF BUSINESS STUDIES D egree (Bachelor) Level Courses F-P I B.Bus. Accountancy 20 16 English Grade of 4 t F-P B.Bus. Management A Maths# in each req-

I uired subject

F-P B.Bus. Communication Grade of 4 P-E B.Bus. Health Admin. 20 16 English in each req-F-P B.Bus. Public Admin. u ired subject

-·- -- -ciate Diploma Level Courses

F-P A.D. Business 14 12 English Grade of 3 (in 4 (in 3 Maths# in each req·

Board Board uired subject subjects) subjects)

IAsso

CT SCHOOL OF ENGINEERING

~g~ I '

ee !Bachelor) Level Courses p

IB.Eng. English Grade of 4 20 20 Physics in each req·

(in 5 Chem. uired subject Board Maths I

I subjects) Maths 11

s I B.A.S. Surveying <t> 20 16 English Grade of 4 Maths I in each req-

E ' F-

l F-F -

I

I

I Maths II uired subject Physics 1 other

ciate Diploma Level Courses p A.D. Civil Engineering 14 14 English Students p A.O. Electrical Engineering (in 4 Maths I must have p A.O. Mechanical Eng. Board Physics sat for these

subjects) Chem. subjects p A.O. Surveying 14 14 1:ng11sn Students Maths I (in 4 Physics must have

Board sat for these subjects) 1 other subjects .subiec!

SCHOOL OF LAW Degree !Bachelor) Level Courses F-P ,B.Laws • 22 18 English Grade of 4 in

E required subject

Schedules 83

F =Full Time; P =Part Time; E =External; S =Sandwich.

* Adult Entry candidates must have gained a total of 8 points in the subjects Mathematics I and Mathematics II together.

For these courses, in addition to meeting the academic requirements set out above, students must have gained a cadetship with a recognised department of radiology or with a specialist radiologist. Students applying for these courses should therefore also apply for a cadetship.

# Social Maths is not accepted.

¢ Applicants should note that this is a sandwich course requmng alternate semesters of full-time study and approved employment. Students may however enter the first semester of full-time study without employment experience.

o Whilst the academic segment of this course does not commence until second semester, applications must be submitted by the closing date in mid October, and enrolment forms submitted by the closing date for enrolments in first semester.

+ Applicants for full-time or external Law who fall into special provisions relating to selection listed in the Admission Policy, must provide documentary evidence from the employer regarding employment, or from the potential employer who guarantees that they will be in employment on or before 4th February. No quota preference will be given until the Institute receives such evidence in an acceptable form and all such evidence should be forwarded to the Registrar, QIT, as early as possible, to facilitate the offer of a quota place.

A Special consideration may be granted to students not meeting normal mathematics requirements, such students will be required to undertake additional work.

t Applicants with a score of three (3) points in one of the prescribed subjects may be allowed to enrol if the total score over all subjects required is sufficiently in excess of the minimum points required.

@'·~

Subject and Cot1rse.Numbering.~y~~o?:

86 Subject & Course Numbering System

SUBJECT AND COURSE NUMBERING SYSTEM

Subject Numbering -

The subject code is of the format XXX999.

The first two characters indicate the Department or School Administering the subject.

AC Accountancy AR Architecture and Industrial Design AS Applied Science BE Biology and Environmental Science BG Building and Quantity Surveying CE Civil Engineering CH Chemistry CM Communication and General Studies EE Electrical Engineering EN Engineering ES Applied Geology LB Librarianship LP Planning and Landscape Architecture LW Law MA Mathematics and Computer Science ME Mechanical Engineering MN Management MT Medical Technology NS Nursing Studies OP Optometry PH Physics PN Public Health and Nutrition SE School of Engineering SV Surveying

The third character indicates the level of the course in which the subject is taught.

N Masters Degree P Graduate Diploma B Bachelor's Degree (new) A* Bachelor's Degree (Technology) and Diploma in Architecture D Diploma (other than Diploma in Architecture) A Associate Diploma (all schools except Engineering) T Associate Diplomas in Engineering School C Certificate S Unregistered Student

*Note: These courses are being phased out. The symbol 'A' will then only apply to Associate Diploma subjects.

The remaining characters identify the subject within course.

Course Numbering System -The course code is of the format xxx999. The first two characters indicate the Department administering the course as above for subjects. The third character indicates the level of the course - Bachelor's Degree J, Diploma K, Associate Diploma L, Post Graduate Diploma M, Master's Degree N, Certificate C, Unregistered student S.

Academic Board and

Advisory Committees

88 Academic Boards and Advisory Committees

ENGINEERING ACADEMIC BOARD

Dr. J.W. Wilby (Chairman)

Mr. R.F. Bange

Mr. J.R. Barclay

Dr. C.J. Chesmond

Mr. I. Dennis

Mr. P. Flanagan

Mr. D. Geldard

Head, School of Engineering, QIT.

Head, Department of Civil Engineering, OIT.

Lecturer, Department of Surveying, QIT.

Senior Lecturer, Department of Electrical Engineering, OIT.

Consulting Engineer

Representative, QIT Engineering Students.

Lecturer, Department of Mechanical Engineering, QIT.

Mr. J.T.C. Glassock Senior Lecturer, Department of Surveying, OIT.

Mr. D. Kersley

Mr. J.W. Laracy

Mr. G.E. Littler

Representative, QIT Engineering Students.

Head, Department of Mechanical Engineering, QIT.

Head, Department of Electrical Engineering, QIT.

Mr. R.G. McNamara Principal, Cameron, McNamara and Partners Pty. Ltd.

Mr. M.P. Moody Lecturer, Department of Electrical Engineering, QIT.

Mr. M.D. Norman Manager, Engineering Design, MIM Holdings Ltd.

Dr. D.J. Nuske Lecturer, Department of Mechanical En(Jineering,

Mr. T.L. Piggott

Mr. J.G. Pike

Mr. B. Rigden

Mr. J.M. Serisier

Mr. K.N. Toms

Mr. R.D. Waldie

Ex-officio:

QIT.

Senior Lecturer, Department of Civil Engineering, QIT.

Representative, The Institution of Surveyors, Australia.


Surveyor-General, Department of Mapping and Surveying.

Head, Department of Surveying, QIT.

Representative, The Institution of Engineers, Australia.

Director, QIT.

Deputy Director, QIT.

Representative, School of Applied Science, OIT.

Representative, School of the Built Environment, QIT.

Representative, School of Business Studies, QIT.

Representative, School of Health Science, QIT.

Representative, School of Law, QIT.

Academic Boards and Advisory Committees 89

ENGINEERING ADVISORY COMMITTEES

ADVISORY COMMITTEE - Civil

Mr. R.F. Bange Head, Department of Civil Engineering, QIT. (Chairman)

Mr. D.L. Beal Lecturer, Department of Civil Engineering, OIT.

Mr. R .G. Black Senior Lecturer, Department of Civil Engineering, QIT.

Mr. G.H. Brameld Senior Lecturer, Department of Civil Engineering, QIT.

Mr. J. Callaghan Chief Draftsman, Ipswich City Council.

Mr. R.F. Gamble Deputy City Engineer, Ipswich City Council.

Mr. R. Grahame Deputy Construction Engineer, Main Roads Department.

Mr. L. De W. Henry Director, Water Quality Council, Local Government Department.

Mr. J. James

Mr. I. Kendall

Mr. J.M. Muir

Mr. C. Palmer

Mr. T.L. Piggott

Mr. P.A. Webb

Mr. A.J. Winter

Associate, Cameron, McNamara and Partners Pty. Ltd.

Student Representative, QIT.

General Manager, Northern Zone, John Holland (Constructions) P/L.

(Graduate Representative), Local Government Dept.


Chief Draftsman, Harbours and Marine Department.

Lecturer, Department of Civil Engineering, QIT.

ADVISORY COMMITTEE - Electrical

Mr. G.E. Littler (Chairman)

Head, Department of Electrical Engineering, QIT.

Mr. P.K. Boddington Senior Lecturer,

Mr. P.J. Browne

Dr. C.J. Chesmond

Dr. D. Chia

Mr. T.J. Ellis

Mr. J. Hinton

Mr. R.S.L. Howe

Department of Electrical Engineering, QIT.

Engineering Manager, Consolidated Fertilizers Ltd.

Senior Lecturer, Department of Electrical Engineering, OIT.

Senior Lecturer, Department of Electrical Engineering, QIT.

Communications Engineer, Queensland Railways Department.

Design Engineer, MIM Holdings Ltd.

Senior Lecturer, Department of Electrical Engineering, GIT.

90 Academic Boards and Advisory Committees

Mr. P. Owen

Mr. P.J. Simonds

Mr. J. Laracy (Chairman)

Mr. K. Daunt

Mr. D. Geldard

Mr. K. Morgan

Dr. D. Nuske

Mr. I. Ross

Mr. A. Smith

Mr. A. Spalding

Mr. S. Stokes

Mr. B. Withnall

Mr. K.N. Toms I Chairman)

Mr. F.R. Daniel

Mr. P. Dawson

Chief Systems Development Engineer, SEQEB.

Supervising Engineer, Telecom Australia.

ADVISORY COMMITTEE - Mechanical

Head, Department of Mechanical Engineering, QIT.

Associate, W.E. Bassett and Partners Pty. Ltd.


(Graduate Representative) Mechanical Engineer, Drysdale and Ridgway Pty. Ltd.


Manager, Engineering, Design and Construction Division, Evans Deakin Industries Ltd.

Engineer and Maintenance Manager, Amoco Australia Pty. Ltd.

Consultant, P.A. Consulting Services Pty. Ltd.

Chief Engineer, Food Division, QUF Industries Ltd.

Manager, Engineered Products, Rheem Australia Pty. Ltd.

ADVISORY COMMITTEE - Surveying

Head, Department of Surveying, QIT.

Consulting Surveyor.

Managing Director, Bennett and Francis Pty. Ltd. (Authorised Surveyors)

Mr. J.T.C. Glasscock Senior Lecturer, Department of Surveying, QIT.

Mr. J. Goodwin Principal, J.B. Goodwin & Associates, Consulting Surveyors.

Mr. J.H. Hunter Chief Surveyor, Australian Survey Office Department of Administrative Services.

Mr. F.W. James Staff Surveyor, Department of Mines.

Mr. B.H. McDonald Deputy Director, Department of Mapping and Surveying.

Mr. S.H. Pearse

Mr. J.G. Pike

Mr. K.H. Smith

Mr. K.S. Todd

Senior Lecturer, Department of Surveying, QIT.

Partner , Pike and M iris (Consulting Surveyors).

Assistant Director, Department of Mapping and Surveying.

Principal, R.C. Todd and Associates Pty. Ltd. (Consulting Surveyors).

Academic Boards and Advisory Committees 91

MASTER'S DEGREE STANDING COMMITTEE

Dr. J.W. Wilby Head, School of Engineering, OIT. (Chairman)

Mr. B.T. Boyce Senior Lecturer, Department of Civil Engineering, OIT.

Mr. W.H. Boyce Structures Manager, Cameron, McNamara & Partners Pty. Ltd.

Mr. G.H. Brameld Senior Lecturer, Department of Civil Engineering, OIT.

Dr. C.J. Chesmond Senior Lecturer, Department of Electrical Engineering, OIT.

Mr. J.T.C. Glasscock Senior Lecturer, Department of Surveying, OIT.

Mr. G.E. Littler Head, Department of Electrical Engineering, OIT.

Dr. D.J. Nuske

Dr. G. Russell

Lecturer, Department of Mechanical Engineering, OIT.

Director, Queensland Rubber Co. Pty. Ltd.

Mr. J.N. Somerville Engineer, Technical Services, S.E.O.E.B.

Mr. K.N. Toms Head, Department of Surveying, OIT.

Staff - School of Engineering

94 Staff

STAFF - SCHOOL OF ENGINEERING

Head of School: J.W. Wilby,

Graduate Assistant

Head of

BE(Hons)(Qld), BSc(Old), PhD(Old), MIEAust, FllCA.

S.M. Leuthner, BA(Augustana), MA(Oregon State).

DEPARTMENT OF CIVIL ENGINEERING

Department: R .F. Bange, BE(Hons)(Old), MEngSc(Qld), DOIT(BusAdmin),

FIEAust, MASCE, MAWWA, LGE, RPEO.

Senior Lecturers: R.G. Black, BE(Qld), MEngSc(Old), MIEAust, MAWWA.

B.T. Boyce, MEng(Canterbury), MSc(IC), DIC, MIEAust, MNZIE, MICE.

G.H. Brameld, BE(Hons)(Old), MEngSc(Old), BCom (Old), MIEAust.

T.L. Piggott, BE(NSW), MSc(Dublin), MIEAust, MAWWA.

B. Rigden, BSc(Eng)(S'Hampton), MIEAust, MICE, AMIWPC(Dip), MAWWA.

Lecturers: D.L. Beal, BE(Qld), MEngSc(NSW), DIC, MSc (London), MI EAust.

C.k. 8utton, BE(Qld), LGE, MIEAust. R.A. Campbell, BE(Syd), LGE. J.W.E. Leddy, DipEng(Civ), MEngScOual, MIEAust. P.A. McAnally, BE(Hons)(Syd), ME(Syd), FIEAust. C.W. Whitney, BE(Syd), MIEAust, AMRAeS. A.J. Winter, DipEng(Civ), BEcon(Hons)(Qld), MSc

(Griffith), MIEAust. L.S. Wong, BE(NSW), MEngSc(Malaya), MIEAust,

MICE.

Support Staff: C. Byron (Carpenter), R. Carlisle (BSc(Hons) (UQ)), R. Crouch, J. Eaton (Elec.Mech., CertCivilEng), W. Gidley, D. Gittins (MIGA, GradlERE), J. Goss (CertCivilEngDrafting), F. Harrison, D. Moore (Fitter & Turner, CertCivilEng), K. Moore, G. Slater (Cert CivilEng), N. Tooth (Aircraft Eng), G. Walker (Cert CivilEng), B. Watson (HNC), P. Watson (BSc(Hons) (ANU)).

Staff 95

DEPARTMENT OF ELECTRICAL ENGINEERING

Head of Department: G.E. Littler,

ME(Old), MIEAust.

Senior Lecturers: P .K. Boddington, MSc(Warwick). C.J. Chesmond, BSc(Eng)(Hons)(London), PhD

(London), MIEAust, MIEE. D. Chia, DFH, MSc(Manch), PhD(Manch), MIEE. R.S.L. Howe, BSc(St.Andrews), MSc(S'Hampton),

MIEE.

Lecturers: D. Birtwhistle, BTech(Bradford), MSc(Bradford), MIEE, MIEAust.

G.N. Beikoff, BSc(Qld), AssocDipElecEng, MIEAust, AACS.

T.W. Cooper, MTech(Brunel), MIEE. K.R. Curwen, MA(Cambridge), GradDipAutoControl

(OIT), MIEAust. J. Edwards, MSc(Bath), MIEE, MIREE. H. Fanshawe, BEng(OIT), GradlEAust. W.G. Feige, BSc(Old), MIEAust, Ml REE. J. Koranski, BScTech(Manch), MEng(WarsawPolytech),

MIEAust. T. McHale, BSc(Montreal), BElecEng(McGill). M.P. Moody, BE(Hons)(Old), MEngSc(Qld), BA(Old),

MIEAust, Ml REE. l.K. Vosper, AssocDipElecEng, GradlEAust.

Tutor: L. Borowski, BEng(DDIAE).

Instructor: G.A. Dann, BEcon(Qld).

Support Staff: P.J. Alick, H. Bishop, D. Boyett, A.B. Davey, J.

Head of

Gardner, N.P. Harris (AMI REEAust), W. Howe, L. Jensen, J. Lewis, P. Pearl, K. Rhodes (HND, AIEE), S. Stephenson, A. Tomkins, G.J. Winstanley (BEng (OIT), GradDipAutoControl (OIT), GradlEAust, GradlREE).

DEPARTMENT OF MECHANICAL ENGINEERING

Department: J .W. La racy, ME(Old), MEngStud(Old), MIEAust, MAI RAH.

Senior Lecturers: W.J. Dow, ASTC, MIEAust. M. Gottschall, ME(Adel), FDBA(SAIT). K.T. Greenham, BE(Old), MIEAust, FAIE. D.L. Muir, BE(Hons)(Old), MSc(B'ham), BEdStud

(Old), MIMechE. W. Scott, MSc(Leeds), PhD( Leeds), MIMechE. R.E. Woodroffe, BSc(Aston), MIEAust, MIMechE,

MIProdE.

96 Staff

Lecturers:

Tutor:

Instructors and Demonstrators:

Support Staff:

Head of Department:

Senior Lecturers:

D.T. Baddeley, BSc(Old), MSc(Cranfield), ARMIT (Metal!), MIM.

A.G. Crooks, ARMIT(Metall), MSc(Old), AWi, MIM. V .C. Deeble, BSc(Htfld), MSc(B'ham), DOIT(Bus

Ad min), Ml EAust, MIMechE. D.E. Geldard, BSc(Eng)(Dunelm), MEngSt(Old),

MIEAust. R.E. Hall, CertMechEng, BSc(NSW), ME(W'gong),

MIEAust. J.M. Kelly, DipMechEng, DipM&EEng,MEngSc(NSW). R .K. Kirkcaldie, BE(Old), MEngSc(Old) ,AMAustlMM. R.W. Nicol, BE(Old), MIEAust. C.D. Norman, DipM&EEng, MSc(S'ton), BE(Old),

BEcon(Old), MIEAust, MACS. D.J. Nuske, DipM&EEng, MSc(Manch), PhD(Manch). G .Y .O'Sachy, AssocDipMechEng,MEngSc(Newcastle),

DOIT(BusAdmin), MIEAust. K. Travers, HND, BTech(OIT), MIEAust,

GradlMechE.

R.G. Christie, BEng(OIT).

A. DeJong, AssocDipMechEng, DipM&MEEng, MIEAust.

D.H. Farmer, DipM&EEng, MIDE, MIEAust, MID. K.A. Gilliland. G.M. Kassay, HNC, BTech(OIT), CertEd(Leeds). K. Palmer, CertlndMetall, AIM(Tech). E.L. Perkins, Land&EngSurveyDraftingCert.

F. Travis (DipMechEng, GradDipAutoC<>ntrol(OIT), MIEAust), D.R. Allen (CertlndMetall), S.A. Bihari, R. Blanchard, M. Casasola, G.J. Duce, S. Gibard, D.A. Kent, K.G. Lipp (MSAEAust), W.R. Luckhoff, J.W.C. Madsen, B.D. Mathiesen (DipMechEng, Grad I EAust), W.J. Maxwell, S.A. Mayers, D.J. Mcintosh, G.E. Mills (HNC), N.F. Munro (CertMechEng), N.J. Scott, P.A. Taylor, J.W. Turnbull, R. Wegner, G.N.C. Williams.

DEPARTMENT OF SURVEYING

K.N. Toms, MBE, BSurv(Old), BEcon(Old), MUrbSt(Old), FISAust, ARICS, MAIC, Chartered Surveyor (UK), Licensed Surveyor (Old).

J.T.C. Glasscock, BSurv(Old), MUrbSt(Old), MSc(Oxon), DipT&CP(OIT), MISAust, MAIC, Licensed Surveyor (Old).

S.H. Pearse, BEcon(Hons)(Old), MUrbSt(Old), Dip PubAdmin(Old), FISAust, Licensed Surveyor (Old).

Staff 97

Lecturers: G.J. Andrews, BSurv(Old), MISAust, Licensed Surveyor (Old).

J.R. Barclay, BA(Old), CertPubAdmin, CertSurv Drafting, AssoclSAust, FA!C.

D.A. Bruce, BTech(Adel), DipEd(Adel), MISAust, Registered Surveyor (SA).

R.J. Clatworthy, BSurv(NSWl, MISAust, Licensed Surveyor (Old & NSW), Registered Mining Surveyor (NSW).

L. Dikast, BSurvEng(Prague), GradDipHwyEng(NSW), MISAust, Licensed Surveyor(NSW).

P.J. Griep, lrGeodesy(Delft), MISAust. B.J. Hannigan, BA(Macq), MISAust, MAIC, Licensed

Surveyor (Old & NSW). E. Walker, BSc(PhEng)(ITC), FRIGS, MISAust,MAIC,

Chartered Surveyor (UK), Registered Surveyor (Old & Fiji).

Senior Instructor: K.W. Maddock, CertCartog(OIT), AMAIC.

Support Staff: M. Friend (CertCartog(OIT), AMAIC), M.V. Lorman (AMAIC), B.R. Pathe (GradDipEComp(Bendigo), Registered Surveyor (Vic), Licensed Surveyor (Old)), R.L. Wellington (CertEngSurv (OIT)).

Prizes and Awards

100 Prizes and Awards

PRIZES AND AWARDS

The Australian Asphalt Pavement Association Limited Prizes

(i) Awarded to the student in the Bachelor of Engineering - Civil course who obtained the best results in the subjects CEB311 Highway and Traffic Engineering II and CEB404 Field Trip.

(ii) Awarded to the student in the Associate Diploma in Civil Engineering course for the best results in the subjects CET596 Materials Specification and Control and CET605 Construction Practice I.

The Australian Ins ti tu te of Cartographers ( Qld. Division) Prizes

Two prizes to be awarded annually to: (i) the best final year student of the Certificate in Cartography for his

performance over the whole course; (ii) the best third year student of the Certificate in Cartography for his

performance during the first three years of the course.

The Australian Institute of Refrigeration, Air Conditioning and Heating Qld. Division Award

Awarded to the student who obtains the best performance in subjects in the Mechanical Engineering Department dealing with Air Conditioning.

The Austraiian Telecommunications Development Association Prize

Awarded to a student on the basis of his performance in the Certificate cour-se in Electrical Engineering - Electronics and Communication Technician.

The Civil Engineering Contractors Prize

(i) Awarded to the student obtaining the highest achievement in the final year of the full-time Bachelor of Engineering - Civil course.

(ii) Awarded to the student obtaining the highest achievement in the final year of the part-time Bachelor of Engineering - Civil course.

The Don King-Scott Memorial Prize

Donated by the Queensland Division of the Australian Water and Wastewater Association and awarded to the top graduating student in the Graduate Diploma in Environmental Engineering course.

The Fred Haigh Memorial Prize

Donated by Pioneer Sugar Mills Ltd., and awarded to a final year Bachelor of Engineering - Civil student, based on his results in the subject 'Hydraulic Engineering' as well as a technical paper prepared by himself.

The Institute of Draftsmen Australia (Qld. Branch} Prize

Awarded to the student member of the abovementioned Institute obtaining the best results at the Annual Examinations. Students in attendance at the Queensland Institute of Technology are eligible for this award.

Prizes and Awards 101

The Institute of Steel Service Centres of Australia, Queensland Chapter Prize

Awarded to the student in the full-time Bachelor of Engineering - Mechanical course who obtains the highest result in the subject MEB331 Engineering Materials 111.

The Institution of Production Engineers, Brisbane Branch Prize

A travelling studentship prize awarded biennially (in odd numbered years) to a full-time engineering student of the University of Queensland or an Institute of Technology or Advanced Education College in Queensland, who submits the best paper directly related to production engineering. Applicants must be enrolled in either of the final two years of a first tertiary course.

The Institution of Surveyors, A'i1stralia (Qld. Division Centenary) Prize

Awarded to the student who has completed the fourth stage of the Bachelor of Applied Science (Surveying) course, and who has a good academic record over the first four stages of the course.

The J.H. Curtis A ward

Donated byThe Institution of Engineers, Australia - Queensland Branch, and awarded to the Bachelor of Engineering student who submits the best final year project.

The James Hardie Prizes for Engineering

(i) Awarded to the student obtaining the best pass in the final year of the part-time Bachelor of Engineering - Civil course.

(ii) Awarded to the student with the best aggregate marks in the subjects 'Building Construction', 'Concrete Technology and Design' and 'Fluid Mechanics' of the full-time Bachelor of Engineering - Civil course.

The Jasco Pty. Ltd. Prize

Awarded to the part-time Associate Diploma in Engineering student gaining the best aggregate mark for MET120 Engineering Drawing I and MET220 Engineering Drawing II, who successfully completed all subjects in Semesters 1 and 2 and who has enrolled in all subjects for Semester 3.

The John Kindler Memorial Prize

Awarded to a graduate in the final year of the Bachelor of Engineering course for outstanding performance throughout the course.

To be considered, final year students must make written application in the specified manner by the date set out in the notices published each year, and attend a personal interview. Selection is based not only on academic achievement but requires an involvement in sport, campus and general community activities, concern for and relation with his peers, and a mature approach to his potential as a graduate during his undergraduate years.

1 02 Prizes and Awards

MIM Holdings Ltd. Prize

Awarded to a student in the Bachelor of Engineering course undertaking a project of mutual benefit to the Institute and MI M in the final year of the course.

The Main Roads Department Prizes

These prizes are awarded to officers of the Main Roads Department in attendance at the Queensland Institute of Technology, the Capricornia Institute of Advanced Education or the Darling Downs Institute of Advanced Education, with the best performances in the following courses -part-time Bachelor of Engineering - Civil, Certificate in Civil Engineering (Design Office Technician, Laboratory Technician,Construction Technician) and Certificate for Surveying Technician.

The Naco Prize

Awarded to the student who obtains the highest pass in the subject MEB480 Design Analysis for Production in the final year of the Bachelor of Engineering - Mechanical course.

The Rocla Industries Limited Prize

Awarded to the student in the School of Engineering, either full-time or part-time, who sitting for the examination for the first time, receives the highest marks in the subject MNB004 Management.

The Society of Manufacturing Engineers Prize

Awarded to the student in the Associate Diploma Course in Mechanical Engineering, who while enrolled in the full complement of subjects for that course, obtained the highest percentage in the subject MET170 Workshop Processes.

The Wild (Australia} Prizes

(i) Awarded to the top student in the subject SVC111 Drafting Practice I of the Certificate course in Cartography.

(ii) Awarded to the top student in the subject SVB115 Data Presentation of the Bachelor of Applied Science - Surveying course.

Courses Offered

104 Courses Offered

COURSES OFFERED BY DEPARTMENTS IN THE SCHOOL OF ENGINEERING

Department of Civil Engineering -

ENN191 CEM163 CEJ156 CEL 187

CEC113 CEC115 CEC114 CES101 CES102

Master of Engineering by Thesis Graduate Diploma in Environmental Engineering Bachelor of Engineering - Civil Associate Diploma in Civil Engineering Certificate in Civil Engineering

- * Design Office Technician - * Construction Technician

Laboratory Technician Special Subjects for Local Government Engineering Special Subjects for Local Government Overseer of Works

Department of Electrical Engineering -

ENN191 EEM164 EEJ157 EEL 188

EEC116 EEC117 EEC118 EEC124

Master of Engineering by Thesis Graduate Diploma in Automatic Control Bachelor of Engineering - Electrical Associate Diploma in Electrical Engineering

* Certificate in Electrical Engineering Electrical Technician Electronics and Communication Technician Design Office Technician Instrumentation and Control Technician

Department of Mechanical Engineering -

ENN191 MEJ158 MEL 189

MEC119 MEC120 MEC121

Master of Engineering by Thesis Bachelor of Engineering - Mechanical Associate Diploma in Mechanical Engineering

* Certificate in Mechanical Engineering Mechanical Engineering Technician Production Technician Design Office Technician

Department of Sum~ying -

SVJ159 SVL 190 SVC122 SVC123

Bachelor of Applied Science (Surveying) Associate Diploma in Surveying Certificate in Cartography

* Certificate for Surveying Technician

* Courses being disc"antinued. No new enrolments accepted.

[][] Master of Engineering by Thesis

106 Master of Engineering

The following rules relate to the Master of Engineering by Thesis and are made by resolution of the Institute Council.

ENN191 MASTER OF ENGINEERING BY THESIS

This program is administered by the Academic Board of the School of Engineering through its Master's Degree Standing Committee. The program is offered in Civil, Electrical and Mechanical Engineering. OBJECTIVES

(a) to provide for postgraduate educational opportunities in design, investigation, development, research or any combination thereof, directly related to professional engineering practice;

(b) to provide for increased relationships between the Institute and industry or other external agencies involved in engineering, to their mutual advantage;

(c) to provide formal recognition of work of an advanced and/or original nature.

APPROVAL OF PROJECTS

All projects should be. sponsored by outside agencies such as industry, government authorities and professional organisations, or by the QIT itself. This provision is to ensure that programs are relevant to the aims of the Institute and the community. It is important that the research be primarily directed towards industry need.

The course is offered only on a part-time basis. A part-time student will normally be employed in some professional engineering capacity during the day and carry out his research on a part-time basis at the QIT or in his place of employment or in a sponsoring institution.

COURSE RULES

1. Entry

Normal admission will require a minimum of three years' experience as a graduate engineer in the general field in which the proposed work lies, together with -

(a) A Bachelor's Degree in Engineering from the Queensland Institute of Technology or a qualification judged equivalent by the Engineering Academic Board.

or

The basic qualification itself will not be sufficient requirement for admission, as the Engineering Academic Board will also take into account an applicant's performance as an undergraduate, particularly in those subjects directly related to the area in which the Master's program will be undertaken.

(b) Satisfactory completion of an appropriate Master's qualifying program including formal course work and/or reading program in related fields stipulated by the Engineering Academic Board.

or (c) The submission of technical publications or other appropriate

evidence which satisfies the Engineering Academic Board that

Master of Engineering 107

advanced knowledge has been acquired in a division of engineering in which the applicant has worked as a professional engineer in a position of responsibility. This knowledge should be relevant to the field of study proposed.

2. Enrolment

(a) Applications shall be accepted subject to the availability of facilities and supervision.

(b) Application shall be lodged with the Registrar. No closing dates apply to this course as it may commence at any time since no formal class work will normally be involved.

(c) The following documents should be lodged with the application:

(i) details of academic qualifications and supporting evid-ence, including copies of results for each year of courses;

(ii) a brief account of industrial experience;

(iii) a list of publications;

(iv) a supporting statement from the Head of the OIT Department supervising the program that in his opinion, the applicant is a suitable person to undertake a research program leading to the Master's degree, that he supports the program, and that the Department is willing to undertake the responsibility of supervising the work of the applicant;

(v) a supporting statement from the employer, stating that he is aware of the course rules and is prepared to sponsor and support the candidate. The employer should also state the extent of facilities available for the research project, the extent to which supervision could be given for this work and the extent to which time will be made available to the candidate for the project;

(vi) a summary of the work to be undertaken in the proposed program, when this work will be undertaken, and the amount of time which will be devoted to it;

(vii) any other relevant material.

3. Registration

(a) An applicant shall be registered initially as

(i) a graduate student (provisional) if he is to undertake an appropriate qualifying program;

or (ii) a graduate student if he is considered by the Academic

Board to meet the requirements of entry.

(b) In considering an applicant for registration, the Academic Board shall, in addition to assessing the applicant's suitability be satisfied that

(i) the proposed program has relevance to the aims and objectives of the Institute;


(ii) the proposed program has relevance to the needs of industry;

(iii) the applicant can devote sufficient time to his planned program.

4. Duration of the Program

(a) A registered graduate student shall be eligible for admission to the award of a Master of Engineering by Thesis if

(i) he has completed the approved program involving advanced and/or original work under the supervision prescribed by the Academic Board, and

(ii) he submits and the Academic Board accepts a thesis, together with reports, plans, and/or documents where applicable, prepared under the supervision of the supervisor, and

(iii) he has completed such other work as may be prescribed by the Academic Board.

(b) A registered graduate student shall not be eligible for the award of a degree until a period of at least two years has elapsed from the time of his confirmed registration, except in the case of special permission granted under (d).

(c) A registered graduate student shall present his thesis for examination not later than four years from the date of his confirmed registration.

(d) A registered graduate student may apply to the Academic Board for permission to submit his thesis in less than two years after commencement, for an extension of time, or fc;- leave of absence from the program.

5. Content of Program

(a) Students pursuing a Master of Engineering degree by Thesis will undertake necessary project work in design, investigation and research and/or development work on a topic as approved by the Engineering Academic Board.

(b) Where advised, the candidate may be required to satisfactorily complete formal course work in subjects relevant to his field of study up to a total class contact time of 180 hours.

(c) The supervisor shall require the candidate to participate in graduate seminars and may require him to attend specialist lectures. The candidate will be encouraged to attend conferences, where these are related to the field of the project, provided this is at no cost to the Institute.

6. Supervision

(a) The Academic Board shall appoint one or more supervisors in respect of each student, provided that, where more than one supervisor is appointed, one shall be nominated as the Principal Supervisor and others as Associate Supervisors.

Master of Engineering 109

(b) The Principal Supervisor shall normally be from the academic staff of the QIT Department in which the student is enrolled.

(c) The student shall present six-monthly progress reports to his Principal Supervisor, who will submit these to the Engineering Academic Board with his comments.

7. Thesis

(a) Not later than six months' after confirmed registration, the student shall submit the title of his thesis for approval by the Academic Board, and after approval has been granted, no change will be made except with the permission of the Academic Board.

(b) The student shall give two months' written notice of his intention to submit his thesis and such notice shall be accompanied by the appropriate fee, if any.

(c) The thesis shall comply with the following requirements

( i) a significant proportion of the work described (as determined by the Academic Board) must have been completed subsequent to initial registration for the Master's degree; and

(ii) there must be an advanced and/or original contribution to the knowledge of the subject; and

(iii) it must be written in English or in a language approved by the Academic Board and reach a satisfactory standard of literary presentation; and

(iv) it shall be the candidate's own account of his work. Where work is carried out conjointly with other persons, the Academic Board shall be advised as to the extent of the candidate's contribution to the joint work; and

(v) the thesis shall not contain as its main content any work or material which the student has previously submitted for another degree or similar award; and

(vi) the thesis may consist primarily of reports, plans and/or documents or may be supported by these if they have a bearing on the subject of the thesis.

(d) In form of presentation, the thesis shall comply with all the requirements listed in the QIT Thesis Presentation Booklet.

(e) Assessment of Thesis

(i) The Academic Board shall appoint three examiners, of whom at least two shall be from outside the Institute. No supervisor of the candidate shall be appointed as one of his examiners.

(ii) On receipt of the reports from the examiners, the Academic Board shall

(a) recommend to Council that the student be awarded a Master of Engineering degree, after any minor amendments requested by the examiners have been made;


or (b) permit the student to resubmit his thesis for re

examination within one year; or (c) cancel the student's registration.

Postgraduate Courses

112 Post Graduate Courses

The following rules relate to the Graduate Diploma in Automatic Control and are made by resolution of the Institute Council.

EEM164 GRADUATE DIPLOMA IN AUTOMATIC CONTROL

PART-TIME

1. Entry

(ai Normal Entry

To be eligible to enrol for the Graduate Diploma in Automatic Control an applicant must possess a tertiary qualification in a technological field or other qualification considered to be prof,essionally acceptable.

(b) Qualifying

Applicants who do not meet the requirements for normal entry may be required to satisfactorily complete appropriate qualifying subjects, to be designated by the Department, before enrolling in the Graduate Diploma Course.

2. Enrolment

The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and corequisites. In special circumstances, the Head of School may waive this rule, after consideration of a written application to the Registrar.

3. Unregistered Students

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

4. Employment

Maximum benefits will be derived from the course by persons engaged in appropriate employment.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under "Rules Relating to Student Matters". See page 27.

(b) Prior approval must be received to obtain an exemption in a 0.1.T. subject, if while registered at the Institute, a student wishes to study an equivalent subject elsewhere or in another course at the Institute. Application for approval must be made in writing to the Registrar.

(c) The Head of Department may, where a student who has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.

Post Graduate Courses 113

6. Attendance

Students are expected to attend scheduled lectures, practical work and other work, and seek leave of absence if they cannot maintain adequate attendance.

Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7. Assessment

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work and projects.

8. Course Structure

To be awarded a Graduate Diploma in Automatic Control, a registered student must complete to the satisfaction of the Engineering Academic Board the following subjects and other work for two years part-time study.

Normal Course Program

Semester 1 - Autumn

EEP102 EEP101 EEP100

Linear Control Theory I Computer Aided System Design Process Control

Semester 2 - Spring


Linear Control Theory 11 Computer Control Automatic Control

Semester 3 - Autumn


Analysis and Design of Systems I Digital Control Systems Sampled Data Control Systems

Semester 4 - Spring

EEP109 Analysis and Design of Systems 11 E EP110 Micro Computer Control EEP111 Optimization and Extremum Control

Approx. Formal

Hrs/wk.

3 2 3

TOTAL 8

3 3 2

TOTAL 8

TOTAL

TOTAL

3 3 2 8

3 3 2 8

114 Postgraduate Courses

The foliowing rules relate to the Graduate Diploma in Environmental Engineering and are made by resolution of the Institute Council.

CEM163 GRADUATE DIPLOMA IN ENVIRONMENTAL ENGINEERING

PART-TIME

1. Entry

To be eligible to enrol for the Graduate Diploma in Environmental Engineering an applicant requires -

Existing Qualifications -(a) Recognised Degree or

Diploma in Engineering OR (b) Registered Engineer under

OR

the Queensland Professional Engineers Act 1920

(c) Local Government Engineers Certificate of Competency

OR (d) Degree or Diploma in

Science or Applied Science

OR

Requirements to enrol in course -Direct entry into course

Direct entry into course

Direct entry into course

Such pre-requisite undergraduate engineering subjects as may be determined by the Department of Civil Engineering

(e) Other equivalent qualifications Such pre-requisite undergraduate

2. Enrolment

engineering subjects as may be determined by the Department of Civil Engineering

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Head of School may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. In special circumstances, the Head of School may waive this rule, only after consideration of a written application to the Registrar.



Post Graduate Courses 115

4. Employment

Maximum benefits will be derived from the course by persons engaged in appropriate employment.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under "Rules Relating to Student Matters". See page 27.

(b) Prior approval must be received to obtain an exemption in a Q.l.T. subject, if while registered at the Institute, a student wishes to study an equivalent subject elsewhere or in another course at the Institute. Application for approval must be made in writing to the Registrar.

(c) The Head of Department may, where a student who has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.

6. Attendance

Students are expected to attend scheduled lectures, practical work, and other work, and seek leave of absence if they cannot maintain adequate attendance. Field trips or field projects as detailed in the synopses have a compulsory attendance requirement.

7. Assessment

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work, projects and field visits.

8. Course Structure

To be awarded a Graduate Diploma in Environmental Engineering a registered student must complete a minimum of 32 semester hours of approved subjects in a program endorsed by the Head of Department to the satisfaction of the Engineering Academic Board.

Normal Course Program

Semester 1 - Autumn

CEP170 BEP180 CEP272

Technology and the Environment Environmental Science Hydrology ONE Elective

Semester 2 - Spring

CEP172 Water Quality Engineering I CHP144 BEP280

Environmental Chemistry Biology and Water Quality Control ONE Elective

Semester 3 - Autumn

CEP275 CEP273

Solid Waste Disposal Water Quality Engineering 11 TWO Electives

Approx. Formal

Hrs/wk.

2 2 2

2 or 3

2 2 2

2 or 3

2 2

4 - 6

116 Post Graduate Courses

Semester 4 - Spring

BEP388 CEP380 CEP379

Environmental Impact Studies Water Supply and Sewerage Resource Conservation and Management ONE Elective 2 or

Elective Program - Autumn

CEP361 CEP375 CEP378 CEP377

Urban Drainage Industrial Liquid Wastes Water Resources Development Pollution Monitoring

ONE approved subject from the Graduate Diploma in Business Administration

Elective Program - Spring

CEP362 CEP274 CEP270 CEP376 BE8767

Irrigation Engineering Water Quality Engineering 111 Air Pollution Systems Modelling Technology Assessment and Forecasting ONE approved subject from the Graduate Diploma in

Business Administration

Approx. Formal Hrs/wk.

2 2 2 3

2 2 2 2

3

2 2 2 2 3

3

The number of electives available in any year will be dependent upon a sufficient number of students being enrolled.

Bachelor of Engineering Courses

118 Bachelor Courses

The following rules relate to the Bachelor of Engineering degree and are made by resolution of the Institute Council.

BACHELOR OF ENGINEERING

The degree may be awarded with Honours. First Class Honours, Second Class Honours Division A and Second Class Honours Division B may be awarded. Candidates for the degree with Honours must fulfill the requirements for the pass degree and achieve such standard of proficiency in all the subjects of the course as may from time to time be determined by the Academic Board and approved by the Academic Assembly.

FULL-TIME AND PART-TIME

1. Entry

(a) Normal Entry

To be eligible to enrol for courses leading to the Bachelor of Engineering an applicant -

(i) shall have reached a Tertiary Entrance Score of 810 or better, and in addition shall have obtained a minimum of fourteen points over four semester units in each of the Board subjects English, Physics and Chemistry, plus a minimum of twenty-eight points over eight semester units of Mathematics, which must include the units I, II and Ill (or units I, II, Ill, VIII and XI for students completing Senior prior to 1979) together with a minimum of eighty points total in these subjects.

OR

(ii) who has sat for the external Senior examination must attain a minimum total score of twenty points in English, Mathematics I, Mathematics II, Physics and Chemistry. A minimum score of four points is required for each subject.

(b) Special Entry

Students who do not meet the requirements for normal entry may present documentary evidence of qualifications and experience and other relevant information for Special Consideration by the Admissions Committee.

2. Enrolment

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and corequisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre· and co-requisites. In special circumstances, the Head of School may waive this rule, after consideration of a written application to the Registrar.

Bachelor Courses 119

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greatest number of recommended hours. In special circumstances, the Head of School may waive the maximum hours rule, after consideration of a written application to the Registrar.

Part-time Students:

Students who wish to complete the course by part-time study in six years must obtain one full day per week release from their place of employment to attend that part of the course which is scheduled during the day.

3. Unregistered students


4. Employment

(a) Part-time Students

A student who will be in a full-time occupation throughout any semester, may register as a part-time student if he can produce satisfactory evidence that he is so employed.

(b) Full-time and Part-time Students

A student shall have engaged in at least five weeks approved employment in conjunction with each of first, second and third years of the full-time course or first, third and fifth years of the part-time course.

For the employment to be recognized, the student must submit an industrial experience record form, provided for the purpose, which has been completed by both the student and his employer.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See page 27 . In special circumstances, the Head of School may waive these rules, after consideration of a written application to the Registrar.

(b) A registered student, who is enrolled as a part-time student and is in an appropriate occupation, may make written application, on the special form provided, to be exempted the following subjects if offered in the particular course chosen:

Project Design Project Group A Subject Seminars Field Trip Industrial Visits

Mechanical Design Project Technical Communication Engineering I Engineering 11 Engineering Materials and

Processes


Exemptions will only be granted from subjects for which he can produce evidence that his occupation provides skill, experience and training which is equivalent, in the opinion of the Board, to the subject/s exempted. The Board may delegate the approval of such evidence to the Head of the Department responsible for the course.

(c) Prior approval must be received to obtain an exemption in a 0.1.T. subject, if while registered at the Institute, a student wishes to study an equivalent subject elsewhere or in another course at the Institute. Application for approval must be made in writing to the Registrar.

(d) The Head of Department, may, where a student who has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.

6. Attendance

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Head of School ineligible to sit for the semester examination. Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7. Assessment

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work and projects. Supplementar·v examinations may be offered.

8. Course Structure

A registered student admitted under these rules shall elect to specialise in one of Civil, Electrical or Mechanical Engineering.

Most subjects in the Bachelor of Engineering courses will be available from both day and evening study, based on demonstrated demand. The subjects designated (D) in the part-time program will be available only during the day, so that day release is necessary for part-time students to complete the course. A full-time student may be required to attend classes given in the evening.


To be awarded a Bachelor of Engineering - Civil degree, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

CEJ156 BACHELOR OF ENGINEERING - CIVIL

Normal Course Program for four Years FULL-TIME Study.

All subjects are one semester except those indicated {*) which extend over two semesters.

Approx. Formal

Semester 1 - Autumn Hrs/wk.

MAB191 Preparatory Mathematics 3 PHB131 Engineering Physics I* 3 CEB182 Strength of Materials * 3 MEB110 Applied Mechanics * 1% SEB102 Engineering 11 * 3 SEB101 Engineering I * 4% MEB120 Engineering Drawing I * 3 MEB132 Engineering Materials and Processes * 3 CMB108 English for Technologists * 1% EEB150 Electrical Technology * 1%

TOTAL 27

Semester 2 - Spring

MAB192 Engineering Mathematics 11 3 PHB131 Engineering Physics I * 3 CEB182 Strength of Materials * 3 MEB110 Applied Mechanics * 1 y,

SEB102 Engineering 11 * 3 SEB101 Engineering I * 4% MEB120 Engineering Drawing I * 3 MEB132 Engineering Materials and Processes * 3 CMB108 English for Technologists * 1% EEB150 Electrical Technology * 1% CEB192 Vacation Practice 5 weeks

TOTAL 27

Semester 3 - Autumn

MAB491 Engineering Mathematics 111 3 CEB280 Strength of Materials 111 3 CEB252 Structural Engineering I * 3 CEB200 Civil Engineering Design I * 3 CEB240 Soil Mechanics IA 3 CHB244 Applied Chemistry 3 SVB322 Surveying I 3 CEB260 Fluid Mechanics I 3

TOTAL 24


Approx. Formal

Semester 4 - Spring Hrs/wk.

MAB492 Engineering Mathematics IV 3 CEB252 Structural Engineering I * 3 CEB200 Civil Engineering Design I * 3 CEB241 Soil Mechanics IB 3 CEB291 Civil Engineering Materials I 3 SVB422 Surveying 11 3 BEB506 Basic Ecology 1 CMB109 Technical Communication 2

ONE Group A Elective 2 CEB292 Vacation Practice 11 5 weeks

TOTAL 23

Semester 5 - Autumn

MAB791 Engineering Mathematics V 3 CEB210 Road Engineering • 11h CEB360 Hydraulic Engineering I 3 CE8330 Concrete Technology and Design * 11h CEB304 Civil Engineering Design 11 A * 4 CEB310 Highway and Traffic Engineering I 3 CEB352 Structural Engineering 11 * 3 CE8305 Construction Management and Economics * 11h ESB519 Geology 3

TOTAL 231/,

Semester 6 - Spring

MAB792 Engineering Mathematics VI 3 CEB370 Public Health Engineering I 3 CE:B210 Road Engineering * 11h CEB330 Concrete Technology and Design * 2 CE8304 Civil Engineering Design llA * 4 CEB361 Hydrology 3 CE8352 Structural Engineering 11 * 3 CEB305 Construction Management and Economics * 11h CEB340 Geomechanics I 3 CEB392 Vacation Practice 111 5 weeks

TOTAL 24

Semester 7 - Autumn

CE8470 Public Health Engineering 11 3 CEB440 Foundation Engineering 3 CEB460 Hydraulic Engineering 11 3 CE8403 Professional Practice 2 CEB311 Highway and Traffic Engineering 11 * 11h CEB430 Building Construction 11h CEB405 Civil Engineering Design 111 A * 5 CEB490 Seminars* 1 CEB491 Project (Civil) * 3

TOTAL 23

Semester 8 - Spring

CEB311 CEB405 CEB401 CEB404 + CEB490 CEB491

Highway and Traffic Engineering 11 * Civil Engineering Design 111 A • Design Project Field Trip Seminars * Project (Civil) •


Approx. Formal

Hrs/wk.

1%

3 3 3 1 3

THREE Group B Electives 9 TOTAL 23Y,

+ This subject may be timetabled in block day-release periods.

Approx.

Formal Group A Electives One Semester Hrs/wk.

ACB183 Principles of Accounting 2 ACB393 Computer Based Information Systems 2 ACB455 Personal and Corporate Finance 2 ACB753 Securities Evaluation 2 ARS109 Architecture and Industrial Design 2 CMB107 Social Environment 2 CMB207 Survey of Australian Society 2 CMB209 Survey of Contemporary Literature 2 CMB307 Advanced Professional Writing 2 MNB001 Principles of Economics 2 MNB002 Psychology for Engineers 2 MNB003 Industrial and Labour Relations 2 MNB004 Management 2 MNB033 Purchasing and Distribution for Engineers 2 MNB075 Government 2 MNB930 Operations Research 2

The number of Group A electives available will be dependent on a sufficient number of students being enrolled.

Group B Electives - One Semester

CEB500 Construction Engineering 3 CEB510 Highway, Bridge and Traffic Engineering 3 CEB520 Transportation Engineering 3 CEB521 Civil Engineering Systems 3 CEB530 Concrete Design 3 CEB540 Geomechan ics 11 3 CEB550 Finite Element Methods 3 CEB551 Structural Design 3 CEB552 Advanced Structural Analysis 3 CEB560 Water Engineering 3 CEB561 Coastal Engineering 3 CEB570 Environmental Engineering A 3 CEB571 Environmental Engineering B 3 SVB433 Surveying 111 3

The number of Group B electives available will be dependent on a sufficient number of students being enrolled.


The Bachelor of Engineering - Civil part-time program will be as follows -

Normal Course Program for Six Years PART-TIME Study.

Alf subjects are one semester except those indicated (*) which extend over two semesters.

Approx. Formal

Semester 1 - Autumn Hrs/wk. MAB191 Preparatory Mathematics 3 (E) PHB131 Engineering Physics I * 3 (E) CEB182 Strength of Materials * 3 (D) MEB120 Engineering Drawing I • 3 (E) MEB132 Engineering Materials and Processes * 3 (D) EEB150 Electrical Technology • 1'h (D)

TOTAL 16%

Semester 2 - Spring

MAB192 Engineering Mathematics 11 3 (E) PHB131 Engineering Physics I * 3 (E) CEB182 Strength of Materials • 3 (D) MEB120 Engineering Drawing I * 3 (E) MEB132 Engineering Materials and Processes * 3 (D) EEB150 Electrical Technology * 1'h (D) CE8192 Vacation Practice I 5 weeks

TOTAL 16%

Semester 3 - Autumn

MEB110 Applied Mechanics* 1'h (E) SEB102 Engineering 11 * 3 (E) SE6101 Engineering I * 4Y, (D) CMB108 English for Technologists • 1'h (E) MAB491 Engineering Mathematics 111 3 (E) SVB322 Surveying I 3 (D)

TOTAL 16Y2

Semester 4 - Spring

MEB110 Applied Mechanics* 1'h (E) SEB102 Engineering 11 * 3 (E) SEB101 Engineering I • 4'h (D) CMB108 English for Technologists * 1'h (E) MA8492 Engineering Mathematics IV 3 (E) SVB422 Surveying 11 3 (D)

TOTAL 16Y2

Semester 5 - Autumn

CEB280 Strength of Materials 111 3 (D) CEB252 Structural Engineering I * 3 (E) CEB200 Civil Engineering Design I • 3 (E) CEB240 Soil Mechanics IA 3 (D) CHB244 Applied Chemistry 3 (E) CEB210 Road Engineering * 1'h (D)

TOTAL 16%


Approx. Formal


CEB252 Structural Engineering I * 3 (E)

CEB200 Civil Engineering Design I * 3 (E)

CEB241 Soil Mechanics I B 3 (E)

CEB291 Civil Engineering Materials I 3 (D)

BEB506 Basic Ecology 1 (D)

CMB109 Technical Communication 2 (D)

CEB210 Road Engineering * 1% (D)

CEB292 Vacation Practice 11 5 weeks

TOTAL 16%

Semester 7 - Autumn

CEB260 Fluid Mechanics I 3 (E)

MAB791 Engineering Mathematics V 3 (E)

CEB330 Concrete Technology and Design * 1% (D)

CEB310 Highway and Traffic Engineering I 3 (D)

CEB352 Structural Engineering 11 * 3 (D)

ESB519 Geology 3 (E)

TOTAL 16%

Semester 8 - Spring

MAB792 Engineering Mathematics VI 3 (E)

ONE Group A Elective 2 (D)

CEB370 Public Health Engineering I 3 (D)

CEB360 Hydraulic Engineering I 3 (E)

CEB352 Structural Engineering 11 * 3 (E)

CEB330 Concrete Technology and Design * 2 (D)

TOTAL 16

Semester 9 - Autumn

CEB304 Civil Engineering Design llA * 4 (D)

CEB361 Hydrology 3 (E)

CEB305 Construction Management and Economics * 1% (E)

CEB340 Geomechanics I 3 (E)

CEB470 Public Health Engineering 11 3 (D) CEB311 Highway and Traffic Engineering 11 * 1% (E)

TOTAL 16

Semester 10 - Spring

CEB304 Civil Engineering Design II A * 4 (D) CEB305 Construction Management and Economics * 1% (E) CEB440 Foundation Engineering 3 (E) CEB460 Hydraulic Engineering 11 3 (E) CEB311 Highway and Traffic Engineering II * 1% (E)

ONE Group B Elective 3 (D) CEB392 Vacation Practice 111 5 weeks

TOTAL 16

Semester 11 - Autumn

CEB403 Professional Practice 2 (D)

CEB430 Building Construction 1% (D) CEB405 Civil Engineering Design II IA * 5 (E) CEB401 Design Project 3 (E) CEB490 Seminars * 1 (D)

CEB491 Project (Civil) * 3 (D)

TOTAL 15%


Approx. Formal


CEB405 Civil Engineering Design I I IA * 3 (E) CEB404 + Field Trip 3 (D) CEB490 Seminars * 1 (D) CEB491 Project (Civil) • 3 (D)

TWO Group B Electives 6 (E) TOTAL 16

Group A Electives - One Semester

ACB183 Principles of Accounting 2 ACB393 Computer Based Information Systems 2 ACB455 Personal and Corporate Finance 2 ACB753 Securities Evaluation 2 ARS109 Architecture and Industrial Design 2 CMB107 Social Environment 2 CMB207 Survey of Australian Society 2 CMB209 Survey of Contemporary Literature 2 CMB307 Advanced Professional Writing 2 MNB001 Principles of Economics 2 MNB002 Psychology for Engineers 2 MNB003 Industrial and Labour Relations 2 MNB004 Management 2 MNB033 Purchasing and Distribution for Engineers 2 MNB075 Government 2 MNB930 Operations Research 2



CEB500 Construction Engineering 3 CEB510 Highway, Bridge and Traffic Engineering 3 CEB520 Transportation Engineering 3 CEB521 Civil Engineering Systems 3 CEB530 Concrete Design 3 CEB540 Geomechanics 11 3 CEB550 Finite Element Methods 3 CEB551 Structural Design 3 CEB552 Advanced Structural Analysis 3 CEB560 Water Engineering 3 CEB561 Coastal Engineering 3 CEB570 Environmental Engineering A 3 CEB571 Environmental Engineering B 3 SVB433 Surveying 111 3

The number of Group B electives available will be dependent on a sufficient number of students being enrolled.

+ This subject may be timetabled in block day-release periods.


To be awarded a Bachelor of Engineering - Electrical degree, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

EEJ157 BACHELOR Of ENGINEERING - ELECTRICAL

Normal Course Program for Four Years FULL-TIME Study.

All subjects are one semester except those indicated (*} which extend over two semesters.

Semester 1 - Autumn

MAB191 SEB101 EEB150 SEB102 MEB110 PHB131 MEB132 MEB120 CMB108 CEB182

Preparatory Mathematics Engineering I * Electrical Technology * Engineering II * Applied Mechanics * Engineering Physics!* Engineering Materials and Processes * Engineering Drawing I * English for Technologists * Strength of Materials *

Semester 2 - Spring

MAB192 Engineering Mathematics 11 SEB101 Engineering I * EEB150 Electrical Technology * SEB102 Engineering 11 * MEB110 Applied Mechanics* PHB131 Engineering Physics!* MEB132 MEB120 CMB108 CEB182 EEB206

Engineering Materials and Processes * Engineering Drawing I * English for Technologists * Strength of Materials * Vacation Practice I


ACB183 ACB393 ACB455 ACB753 ARS109 CMB107 CMB207 CMB209 CMB307 MNB001 MNB002 MNB003

Principles of Accounting Computer Based Information Systems Personal and Corporate Finance Securities Evaluation Architecture and Industrial Design Social Environment Survey of Australian Society Survey of Contemporary Literature Advanced Professional Writing Principles of Economics Psychology for Engineers Industrial and Labour Relations

Approx. Formal

Hrs/wk.

TOTAL

3 4% 1% 3 1 y, 3 3 3 1% 3 27

3 4% 1 y, 3 1Y:. 3 3 3 1Y:. 3

5 weeks TOTAL 27

2 2 2 2 2 2 2 2 2 2 2 2


MNB004 MNB033 MNB075 MNB930

Management Purchasing and Distribution for Engineers Government Operations Research

Approx. Formal

Hrs/wk.

2 2 2 2


POWER AND CONTROL STRAND

Semester 3 - Autumn

MAB491 EEB315 EEB305 EEB370 EEB320 PHB330

Engineering Mathematics 111 Electrical Engineering Electrotechnology I Semi-conductor Electronics Measurement and Instrumentation Engineering Physics 111

Semester 4 - Spring

EEB405 EEB477 EEB460 EEB430 MAB492 MAB295 CMB109

EEB406

Electrotechnology 11 Electronics Communication Theory I Field Theory Engineering Mathematics IV Applied Mathematics Technical Communication ONE Group A Elective Vacation Practice 11

Semester 5 - Autumn

EEB510 EEB551 EEB520 EEB531 EEB577 EEB581 MAB791

Li near Systems Analysis Electrical Power Plant I Control Engineering I Electrical Power Transmission Applied Electronics I Electrical Design I Engineering Mathematics V

Semester 6 - Spring

EEB651 EEB677 EEB620 EEB681 EEB610 MEB350 MAB792 EEB606

Electrical Power Plant 11 Applied Electronics 11 Control Engineering 11 Electrical Design 11 Systems and Network Analysis Industrial Plant Engineering Mathematics VI Vacation Practice 111

3 8 3 3 3 3

TOTAL 23

3 3 3 3 3 3 2 2

5 weeks TOTAL

TOTAL

22

3 3 3 3 3 3 3 21

3 3 3 3 3 3 3

5 weeks TOTAL 21

Semester 7 -Autumn

EEB741 EEB751 EEB726 EEB782

EEB781 EEB785 MEB470 MEB477

Power System Analysis Electrical Power Plant 111 Industrial Control I Electrical Design 111 ONE Group B Elective Project (Power and Control) * Seminars * Industrial Engineering * Industrial Administration

Semester 8 - Spring

EEB826 Industrial Control II EEB953 Measurement and Protection EEB783 Electrical Design IV

ONE Group B Elective EEB781 EEB785 MEB470

Project (Power and Control) * Seminars* Industrial Engineering *


EEB921 Control Engineering IV EEB941 Electrical Power Systems EEB942 Industrial Systems I EEB943 Industrial Systems 11 EEB951 High Voltage Power Plant EEB952 Electrical Power Plant IV EEB977 Digital Technology I EEB978 Digital Technology 11 EEB991 Computing and Simulation


Approx. Formal Hrs/wk

3 3 3 3 3 3

2 2

TOTAL 23

TOTAL

3 3 3 3 3

2 18

3 3 3 3 3 3 3 3 3

The number of Group 8 electives available will be dependent on a sufficient number of students being enrolled.

ELECTRONICS AND COMMUNICATION STRAND

Semester 3 - Autumn

MAB491 EEB315 EEB370 EEB320 EEB305 PHB330

Engineering Mathematics 111 Electrical Engineering Semi-conductor Electronics Measurement and Instrumentation Electrotechnology I Engineering Physics 111

3 8 3 3 3 3

TOTAL 23


Semester 4 - Spring

EEB477 EEB460 EEB430 EEB405 MAB492 MAB295 CMB109

EE1:1406

Electronics Communication Theory I Field Theory Electrotechnology 11 Engineering Mathematics IV Applied Mathematics Technical Communication ONE Group A Elective Vacation Practice 11

Semester 5 - Autumn

EEB510 EEB577 EEB536 EEB566 EEB586 EEB520 MAB791

Linear Systems Analysis Applied Electronics I Transmission and Propagation I Communication Theory 11 Electronic Design I Control Engineering I Engineering Mathematics V

Semester 6 - Spring

EEB636 Transmission and Propagation II EEB686 Electronic Design II EEB677 Applied Electronics II EEB666 Communication Theory Ill EEB620 EEB610 MAB792 EER606

Control Engineering 11 Systems and Network Analysis Engineering Mathematics VI Vacation Practice I II

Semester 7 - Autumn

EEB977 EEB737 EEB786

EEB787 EEB785 MEB470 MEB477

Digital Technology I Antennas Electronic Design I 11 ONE Group C Elective Project (Electronics and Communication) * Seminars * Industrial Engineering * Industrial Administration

Semester 8 - Spring

EEB978 Digital Technology II EEB837 EEB886

EEB787' EEB785 MEB470

Microwave Systems Electronic Design IV ONE Group C Elective Project (Electronics and Communication) * Seminars* Industrial Engineering *

Approx. Formal

Hrs/wk.

3 3 3 3 3 3 2 2

5 weeks TOTAL 22

3 3 3 3 3 3 3

TOTAL 21

3 3 3 3 3 3 3

5 weeks TOTAL 21

3 3 3 3 3 1 2 2

TOTAL 20

3 3 3 3 6

2 TOTAL 21

Group C Electives - One Semester

EEB726 EEB826 EEB948 EEB949 EEB967 EEB979

Industrial Control I Industrial Control 11 Communication Systems Radio Navigation and Radar Digital Communication Applied Electronics 111


Approx. Formal

Hrs/wk.

3 3 3 3 3 3

The number of Group C electives available will be dependent on a sufficient number of students being enrolled. Depending on choice and availability a student may take 2 Group C electives in one semester subject to approval of Head of Department.

The Bachelor of Engineering - Electrical part-time program will be as follows -


All subjects are one semester except those indicated (*} which extend over two semesters.

Approx. Formal

Semester 1 - Autumn Hrs/wk

MAB191 Preparatory Mathematics 3 (E) SEB101 Engineering I * 411, (D) EEB150 Electrical Technology * 111, (D) PHB131 Engineering Physics I* 3 (E) MEB120 Engineering Drawing I * 3 (E)

TOTAL 15

Semester 2 - Spring

MAB192 Engineering Mathematics 11 3 (E) SEB101 Engineering I * 411, (D) EEB150 Electrical Technology * 111, (D) PHB131 Engineering Physics I* 3 (E) MEB120 Engineering Drawing I * 3 (E) EEB206 Vacation Practice I 5 weeks

TOTAL 15

Semester 3 - Autumn

MAB491 Engineering Mathematics 111 3 (E) SEB102 Engineering 11 * 3 (E) EEB315 Electrical Engineering 6 (D)

+2 (E) EEB320 Measurement and Instrumentation 3 (E)

TOTAL 17


POWER AND CONTROL STRAND

Approx. Formal

Semester 4 - Spring Hrs/wk SEB102 Engineering 11 • 3 (E) EEB370 Semi-conductor Electronics 3 (0) EEB430 Field Theory 3 (0) MAB492 Engineering Mathematics IV 3 (E) EEB460 Communication Theory I 3 (E)

TOTAL 15

Semester 5 - Autumn

EEB305 Electrotechnology I 3 (D) EEB510 Linear Systems Analysis 3 (E) MAB791 Engineering Mathematics V 3 (E) CMB108 English for Technologists * 1% (E) MEB110 Applied Mechanics • 1% (E) CEB182 Strength of Materials • 3 (D)

TOTAL 15

Semester 6 - Spring

EEB405 Electrotechnology 11 3 (D) EEB477 Electronics 3 (E) MA8792 Engineering Mathematics VI 3 (E) CMB108 Engiish for Technologists • 1% (E) ME8110 Applied Mechanics • 1% (E) CE8182 Strength of Materials * 3 (D) EE8406 Vacation Practice 11 5weeks

TOTAL 15

Semester 7 - Autumn

EEB551 Electrical Power Plant I 3 (E) EEB520 Control Engineering I 3 (E) E:'EB531 Electrical Power Transmission 3 (E) EEB581 Electrical Design I 3 (D) ME8132 Engineering Materials and Processes * 3 (D)

TOTAL 15

Semester 8 - Spring

EEB651 Electrical Power Plant 11 3 (E) EEB610 Systems and Network Analysis 3 (E) MEB132 Engineering Materials and Processes * 3 (D) MAB295 Applied Mathematics 3 (E) Cl\/18:09 Technical Communication 2 (D)

ONE Group A Elective 2 (D) TOTAL 16

Semester 9 - Autumn

EEB577 Applied Electronics I 3 (E) EEB741 Power System Analysis 3 (D) EEB751 Electrical Power Plant 111 3 (D) PHB330 Engineering Physics 111 3 (E) MEB477 Industrial Administration 2 (E)

TOTAL 14


Approx. Formal

Semester 10-Spring Hrs/wk EEB620 Control Engineering 11 3 (E) EEB681 Electrical Design 11 3 (D) EEB677 Applied Electronics 11 3 (E) EEB953 Measurement and Protection 3 (D) MEB350 Industrial Plant 3 (E) EEB606 Vacation Practice 111 5 weeks

TOTAL 15


EEB726 Industrial Control I 3 (E) EEB782 Electrical Design 111 3 (D)

ONE Group B Elective 3 (E) EEB781 Project (Power and Control.) * 3 (D) EEB785 Seminars * 1 (D) MEB470 Industrial Engineering * 2 (E)

TOTAL 15


EEB826 Industrial Control 11 3 (E) EEB783 Electrical Design IV 3 (D)

ONE Group B Elective 3 (E) EEB781 Project (Power and Control) * 3 (D) EEB785 Seminars* (D) MEB470 Industrial Engineering * 2 (E)

TOTAL 15

Group 8 Electives - One Semester

EEB921 Control Engineering IV 3 EEB941 Electrical Power Systems 3 EEB942 Industrial Systems I 3 EEB943 Industrial Systems II 3 EEB951 High Voltage Power Plant 3 EEB952 Electrical Power Plant IV 3 EEB977 Digital Technology I 3 EEB978 Digital Technology 11 3 EEB991 Computing and Simulation 3

The number of Group B electives available will be dependent on a sufficient number of students being enrolled with normally not more than two in the evening in any one semester.

ELECTRONICS AND COMMUNICATION STRAND

Semester 4 - Spring

SEB102 EEB370 EEB430 EEB460 MAB492

Engineering 11 * Semi-conductor Electronics Field Theory Communication Theory I Engineering Mathematics IV

TOTAL

3 (E)

3 (D)

3 (D)

3 (E)

3 (E) 15


Approx. Formal

Semester 5 - Autumn Hrs/wk EEB305 Electrotechnology I 3 (D) EEB510 Linear Systems Analysis 3 (E) MAB791 Engineering Mathematics V 3 (E) CMB108 English for Technologists * 1Y:. (E) MEB110 Applied Mechanics * 1Y:. (E) EEB182 Strength of Materials * 3 (D)

TOTAL 15

Semester 6 - Spring

EEB477 Electronics 3 (E) EEB405 Electrotechnology 11 3 (D) MAB792 Engineering Mathematics VI 3 (E) CMB108 English for Technologists * 1% (E) MEB110 Applied Mechanics • 1Y:. (E) CEB182 Strength of Materials * 3 (D) EEB406 Vacation Practice 11 5 weeks

TOTAL 15

Semester 7 - Autumn

EEB577 Applied Electronics I 3 (E) EEB536 Transmission and Propagation I 3 (E) EEB586 Electronic Design I 3 (D) EEB520 Control Engineering I 3 (E) MEB132 Engineering Materials and Processes * 3 (D)

TOTAL 15

Semester 8 - Spring

EEB686 Electronic Design 11 3 (D) EEB677 Applied Electronics 11 3 (E) EEB610 Systems and Network Analysis 3 (E) MAB295 Applied Mathematics 3 (E) MEB132 Engineering Materials and Processes * 3 (D)

TOTAL 15

Semester 9 - Autumn

EEB786 Electronic Design 111 3 (D) EEB566 Communication Theory 11 3 (D) EEB977 Digital Technology I 3 (E) PHB330 Engineering Physics 111 3 (E) MEB477 Industrial Administration 2 (E)

TOTAL 14


EEB636 Transmission and Propagation 11 3 (E) EEB666 Communication Theory 111 3 (D) EEB620 Control Engineering 11 3 (E) EE8978 Digital Technology 11 3 (E) CMB109 Technical Communication 2 (D)

ONE Group A Elective 2 (D) EEB606 Vacation Practice 111 5 weeks

TOTAL 16


Approx.

Formal Semester 11 - Autumn Hrs/wk

EEB737 Antennas 3 (D)

ONE Group C Elective 3 (E) EEB787 Project (Electronics and Communication) * 3 (D)

+3 (E) EEB785 Seminars* 1 (D)

MEB470 Industrial Engineering * 2 (E)

TOTAL 15

Semester 12 -Spring

EEB837 Microwave Systems 3 (E) EEB886 Electronic Design IV 3 (D)

ONE Group C Elective 3 (E) EEB787 Project (Electronics and Communication) * 3 (D)

EEB785 Seminars* (D) MEB470 Industrial Engineering * 2 (E)

TOTAL 15


ACB183 Principles of Accounting 2 ACB393 Computer Based Information Systems 2 ACB455 Personal and Corporate Finance 2 ACB753 Securities Evaluation 2 ARS109 Architecture and Industrial Design 2 CMB107 Social Environment 2 CMB207 Survey of Australian Society 2 CMB209 Survey of Contemporary Literature 2 CMB307 Advanced Professional Writing 2 MNB001 Principles of Economics 2 MNB002 Psychology for Engineers 2 MNB004 Management 2 MNB003 Industrial and Labour Relations 2 MNB033 Purchasing and Distribution for Engineers 2 MNB075 Government 2 MNB930 Operations Research 2


Group C Electives - One Semester

EEB726 Industrial Control I 3 EEB826 I ndistrial Control II 3 EEB948 Communication Systems 3 EEB949 Radio Navigation and Radar 3 EEB967 Digital Communication 3 EEB979 Applied Electronics 111 3

The number of Group C electives available will be dependent on a sufficient number of students being enrolled with normally not more than one in the evening in any one semester. Subject to approval by Head of Department, a student may elect to do both electives in one semester.


To be awarded a Bachelor of Engineering - Mechanical degree, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years of full-time study or six years part-time study.

MEJ158 BACHELOR OF ENGINEERING - MECHANICAL

Normal Course Program for Four Years FULL-TIME Study.

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester 1 - Autumn

MEB120 MEB132 SEB102 MAB191 PHB131 CEB182 MEB110 SEB101 CMB108 EEB150

Engineering Drawing I * Engineering Materials and Processes * Engineering 11 * Preparatory Mathematics Engineering Physics I* Strength of Materials * Applied Mechanics * Engineering I * English for Technologists * Electrical Technology *

Semester 2 - Spring

MEB120 Engineering Drawing I * MEB132 SEB102 PHB131 CEB182 MEB110 SEB101 MAB192 EEB150* CMB108 MEB200

Engineering Materials and Processes * Engineering II * Engineering Physics t·* Strength of Materials * Applied Mechanics * Engineering I * Engineering Mathematics 11 Electrical Technology * English for Technologists * Vacation Practice I

Semester 3 - Autumn

MEB230 MEB280 MEB170 MEB210 CEB280 MEB250 EEB354 MAB491

· PHB330

Engineering Materials llA Mechanical Design II * Workshop Practice Vibrations I Strength of Materials 111 Thermodynamics IA Electrical Engineering I ls Engineering Mathematics 111 Engineering Physics 111

Approx.

TOTAL

Formal Hrs/wk

3 3 3 3 3 3 rn 4% rn 1'h 27

3 3 3 3 3 1% 4% 3 1%

1% 5 weeks

TOTAL 27

3 3 1% 3 3 3 3 3 3

TOTAL 25%

Semester 4 - Spring

MEB231 MEB280 MEB211 MAB492 MEB251 MAB295 CHB544 CMB109

MEB300

Engineering Materials 11 B Mechanical Design 11 * Theory of Machines Engineering Mathematics IV Thermodynamics 18 Applied Mathematics Engineering Chemistry M Technical Communication ONE Group A Elective Vacation Practice 11

Semester 5 - Autumn

MEB380 Mechanical Design 111 MEB360 MAB791 MEB339 MEB310 MEB370 MEB331 MEB440 EEB554

Fluid Mechanics and Heat Transfer * Engineering Mathematics V Materials and Processes Project Stress Analysis Engineering Processes 11 Engineering Materials 111 * Fluid Control Circuit Design Electrical Engineering 11 ls

Semester 6 - Spring

MEB380 Meehan ical Design 111 * MEB360 Fluid Mechanics and Heat Transfer * MEB370 Engi"neering Processes 11 * MAB792 Engineering Mathematics VI MEB311 Machine Frame Analysis MEB331 Engineering Materials 111 * MEB312 Vibrations 11 MEB450 Air Conditioning OR ME8472 Manufacturing Technology ) MEB402 Vacation Practice 111

Semester 7 - Autumn

EEB721 MEB400 + MEB401 MEB470 MEB471 MEB489 MEB480 MEB409

Automatic Control Systems Industrial Visits Seminars * Industrial Engineering * Metro logy Mechanical Design Project * Design Analysis for Production Project (Mechanical) *



3 3 3 3 3 3 3 2 2

5 weeks TOTAL 25

TOTAL

4% 3 3 3 3 rn rn 3 3 25%

4% 3 1 y,

3 3 rn 3

3

5 weeks TOTAL 22%

3 3 1

2 3 4% 3 3

TOTAL 22%

+ This subject may be timetabled as a block day-release visit of approximately one week's duration.


Semester 8 - Spring

EEB826 Industrial Control II MEB401 MEB410 MEB451 MEB461 MEB470 ME8489 ME8409

Seminars * Metal Working Processes ) OR Power Plant ) Fluid Mechanics 11 Industrial Engineering * Meehan ical Design Project * Project (Mechanical l *


ACB183 ACB393 ACB455

ACB753 ARS109 CIViB107 CMB207 CMB209 CMB307 Ml\18001 MNB002 MNB003 MNB004 MNB033 MNB075 MNEl930

Principles of Accounting Computer Based Information Systems Personal and Corporate Finance Securities Evaluation Architecture and Industrial Design Social Environment Survey of Australian Society Survey of Contemporary Literature Advanced Professional Writing Principles of Economics Psychoiogy tor Engineers Industrial and Labour Relations Management Purchasing and Distribution for Engineers Government Operations Research


3 1 3

3 2 4% 3

TOTAL 19%

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2


The Bachelor of Engineering - Mechanical part-time program will be as foliows -


All subjects are one semester except those indicated (*) which extend over two semesters.

Semester 1 - Autumn

MEB120 MEB132 MAB191 PHB131 CEB182 EE8150

Engineering Drawing I * Engineering Materials and Processes * Preparatory Mathematics Engineering Physics I* Strength of Materials * Electrical Technology *

TOTAL


3 (E)

3 (D)

3 (E)

3 (E)

3 (D)

1% (D)

16%


Approx. Formal

Semester 2 - Spring Hrs/wk

MEB120 Engineering Drawing I * 3 (El MEB132 Engineering Materials and Processes * 3 (Dl PHB131 Engineering Physics I* 3 (El CEB182 Strength of Materials * 3 (Dl MAB192 Engineering Mathematics 11 3 (E) EEB150 Electrical Technology * 1Y:. (D) MEB200 Vacation Practice I 5 weeks

TOTAL 16%

Semester 3 - Autumn

SEB102 Engineering 11 * 3 (E) MEB110 Applied Mechanics * 1% (El SEB101 Engineering I * 4Y, (D) CEB280 Strength of Materials 111 3 (Dl MAB491 Engineering Mathematics 111 3 (E) CMB108 English for Technologists * 1% (El

TOTAL 16%

Semester 4 - Spring

SEB102 Engineering II * 3 (E) MEB110 Applied Mechanics * 1 y, (El SEB101 Engineering I * 4Y, (Dl MAB492 Engineering Mathematics IV 3 (E) CMB108 English for Technologists * 1% (El

ONE Group A Elective 2 (Dl TOTAL 15%

Semester 5 - Autumn

MEB210 Vibrations I 3 (Dl MEB170 Workshop Practice 1% (Dl MEB250 Thermodynamics IA 3 (Dl EEB354 Electrical Engineering I ls 3 (El MAB791 Engineering Mathematics V 3 (El PHB330 Engineering Physics 111 3 (E)

TOTAL 16%

Semester 6 - Spring

MEB211 Theory of Machines 3 (Dl MEB251 Thermodynamics IB 3 (D) MAB792 Engineering Mathematics VI 3 (E) MEB310 Stress Analysis 3 (El MAB295 Applied Mathematics 3 (E) MEB300 Vacation Practice 11 5 weeks

TOTAL 15

Semester 7 - Autumn

MEB230 Engineering Materials llA 3 (Dl MEB280 Mechanical Design 11 * 3 (El MEB360 Fluid Mechanics and Heat Transfer * 3 (El MEB370 Engineering Processes 11 * 11h (Dl EEB554 Electrical Engineering II ls 3 (El MEB480 Design Analysis for Production 3 (Dl

TOTAL 16%


Approx. Formal

Semester 8 - Spring Hrs/wk ME8231 Engineering Materials 11 B 3 (D) MEB280 Mechanical Design 11 * 3 (E) MEB360 Fluid Mechanics and Heat Transfer * 3 (E) MEB370 Engineering Processes 11 * 1'h (D) MEB311 Machine Frame Analysis 3 (E) CMB109 Technical Communication 2 (D)

TOTAL 15%

Semester 9 - Autumn

MEB380 Mechanical Design 111 * 4% (D) MEB339 Materials and Processes Project 3 (D) l\tlEB331 Engineering Materials 111 * 1'h (E) MEB312 Vibrations 11 3 (E) MEB470 Industrial Engineering * 2 (E) MEB440 Fluid Control Circuit Design 3 (E)

TOTAL 17


MEB380 Mechanical Design 111 * 4% (D) MEB331 Engineering Materials 111 * 1'h (E) CHB544 Engineering Chemistry M 3 (E) MEB450 Air Conditioning )OR 3 (E) MEB472 Manufacturing Technology }

MEB470 Industrial Engineering * 2 (E) MEB451 Power Plant )OR 3 (D) MEB410 Metal Working Processes ) MEB402 Vacation Practice 111 5 weeks

TOTAL 17


EEB721 Automatic Control Systems 3 (E) MEB400 + Industrial Visits 3 (D) MEB401 Seminars * 1 (D) ME3471 Metrology 3 (E) ME8489 Mechanical Design Project * 4% (D) MEB409 Project (Mechanical) * 3 (D)

TOTAL 17%


EEB826 Industrial Control 11 3 (E) MEB401 Seminars * 1 (D) MEB461 Fluid Mechanics 11 3 (E) MEB489 Mechanical Design Project * 4% (D) MEB409 Project (Mechanical) * 3 (D)

TOTAL 14%

+ This subject may be timetabled as a block day-release visit of approximately one week's duration.

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Associate Diploma Courses

148 Associate Diploma Courses

The following rules relate to the Associate Diploma Courses in Engineering and are made by resolution of the Institute Council.

ASSOCIATE DIPLOMA IN ENGINEERING

FULL-TIME and PART-TIME

1. Entry

(a) Normal Entry

To be eligible to enrol for courses leading to the Associate Diploma in Engineering, an applicant -

(i) shall have reached a Tertiary Entrance score of 745 or better and in addition shall have studied at least three semesters in each of the Board subjects English, Physics, Chemistry and Mathematics, this latter to include at least the units I, 11 and 111.

OR (ii) who obtained a Senior Certificate before Tertiary

Entrance scores were introduced, must attain a minimum total score of fifty-six points in his best sixteen semester units and in addition shall have studied at least three semesters in each of the Board subjects English, Physics, Chemistry and Mathematics I.

OR (iii) who has sat for the external Senior examination must

attain a minimum total score of fourteen points in his best four subjects and in addition shall have studied the Board subjects English, Physics, Chemistry and Mathe· matics I.

(b) Entry from Junior with Bridging Course

Applicants shall have completed Grade 10 in secondary school and in addition shall have successfully completed the two year part-time Interim Bridging Course for Associate Diploma (UG3) Engineering Courses which is offered at various Colleges of Technical and Further Education.

{c) Special Entry


An applicant lacking the requirements in only one subject to qualify for entry may be granted provisional enrolment in a part-time course if he undertakes to study the requisite Senior subject concurrently with one subject of the course.


2. Enrolment

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and corequisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances the Head of School may waive this rule, after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances, the Head of School may waive the maximum hours rule, only after consideration of a written application to the Registrar.



4. Employment - part-time students

A student who will be in a full-time occupation throughout any semester, may register as a part-time student if he can produce satisfactory evidence that he is so employed.

A part-time student shall have engaged in at least 120 weeks of approved employment, i.e. 15 weeks for each of the eight Industrial Employment subjects, before being eligible for the Associate Diploma award.

For the employment to be recognised, the student must submit an industrial experience record form, provided for the purpose, which has been completed by both the student and his employer.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See page 27. In special circumstances, the Head of School may waive these rules, only after consideration of a written application to the Registrar.


(c) The Head of Department, may, where a student has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.


(d) A registered student who has completed the following trade courses in Queensland, may apply to be exempted the following subjects if offered in the particular course chosen. Prior approval is not necessary to gain exemption if these courses are studied concurrently with a Q.l.T. course. A student enrolled in an apprenticeship training course who wishes to defer a subject in anticipation of an exemption, must make written application to the Registrar.

EET110 D.C. Theory I Electrical Fitter and Mechanic Radio and Television Telecommunications Certificate

EET400 Electrical Engineering Electrical Fitter and Mechanic MET170 Workshop Processes Mechanical Fitter

Toolmaker

(e) Exemption from the practical experience subjects, designated by the suffix A after the subject name, in the full-time courses may be granted on the basis of appropriate industrial experience. Written application must be made on the special form provided.

6. Attendance

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Head of School ineligible to sit for the semester examinations.


7. Assessment

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work and projects. Supplementary examinations may be offered.

8. Course Structure

A registered student admitted under these rules may elect to specialise in one of Civil, Electrical or Mechanical Engineering. A full-time student may be required to attend classes given in the evening.


To be awarded an Associate Diploma in Engineering ·- Civil, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for two years full-time study or four years part-time study.

CEL187 ASSOCIATE DIPLOMA IN ENGINEERING - CIVIL

Normal Course Program for Two Years FULL-TIME Study.

Semester 1 - Autumn

CET195 MET210 MET120 MET140 SVT306 EET790 CET104 MET121

Civil Engineering I Applied Mechanics I Engineering Drawing I Engineering Materials I Engineering Surveying I Computer Programming I Construction Practice IA Engineering Drawing I A

Semester 2 - Spring

MET310 Applied Mechanics II MET220 CET135 CET465 EST219 MET200 CET204 MET221

Engineering Drawing 11 Strength of Materials Fluid Mechanics Engineering Geology Mechanical Engineering Construction Practice 11 A Engineering Drawing I IA

Semester 3 - Autumn

CET596 MET521 MET721 CET555 CET708

CET304 CET894 MET522

Materials Specification and Control Civil Engineering Drawing I Civil Engineering Drawing 11 Structural Engineering Specifications and Estimates ONE Elective Construction Practice 111 A Computations A Civil Engineering Drawing IA

Semester 4 - Spring

CET645 Soil Mechanics I CET605 MET821 CET635

CET597 MET722

Construction Practice I Civil Engineering Drawing 111 Concrete Engineering TWO Electives Materials Specification and Control A Civil Engineering Drawing I IA


3 3 3 3 3 3 3 3

TOTAL 24

3 3 3 3 3 3 3 3

TOTAL 24

3 3 3 3 3 3 3 3 3

TOTAL 27

3 3 3 3 6 3 3

TOTAL 24


Approx. Formal

Elective Subjects Hrs/wk

CET705 Construction Practice 11 3 CET706 Contract Administration 3 CET707 Municipal Engineering 3 CET745 Soil Mechanics 11 3 CET755 Structural Design 3 CET775 Public Health Engineering 3 CET796 Civil Engineering Computing 3 CET805 Construction Practice 111 3 CET806 Construction Practice IV 3 CET807 Construction Management 3 CET808 Job Organisation 3 CET809 Local Government Practice 3 CET815 Road Location and Design 3 CET835 Tectonics 3 CET866 Water Engineering 3 CET895 Project 3 MET720 Engineering Graphics 3 MET822 Drawing Office Practice (Civil) 3 SVT506 Engineering Surveying 11 3 SVT507 Mapping and Photogrammetry 3

The number of elective subjects available will be dependent on a sufficient number of students being enrolled.

The Associate Diploma in Engineering - Civil program will be as follows -

Normal Course Program for Four Years PART-TIME Study.

Semester 1 -Autumn

CET195 MET210 MET120 SET100

Civil Engineering I Applied Mechanics I Engineering Drawing I Industrial Employment I

Semester 2 - Spring

MET310 Applied Mechanics II MET220 EST219 SET200

Engineering Drawing 11 Engineering Geology Industrial Employment 11

Semester 3 - Autumn

MET140 SVT306 EET790 SET300

Engineering Materials I Engineering Surveying I Computer Programming I Industrial Employment 111


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9


Semester 4 - Spring

CET135 Strength of Materials CET465 Fluid Mechanics MET200 SET400

Mechanical Engineering Industrial Employment IV

Semester 5 - Autumn

CET596 MET521 CET555 SET500

Materials Specification and Control Civil Engineering Drawing I Structural Engineering Industrial Employment V

Semester 6 - Spring

CET645 CET605 CET635 SET600

Soil Mechanics I Construction Practice I Concrete Engineering Industrial Employment VI

Semester 7 - Autumn

MET721 CET708

SET700

Civil Engineering Drawing 11 Specifications and Estimates ONE Elective Industrial Employment VII

Semester 8 - Spring

MET821 Civil Engineering Drawing II I TWO Electives

SET800 Industrial Employment V 111

Elective Subjects

CET705 Construction Practice II CET706 Contract Administration CET707 Municipal Engineering CET745 Soil Mechanics 11 CET755 Structural Design CET775 Public Health Engineering CET796 Civil Engineering Computing CET805 Construction Practice 111 CET806 Construction Practice IV CET807 Construction Management CET808 Job Organisation CET809 Local Government Practice CET815 Road Location and Design CET835 Tectonics CET866 Water Engineering CET895 Project MET720 Engineering Graphics MET822 Drawing Office Practice (Civil) SVT506 Engineering Surveying 11 SVT507 Mapping and Photogrammetry


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 6

15 weeks TOTAL 9

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3


To be awarded an Associate Diploma in Engineering - Electrical, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for two years full-time study or four years part-time study.

EEL 188 ASSOCIATE DIPLOMA IN ENGINEERING - ELECTRICAL


Semester 1 - Autumn

EET110 EET210 MET120 MET175 MET123 MET475 MET210 MET140

D.C. Theory I D.C. Theory II Engineering Drawing I Workshop {Mech) IA Electrical Engineering Drawing I A Workshop {Mech) 111 A Applied Mechanics I Engineering Materials I

Semester 2 -- Spring

EET310 A.C. Theory EET400 Eler.trical Engineering EET470 MET200 MET223 MET220 MET310

Electronics I Mechanical Engineering Electrical Engineering Drawing 11 A Engineering Drawing 11 Applied Mechanics 11

Semester 3 - Autumn

EET566 EET521 EET305 EET309 EET529

Telecommunications Instrumentation and Control Workshop (Elec) IA Workshop (Elec) 111 A Instrument Practice A FOUR Electives

Semester 4 - Spring

EET577 Industrial Electronics EET642 Electrical Power Systems I EET405 Workshop (Elec) llA EET409 Workshop {Elec) IVA

FOUR Electives

Elective Subjects

EET536 EET551 EET621

Transmission Lines I Electrical Machinery Control Theory I


3 3 3 3 3 3 3 3

TOTAL 24

6 3 3 3 3 3 3

TOTAL 24

3 3 3 3 3 12

TOTAL 27

3 3 3 3 12

TOTAL 24

3 3 3

EET637 Wave Propagation EET641 Electrical Power Utilization I EET643 Electrical Protection I EET651 A.C. Plant EET666 Communication Theory I EET676 Digital Electronics EET677 Integrated Circuits EET678 Applied Electronics EET766 Communication Theory 11 EET790 Computer Programming I EET822 Digital Control Systems EET823 Process Control Systems EET851 Electrical Testing EET866 Communication Techniques I



3 3 3 3 3 3 3 3 3 3 3 3 3 3


The Associate Diploma in Engineering - Electrical part-time program will be as follows -


Semester 1 - Autumn

EET110 MET210 MET120 SET100

D.C. Theory I Applied Mechanics I Engineering Drawing I Industrial Employment I

Semester 2 - Spring

EET210 D.C. Theory 11 MET310 Applied Mechanics II M ET220 Engineering Drawing 11 SET200 Industrial Employment II

Semester 3 - Autumn

EET310 MET140 SET300

A.C. Theory Engineering Materials I Industrial Employment 111

Semester 4 - Spring

EET470 EET400 MET200 SET400

Electronics I Electrical Engineering Mechanical Engineering Industrial Employment IV


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

6 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9


Semester 5 - Autumn

EET566 EET521

SET500

Telecommunications Instrumentation and Control ONE Elective Industrial Employment V

Semester 6 Spring

EET577 EET642

SET600

Industrial Electronics Electrical Power Systems I ONE Elective Industrial Employment VI

Semester 7 - Autumn

THREE Electives SET700 Industrial Employment VII

Semester 8 - Spring

THREE Electives SET800 Industrial Employment V 111

Elective Subjects

!".ET536 Transmission Lines I EET551 Electrical Machinery EET621 Control Theory I EET637 Wave Propagation EE1641 Electrical Power Utilization I EET643 Electrical Protection I EET651 A.C. Plant EET666 Communication Theory I EET676 Digital Electronics EET677 Integrated Circuits EET678 Applied Electronics EET766 Communication Theory 11 EET790 Computer Programming I EET822 Digital Control Systems EET823 Process Control Systems EET851 Electrical Testing EET&66 Communication Techniques I


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

9 15 weeks

TOTAL 9

9 15 weeks

TOTAL 9

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3



To be awarded an Associate Diploma in Engineering - Mechanical, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for two years full-time study or four years part-time study.

MEL189 ASSOCIATE DIPLOMA IN ENGINEERING MECHANICAL


Approx. Formal

Semester 1 -Autumn Hrs/wk

MET120 Engineering Drawing I 3 MET220 Engineering Drawing 11 3 MET210 Applied Mechanics I 3 MET200 Mechanical Engineering 3 MET170 Workshop Processes 3 MET140 Engineering Materials I 3 MET171 Trade Training IA 7

TOTAL 25

Semester 2 - Spring

MET320 Engineering Drawing 111 3 MET420 Engineering Drawing IV 3 MET310 Applied Mechanics 11 3 EET300 Circuit Theory 3 MET433 Materials Testing 3 MET471 Workshop Laboratory 3 MET271 Trade Training llA 7

TOTAL 25

Semester 3 - Autumn

MET560 Fluid Mechanics and Heat Transfer I 3 MET121 Engineering Drawing IA 3 MET221 Engineering Drawing I IA 3 MET552 Refrigeration 3 MET510 Applied Mechanics 111 3 MET572 Production Planning I 3 MET580 Drawing Office Practice I 3 MET680 Drawing Office Practice 11 3

ONE Elective 3 TOTAL 27

Semester 4 - Spring

EET400 Electrical Engineering 3 MET660 Fluid Mechanics and Heat Transfer 11 3 MET651 Air Conditioning 3 MET751 Steam Plant 3 MET321 Engineering Drawing 111 A 3 MET421 Engineering Drawing IV A 3

TWO Electives 6 TOTAL 24


Approx. Formal

Elective Subjects Hrs/wk

CET555 Structural Engineering 3 CET833 Concrete Technology (Mech) 3 MET573 Machine Tools I 3 MET610 Applied Mechanics IV 3 MET672 Production Planning 11 3 MET673 Machine Tools 11 3 MET733 Industrial Metallurgy I 3 MET753 Fuels Testing 3 MET772 Metrology I 3 MET780 Drawing Office Practice 111 3 MET782 Jig and Tool Design I 3 MET833 Industrial Metallurgy 11 3 MET852 Internal Combustion Plant 3 MET853 Combustion and Air Pollution 3 MET872 Metrology 11 3 MET880 Drawing Office Practice IV 3 MET882 Jig and Tool Design 11 3 SVT306 Engineering Surveying I 3


The Associate Diploma in Engineering - Mechanical part-time program is as follows -


Semester 1 - Autumn

MET120 MET210 MET140 SET100

Engineering Drawing I Applied Mechanics I Engineering Materials I Industrial Employment I

Semester 2 - Spring

MET220 Engineering Drawing 11 MET310 Applied Mechanics II MET200 SET200

Mechanical Engineering Industrial Employment 11

Semester 3 - Autumn

MET320 MET170 EET300 SET300

Engineering Drawing 111 Workshop Processes Circuit Theory Industrial Employment 111


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9


Semester 4 - Spring

MET420 Engineering Drawing IV MET433 Materials Testing MET471 Workshop Laboratory SET400 Industrial Employment IV

Semester 5 - Autumn

MET580 MET572 MET510 SET500

Drawing Office Practice I Production Planning I Applied Mechanics 111 Industrial Employment V

Semester 6 - Spring

MET680 Drawing Office Practice II MET672 Production Planning 11 MET610 Applied Mechanics IV SET600 Industrial Employment VI

Semester 7 -Autumn

MET780

SET700

Drawing Office Practice 111 TWO Electives Industrial Employment VII

Semester 8 - Spring

MET880 Drawing Office Practice IV TWO Electives

SET800 Industrial Employment VIII

Elective Subjects

CET555 Structural Engineering CET833 Concrete Technology (Mech) EET400 Electrical Engineering MET552 Refrigeration MET560 Fluid Mechanics and Heat Transfer I MET573 Machine Tools I MET651 Air Conditioning MET660 Fluid Mechanics and Heat Transfer II MET673 Machine Tools II MET720 Engineering Graphics MET733 Industrial Metallurgy I MET751 Steam Plant MET753 Fuels Testing MET772 Metrology I MET782 Jig and Tool Design I MET833 Industrial Metallurgy 11


3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 3 3

15 weeks TOTAL 9

3 6

15 weeks TOTAL 9

3 6

15 weeks TOTAL 9

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3


MET852 MET853 MET872 MET882 SVT306

Internal Combustion Plant Combustion and Air Pollution Metrology 11 Jig and Tool Design 11 Engineering Surveying I


3 3 3 3 3



The following rules relate to the Associate Diploma in Surveying and are made by resolution of the Institute Council.

SVL 190 ASSOCIATE DIPLOMA IN SURVEYING

PART-TIME.

1. Entry

(a) Nonna! Entry

To be eligible to enrol for the course leading to the Associate Diploma in Surveying, an applicant -

(il shall have reached a Tertiary Entrance score of 745 or better and in addition shall have studied at least three semesters in each of the Board subjects English and Physics and at least the units I, II, Ill (or units I, II, Ill and XI if studied before 1979) in Mathematics.

OR (ii) who obtained a Senior Certificate before Tertiary

Entrance scores were introduced must attain a minimum total score of fifty-six points on their best sixteen semester units and in addition shall have studied at least three semesters in each of the Board subjects English, Physics and Mathematics I.

OR (iii) who has sat for the external Senior examination must

attain a minimum total score of fourteen points in their best four subjects and in addition shall have studied the Board subjects English, Physics and Mathematics I.

(b) Special Entry


An applicant lacking the requirements in only one subject to qualify for entry may be granted provisional enrolment in a part-time course if he undertakes to study the requisite Senior subject concurrently with one subject of the course.

2. Enrolment

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Head of School may waive this rule, only after consideration of a written application to the Registrar.


(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances, the Head of School may waive the maximum hours rule, only after consideration of a written application to the Registrar.

(c) Unless all applicable exemptions listed in Section 5, Exemptions, are obtained, it will be necessary for part-time students to obtain some day reiease.



4. Employment

While it is highly desirable that part-time Surveying Technician students are engaged in employment suited to the course, industrial employment is not compulsory.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See page 27 . In special circumstances the Head of School may waive these rules after consideration of a written application to the Registrar.

(b) A registered student, who is enrolled as a part-time student and is in an appropriate occupation, may make written application to be exempted some or all of the following subjects

SVT123 Surveying Practice IA SVT426 Surveying Practice VIA SVT223 Surveying Practice llA SVT112 Survey Plan Drawing A SVT224 Surveying Practice lllA SVT226 Survey Computations SVT325 Surveying Practice IVA Practice A SVT425 Surveying Practice VA SVT439 Computations llA

Exemptions will only be granted from subjects for which he can produce evidence that his occupation provides skill, experience and training which is equivalent, in the opinion of the Board, to the subject(s) for which exemption is sought. The Board may delegate the approval of such evidence to the Head of the Department responsible for the course.

(c) Prior approval must be received to obtain an exemption in a 0.1.T. subject, if while registered at the Institute, a student wishes to study an equivalent subject elsewhere or in another course at the Institute. Application for approval must be made in writing to the Registrar.

(d) The Head of Department may, where a student has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.


6. Attendance

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Head of School ineligible to sit for the semester examination.


7. Assessment


8. Course Structure

To be awarded an Associate Diploma in Surveying, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for four years part-time study.

Normal Course Program Approx. Formal

Semester 1 - Autumn Hrs/wk

SVT122 Surveying I 3 SVT121 Survey Drafting Practice I 3 CMD199 Professional Communication Techniques 3 SVT123* Surveying Practice I A 3

TOTAL 12

Semester 2 - Spring

SVT122 Surveying I 3 SVT225 Computations I 3 SVT321 Survey Drafting Practice 11 3 SVT223* Surveying Practice I IA 3

TOTAL 12

Semester 3 - Autumn

SVT222 Surveying 11 3 SVT243 Photogrammetry I 3 SVT429 Computations 11 3 SVT224* Surveying Practice II IA 3

TOTAL 12

Semester 4 - Spring

SVT222 Surveying 11 3 SVT343 Photogrammetry 11 3 SVT352 Land Studies 3 SVT325* Surveying Practice I VA 3

TOTAL 12


Semester 5 - Autumn

SVT324 SVT541 CET364 SVT112*

Surveying 111 Sperical Trigonometry and Astronomy Engineering Science I Survey Plan Drawing A

Semester 6 - Spring

SVT324 SVT641 SVT542 SVT425*

Surveying 111 Geodesy Map Projections ! Surveying Practice VA

Semester 7 -Autumn

SVT424 CET404 EET790 SVT226*

Surveying IV Engineering Science 11 Computer Programming I Survey Computations Practice A

Semester 8 - Spring

SVT424 Surveying iV SVT471 Land Laws and Regulations MNA012 SVT439* SVT426*

Administrative Practice Computations 11 A Surveying Practice VIA


3 3 3 3

TOTAL 12

3 3 3 3

TOTAL 12

3 3 3 3

TOTAL 12

3 3 3 3 3

TOTAL 15

These practical subjects mav be offered as a one week day release course at the end of the semester.

Certificate Courses

166 Certificate Courses

The following rules relate to the Certificate Courses in the School of Engineering and are made by resolution of the Institute Council.

1. Entry

CERTIFICATE COURSES IN THE SCHOOL OF ENGINEERING

Except where otherwise approved by the Head of School, no new enrolments will be accepted in these courses, except in the Certificate in Cartography and the Civil Engineering Laboratory Technician Certificate courses.

Students already registered in Certificate courses are advised that these courses (with the exception of Cartography and Civil Engineering Laboratory Technician) are being discontinued. Provision is being made to allow existing students to complete their course, subject to a minimum rate of progress. It is planned to discontinue the courses so that third year will be available for the last time in 1981, fourth year in 1983 and fifth year in 1985 (subject to adequate enrolments).

Entrance requirements to the Certificate Courses are -

(a) Normal Entry for full-time Junior students

(i) A total score of not less than sixteen points in the four Junior subjects English, Advanced or Ordinary level Mathematics, Science( previously Science B) and one other.

(ii) Although there is no minimum grade, students must have studied and received a result in either Advanced or Ordinary level Mathematics during their Junir.r year.

(iii) A mini111um grade of three points may be accepted in English, but the accepted minimum in all other subjects (excepting Mathematics) shall be four points.

Normal entry for students who have sat for the Junior Examination prior to the introduction of Advanced and Ordinary Mathematics (iv) A total score of not less than sixteen points in the four

Junior subjects English, Mathematics B, Science B, and one other.

(v) A minimum grade of three points may be accepted in English, but the accepted minimum in all other subjects shall be four points.

(b) Special Entry

Students who do not meet the requirements for normal entry may present documentary evidence of qua I ifications and experience and other relevant information for Special Consid· eration by the Admissions Committee.

An applicant lacking a sufficient grade in only one subject to qualify for entry may be granted provisional enrolment in a part-time course if he undertakes to study one requisite Junior subject concurrently with one subject of the course.


2. Enrolment

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and corequisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Head of School may waive this rule, only after consideration of a written application to the Registrar.

(b) A student shall not study subjects with a time content of more than nine hours per week. In special circumstances, the Head of School may waive this rule, only after consideration of a written application to the Registrar.



4. Employment

A candidate must have obtained appropriate employment by the commencement of his second year of study.

5. Exemptions

(a) Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See page 27 . In special circumstances, the Head of School may waive these rules, only after consideration of a written application to the Registrar.


A registered student who has completed the following trade courses in Queensland may apply to be exempted the following subjects if offered in the particular course chosen. Prior approval is not necessary to gain exemption if these courses are studied concurrently with a 0.1.T. course. A student enrolled in an apprecticeship training course who wishes to defer a subject in anticipation of an exemption, must make written application to the Registrar.

EEC300 Electrical Engineering EEC560 Telecommunications I

Electrical Fitter and Mechanic Telecommunications Certificate

(c) The Head of Department may, where a student has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such requirements of that subject as he deems fit.


6. Attendance

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Head of School ineligible to sit for the semester examination.

7. Assessment


8. Course Structure

A registered student admitted under these rules may elect to specialise in one of the following courses

Civil - Design Office Technician Construction Technician Laboratory Technician

Electrical - Electrical Technician Electronics and Communication Technician Design Office Technician Instrumentation and Control Technician

Mechanical - Mechanical Engineering Technician Production Technician Design Office Technician

Surveying - Certificate in Cartography Surveying Technician

Due to low enrolments, some subjects will be available only every second year. Students should plan their course accordingly, and they may be permitted to attempt subjects out of order if necessary. Students should submit their enrolment form with the desired enrolment, for consideration and approval.

Elective subjects will be available only if numbers of enrolments are sufficient to justify a class.


For a candidate who is a student in one of the Civil Engineering Certificate Courses, the subjects and other work are as follows -

CERTIFICATE IN CIVIL ENGINEERING

PART-TIME.

All subjects run for two semesters except those indicated(*) which are one semester subjects.

Semesters 1 - 4 are available only for the LABORATORY TECHNICIAN Course.

Semester 1 - Autumn

MAC191 MEC120 CHC195

Mathematics I Engineering Drawing I Chemistry I *

Semester 2 Spring

MAC191 MEC140 MEC120

Mathematics I Engineering Materials I * Engineering Drawing I

Semester 3 - Autumn

MAC491 PHC450 CMC123

Mathematics 11 Certificate Physics English *

Semester 4 - Spring

MAC491 PHC450 MEC270

Mathematics 11 Certificate Physics Workshop Processes *

CEC113 DESIGN OFFICE TECHNICIAN

Semester 5 - Autumn

MEC310 CEC300 MEC321

Applied Mechanics I Civil Engineering I * Civil Drawing I

Semester 6 - Spring

MEC310 Applied Mechanics I MEC321 Civil Drawing I MEC340 Engineering Materials 11 *

Semester 7 - Autumn

CEC460 CEC400 SVC306

Hydraulics Civil Engineering i I Engineering Surveying


3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3


Semester 8 - Spring


Hydraulics Civil Engineering 11 Engineering Surveying

Semester 9 - Autumn

CEC550 MEC521

Structures Civil Drawing 11


CEC502 CEC550 MEC521

Specifications and Estimates * Structures Civil Drawing 11

CEC114 LABORATORY TECHNICIAN

Semester 5 - Autumn

MEC310 CHC496 EEC300

Applied Mechanics I Chemistry 11 Electrical Engineering *

Semester 6 - Spring

MEC310 Applied Mechanics I CHC496 Chemistry 11 M EC340 Engineering Materials 11 *

Semester 7 - Autumn

CEC440 tt Soil Mechanics I CEC430 tt Concrete Practice CHC463 tt Organic Chemistry and Materials

Semester 8 - Spring

CEC440 tt Soil Mechanics I CEC430 tt Concrete Practice CHC463 tt Organic Chemistry and Materials

Semester 9 - Autumn

CEC540 + CEC588 + CEC586 + ESC119

Soil Mechanics 11 Advanced Laboratory Practice Laboratory Projects Engineering Geology


CEC540 + Soil Mechanics II CEC588 + CEC586 + ESC119

Advanced Laboratory Practice Laboratory Projects Engineering Geology

CEC115 CONSTRUCTION TECHNICIAN

Semester 5 - Autumn

MEC310 CEC300 MEC321

Applied Mechanics I Civil Engineering I * Civil Drawing I


3 3 3

3 6

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 1Y:. 1Y:. 3

3 1Y:. 1Y:. 3

3 3 3

Semester 6 - Spring

MEC310 Applied Mechanics I MEC321 Civil Drawing I MEC340 Engineering Materials 11 *

Semester 7 - Autumn


Hydraulics Civil Engineering 11 Engineering Surveying

Semester 8 - Spring

CEC460 Hydraulics CEC400 Civil Engineering 11 SVC306 Engineering Surveying

Semester 9 - Autumn

CEC501 CEC503 CEC504

Construction Principles Contract Administration * Job Organisation


CEC501 CEC502 CEC504

Construction Principles Specifications and Estimates * Job Organisation

+ Available only in even numbered years. tt Available only in odd numbered years.



3 3 3

3 3 3

3 3 3

3 3 3

3 3 3


For a candidate who is a student in one of the Electrical Engineering Certificate Courses, the subjects and other work are as follows -

CERTIFICATE IN ELECTRICAL ENGINEERING

PART-TIME.

Semesters 1 - 4 have been discontinued.

All subjects extend over two semesters except those indicated (*) which are one semester subjects.

The following two semesters are common to the ELECTRICAL TECHNICIAN, ELECTRONICS AND COMMUNICATION TECHNICIAN and DESIGN OFFICE TECHNICIAN courses.

Semester 5 - Autumn

MEC310 MEC320 EEC300

Applied Mechanics I Engineering Drawing 11 Electrical Engineering *

Semester 6 - Spring

MEC310 Applied Mechanics I M EC320 Engineering Drawing 11 MEC300 Mechanical Engineering*

EEC116 ELECTRICAL TECHNICIAN

Semester 7 - Autumn

EEC400 EEC450 EEC470

Circuit Analysis Electrical Machines I Electronics I

Semester 8 - Spring

EEC400 EEC450 EEC470

Circuit Analysis Electrical Machines I Electronics I

Semester 9 - Autumn

EEC540 Power Systems I and TWO Electives from the following -

EEC511 + Electrical Measurements EEC542 tt Systems Protection E EC550 tt Electrical Mach in es 11 EEC572 Computer Electronics EEC590 Computer Programming E EC640 + Power Systems 11 M EC552 + Thermal Plant MEC572 Production Planning


3 3 3

3 3 3

3 3 3

3 3 3

3

[6]


EEC540 Power Systems I and TWO Electives from the following -

EEC511 + Electrical Measurements EEC542 tt Systems Protection EEC550 tt Electrical Machines II EEC572 EEC590 EEC640 + MEC552 + MEC572

Computer Electronics Computer Programming Power Systems 11 Thermal Plant Production Planning



3

[6]

EEC117 ELECTRONICS AND COMMUNICATION TECHNICIAN

Semester 7 -Autumn EEC400 Circuit Analysis EEC560 Telecommunications I EEC470 Electronics I

Semester 8 - Spring EEC400 Circuit Analysis EEC560 Telecommunications I EEC470 Electronics I

Semester 9 - Autumn EEC570 Electronics II

and TWO Electives from the following -EEC572 Computer Electronics EEC590 Computer Programming EEC591 tt Navigational Aids EEC592 Radio and Television EEC660 + Telecommunications II EEC670 tt Electronics 111

Semester 10 - Spring EEC570 Electronics 11

and TWO Electives from the following -EEC572 Computer Electronics EEC590 Computer Programming EEC591 tt Navigational Aids EEC592 Radio and Television EEC660 + Telecommunications 11 EEC670 tt Electronics II I

EEC118 DESIGN OFFICE TECHNICIAN

Semester 7 - Autumn MEC480 Drawing Office Practice I

and TW,O E·lectives from the following -EEC4 70 Electronics I EEC452 tt Plant Layout (Comm.) EEC451 + Plant Layout (Power) EEC440 + Electrical Power

3 3 3

3 3 3

3

[6]

3

[6]

3

(6]

17 4 Certificate Courses

Semester 8 - Spring MEC480 Drawing Office Practice I

and TWO Electives from the following -E EC4 70 Electronics I EEC452 tt Plant Layout (Comm.) EEC451 + Plant Layout (Power) EEC440 + Electrical Power

Semester 9 - Autumn MEC522 tt Drawing Office Practice (Elec.)

and TWO Electives from the following -MEC572 Production Planning CEC550 Structures SVC306 MEC410 MEC580

Engineering Surveying Applied Mechanics 11 Drawing Office Practice 11

Semester 10 - Spring MEC522 tt Drawing Office Practice (Elec.)

and TWO Electives from the following -MEC572 Production Planning CEC550 SVC306 MEC410 MEC580

Structures Engineering Surveying Applied Mechanics 11 Drawing Office Practice 11


Approx. Formal

Hrs/wk.

3

[6]

3

[6]

3

[6]


EEC124 CERTIFICATE FOR INSTRUMENTATION AND CONTROL TECHNICIAN

PART-TIME.


Semester 5 - Autumn

EEC470 EEC400 EEC310 +

Electronics I Circuit Analysis Instrumentation Technology I

Semester 6 - Spring

EEC470 Electronics I EEC400 Circuit Analysis EEC310 + Instrumentation Technology I

Semester 7 - Autumn

EEC445 tt Electronic Systems EEC420 tt Control Systems I EEC410 tt Instrumentation Technology II

Semester 8 - Spring

EEC445 tt Electronic Systems EEC420 tt Control Systems I EEC410 tt Instrumentation Technology II

Semester 9 -Autumn

EEC520 + Control Systems 11 EEC510 + Instrumentation Technology Ill


and ONE Elective from the following -

Telecommunications I Electronics 11 Computer Electronics Computer Programming


EEC520 + Control Systems II EEC510 + Instrumentation Technology Ill


and ONE Elective from the following -

Telecommunications I Electronics II Computer Electronics Computer Programming



3 3 3

3 3 3

3 3 3

3 3 3

3 3

[3]

3 3

[3]


For a candidate who is a student in one of the Mechanical Engineering Certificate Courses, the subjects and other work are as follows -

CERTIFICATE IN MECHANICAL ENGINEERING

PART-TIME.



The following two semesters are common to the MECHANICAL ENGINEERING TECHNICIAN, PRODUCTION TECHNICIAN and DESIGN OFFICE TECHNICIAN courses.

Semester 5 - Autumn

MEC310 MEC320 EEC300

Applied Mechanics I Engineering Drawing 11 Electrical Engineering *

Semester 6 - Spring

ME C310 Applied Mechanics I MEC320 MEC300

Engineering Drawing 11 Mechanical Engineering *

MEC119 MECHANICAL ENGINEERING TECHNICIAN

Semester 7 - Autumn


Fluid Mechanics and Heat Transfer Applied Mechanics II Drawing Office Practice I

Semester 8 - Spring


Fluid Mechanics and Heat Transfer Applied Mechanics II Drawing Office Practice I

Semester 9 - Autumn

TH REE Electives from the following -

EEC590 Computer Programming MEC433 Materials Testing MEC542 tt Process Plant MEC551 + Air Conditioning MEC552 + Thermal Plant MEC553 + Fuels Testing MEC570 tt Machine Control


3 3 3

3 3 3

3 3 3

3 3 3

[9]


TH REE Electives from the following -

EEC590 Computer Programming MEC433 Materials Testing MEC542 tt Process Plant MEC551 + Air Conditioning MEC552 + Thermal Plant MEC553 + Fuels Testing MEC570 tt Machine Control

MEC120 PRODUCTION TECHNICIAN

Semester 7 - Autumn


Materials Testing Applied Mechanics 11 Drawing Office Practice I

Semester 8 - Spring


Materials Testing Applied Mechanics 11 Drawing Office Practice I

Semester 9 - Autumn

MEC541 + MEC572 MEC573 +

Engineering Metallurgy Production Planning Metrology and Machine Tools


MEC541 + Engineering Metallurgy MEC572 Production Planning MEC573 + Metrology and Machine Tools

MEC121 DESIGN OFFICE TECHNICIAN

Semester 7 - Autumn


Drawing Office Practice I Applied Mechanics 11 Engineering Graphics

Semester 8 - Spring


Drawing Office Practice I Applied Mechanics 11 Engineering Graphics

Semester 9 - Autumn

CEC550 MEC580

MEC433 MEC572 SVC306

Structures Drawing Office Practice 11 and ONE Elective from the following -

Materials Testing Production Planning Engineering Surveying



[9]

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 3

(3]



CEC550 MEC580

MEC433 MEC572 SVC306

Structures Drawing Office Practice 11 and ONE Elective from the following -

Materials Testing Production Planning Engineering Surveying



3 3

[3]


For a candidate who is a student in the Surveying or Cartography Certificate Courses, the subjects and other work are as follows -

SVC122 CERTIFICATE IN CARTOGRAPHY

PART-TIME. All subjects extend over two semesters except those indicated{*) which are one semester subjects. Approx.

Semester 1 - Autumn MAC191 Mathematics I SVC422 Surveying for Cartographers SVC111 Drafting Practice I

Semester 2 - Spring

MAC191 Mathematics I SVC422 Surveying for Cartographers SVC111 Drafting Practice I

Semester 3 -Autumn MAC491 Mathematics 11 SVC529 Survey Computations CMC123 English

Semester 4 - Spring MAC491 Mathematics 11 SVC529 Survey Computations SVC243 Photogrammetry I *

Semester 5 -Autumn SVC343 Photogrammetry 11 SVC541 Spherical Trigonometry and Astronomy SVC211 Drafting Practice 11

Semester 6 Spring SVC343 Photogrammetry 11 SVC541 Spherical Trigonometry and Astronomy SVC211 Drafting Practice 11

Semester 7 - Autumn SVC540 Geodesy ESC143 + Geology for Cartographers OR ] SVC4 76 t t Geography for Cartographers ] SVC442 Map Projections

Semester 8 - Spring SVC540 Geodesy ESC143 + SVC476 tt SVC442

Geology for Cartographers OR ) Geography for Cartographers l Map Projections

Semester 9 -Autumn SVC513 Map and Plan Reproduction SVC571 Land Laws and Regulations SVC312 Cartographic Drafting

Semester 10 - Spring SVC513 Map and Plan Reproduction SVC571 Land Laws and Regulations SVC312 Cartographic Drafting


Formal Hrs/wk.

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3 3 3

3

3

3

3

3

3

3 3 3

3 3 3


SVC123 CERTIFICATE FOR SURVEYING TECHNICIAN

PART-TIME.



Semester 5 - Autumn SVC324 Surveying 11 SVC326 Computations 11 * SVC311 Survey Drafting Practice

Semester 6 - Spring SVC324 Surveying 11 SVC375 SVC311

Forestry * Survey Drafting Practice

Semester 7 - Autumn SVC428 Surveying 111 SVC443 SVC426

Aerial Surveying Survey Mathematics *

Semester 8 - Spring SVC428 Surveying 111 SVC443 Aerial Surveying

Semester 9 - Autumn SV C541 Spherical Trigonometry and Astronomy ESC119 Engineering Geology SVC540 Geodesy

Semester 10 - Spring SVC541 Spherical Trigonometry and Astronomy ESC119 Engineering Geology SVC540 Geodesy

Practical and Oral Test at the end of Semester 10.

Approx. Formal

Hrs/wk. 3 3 3

3 3 3

3 3 3

6 3

3 3 3

3 3 3

Continuing Education

182 Continuing Education

CONTINUING EDUCATION

Where the demand is indicated and there are sufficient enrolments, Departments conduct a number of specialist subjects for the development and continuing education of engineers and technicians.

1. SPECIAL COURSES

From time to time, intensive courses may be conducted in conjunction with professional associations to provide in depth study of specialist engineering topics. Several of these courses may be run as on-site in-service training courses rather than at the OIT.

Special Courses conducted at QIT include -

Asphaltic Pavements Workshop Concrete Construction Condition Monitoring and Maintenance of Mechanical Machines Construction Supervision Digital Electronics Energy Conservation Practice Engineering Drawing Seminar Hydraulic Systems Measurement and Control of Machine Noise Microprocessors Municipal Engineering Workshop Pneumatic Systems Prestressed Concrete Design Selection and Operation of Control System Hardware Stereoplotter Operators Course Strain, Balancing and Vibrations Structural Mechanics in Building Construction Tolerance Technology Traffic System Management

Intending students should contact the appropriate department to record their requirements and for details of any courses planned.

2. SPECIALIST SUBJECTS

A small number of vacancies are usually available in subjects of the Degree courses. These may be undertaken by suitably qualified persons. Due to the limited number of vacancies, enrolment nominations should be lodged as early as possible.

3. CIVIL ENGINEERING DEPARTMENT

(a) Professional Program

CES101 Special Subjects for Local Government Engineering -

Post tertiary subjects provided for persons wishing to proceed to registration by the Board of Examiners for Engineers to Local Authorities are -


Special Subjects - Two Semesters CES120 Municipal Planning

CES100 Power and Duties of a Municipal Engineer

Entrance Requirements -

Approx. Formal

Hrs/wk. 2Y,

(i) A student shall hold an approved tertiary qualification. OR (ii) Application may be made for consideration of special

cases not meeting this requirement for determination by the Head of the Department of Civil Engineering.

Students not having exemption for all other subjects of the Local Government Engineers Board may enrol as Unregistered Students to undertake suitable exempting undergraduate subjects. Particular subjects include -

CEB370 Public Health Engineering l CEB470 Public Health Engineering 11 CEB310 Highway and Traffic Engineering I CEB311 Highway and Traffic Engineering II

(b) Technician Program

CES102 Special Subjects for Local Government Overseer of Works -

A program of post technician studies is also provided for those wishing to extend their education by endorsement subjects or for registration as an Overseer of Works to Local Authorities.

These subjects are -

Special Subjects - Two Semesters CES101 Local Government Practice CES102 Municipal Engineering CES103 Civil Engineering Computing

Entrance Requirements -

Approx. Formal

Hrs/wk. 3 3 3

(i) A student shall have completed, or be completing in the year of study concerned, the course requirements of a recognised Certificate in Civil Engineering or approved equivalent.

OR (ii) A student not having successfully completed or being

sufficiently advanced upon a Certificate Course shall satisfy the following individual subject pre-requisites and co-requisites -

1. Local Government Practice CES101 Pre-requisite: CEC300 Civil Engineering I Co-requisite: CEC400 Civil Engineering II


2. Municipal Engineering CES102 Pre-requisites: MAC191 Mathematics I

MEC140 Engineering Materials I

Co-requisites: CEC300 Civil Engineering I CEC400 Civil Engineering 11 CEC502 Specifications and Estimates CEC501 Construction Principles

3. Civil Engineering Computing CES103 Pre-requisites: MAC191 Mathematics I

MAC491 Mathematics 11 Co-requisite: CEC300 Civil Engineering I

OR (iii) Application may be made for consideration of special

cases not meeting the above requirements for determination by the Head of the Department of Civil Engineering.

4. MECHANICAL ENGINEERING DEPARTMENT

(a) Course for Weights and Measures Cadets

This special course is conducted to qualify candidates for the classification of Weights and Measures Inspector. It consists of a series of subjects taken principally from the Associate Diploma in Mechanical Engineering with additional work in Administration and Office Procedures.

(b) Marine Engineering - Certificate Course Students

The Certificate courses in Mechanical Engineering have been assessed by the Australian Department of Transport for exemption purposes. Students who have been suitably trained for Marine Engineering and who have obtained Certificates, or have successfully completed certain sections of the Certificate Course, should, upon application to the Australian Department of Transport, be eligible under the existing regulations for exemption from some of that Department's examinations for Certificates of Competency.

The nature of the exemption which can be granted to students completing all or part of the courses for Mechanical, Production and Design Office Technicians is as follows -

COURSE EXEMPTION

Mechanical Technician Certificate

Five years (a) Including electives in Air

Conditioning and Thermal Plant

Five years (b) Excluding electives in Air

Conditioning and Thermal Plant

Four years (c) Completion of all of the

first four years of the course

Part A 2nd Class - All subjects Part A 1st Class - All subjects

Part A 2nd Class - Mathematics, Applied Mechanics and Drawing Part A 1st Class - Applied Mechanics

As for (b) above.

Production Technician and Design Office Technician Certificates

Completion of the first four years

All Courses

Completion of the first three years


Part A 2nd Class - Mathematics, Applied Mechanics and Drawing Part A 1st Class - Applied Mechanics

Part A 2nd Class - Mathematics, Applied Mechanics and Drawing.

The Queensland Institute of Technology has no control over requirements relating to sea going or trade experience and students wishing to follow a career in Marine Engineering are advised to direct their queries in this area to the Australian Department of Transport.

Note:

This Institute will not issue a Certificate entitled 'Marine Engineering' but will issue only the titles given above.

The exemptions indicated above are reviewed from time to time by the Australian Department of Transport and are awarded by that Department. This Institute is not obligated to alter its courses should Australian Department of Transport requirements change.

(c) Marine Engineering Associate Diploma Students

The Associate Diploma Courses in Mechanical Engineering have been assessed by the Australian Department of Transport for exemption purposes. Students who have been suitably trained for Marine Engineering and who have been awarded an Associate Diploma in Mechanical Engineering, which included the subjects as set out below, should, upon application to the Australian Department of Transport, be eligible under existing regulations for exemptions from some of that Department's examinations for Certificates of Competency.

The nature of the exemptions which can be granted are as follows -

COURSE

(a) Associate Diploma in Mechanical Engineering 2 years full-time including the subjects: MET852 Internal Combustion Plant MET853 Combustion and Air Pollution

EXEMPTION

Part A 2nd Class. All subjects. Part A 1st Class. All subjects.


(b) Associate Diploma in Mechanical Engineering 4 years part-time including the subjects: M ET552 Refrigeration MET560 Fluid Mechanics and Heat Transfer I MET651 Air Conditioning MET660 Fluid Mechanics and Heat Transfer 11 MET751 Steam Plant MET852 Internal Combustion Plant MET853 Combustion and Air Pollution

Part A 2nd Class. All subjects. Part A 1st Class. All subjects.

The Queensland Institute of Technology has no control over requirements relating to sea-going or trade experience and students wishing to follow a career in Marine Engineering are advised to direct their queries in this area to the Australian Department of Transport.

Note:

The Institute will not issue an award entitled 'Marine Engineering' but will issue only the title given above.

The exemptions indicated above are reviewed from time to time by the Australian Department of Transport and are awarded by that Department. This Institute is not obliged to alter its courses should Australian Department of Transport requirements change.

Pre-requisites and Co-requisites

188 Pre- and Co- requisites

SCHEDULE OF SUBJECTS WITH PRE-REO.UISITES AND CO-REO.UISITES

(a) A Pre-requisite is a unit which must be passed before proceeding with a further unit for which it is a pre-requisite.

(b) A Co-requisite is a unit which, if not previously passed, must be studied concurrently with another unit with which it is a co-requisite.

(c) A Repeat-requisite (denoted by the post script [R]) is a unit which can satisfy either a pre- or co-requisite requirement by the student having attempted all assessments when registered for the unit. If failed, the repeat-requisite must be repeated at the first opportunity.

(d) Subjects not listed have no pre- or co-requisites other than normal course entry requirements.

GRADUATE DIPLOMA IN ENVIRONMENTAL ENGINEERING

Subject Pre-requisite Co-requisite

CEP270 Air Pollution CHP144 Environmental Chemistry

BEP289 Biology and Water BEP180 Environmental CHP144 Environmental Quality Control Science Chemistry

CEP375 Industrial Liquid CHP144 Environmental CEP273 Water Quality Wastes Chemistry Engineering 11

CEP172 Water Quality Engineering I

CEP377 Pollution CEP172 Water Quality Monitoring Engineering I

BEP289 Biology and Water Quality Control

CHP144 Environmental Chemistry

CEP361 Urban Drainage CEP272 Hydrology

CEP378 Water Resources CEP272 Hydrology Development

CEP273 Water Quality CEP172 Water Quality Engineering 11 Engineering I

CEP274 Water Quality CEP273 Water Quality Engineering 111 Engineering 11

Pre- and Co- requisites 189

GRADUATE DIPLOMA IN AUTOMATIC CONTROL Subject Pre-requisite Co-requisite

EEP104 Linear Control EEP102 Linear Control Theory II Theory I [R]

EEP105 Automatic EEP102 Linear Control Control Theory I [R]

EEP106 Analysis & Design E EP104 Linear Control of Systems I Theory II [R]

EEP108 Sampled Data EEP104 Linear Control Control Systems Theory II [R]

EEP109 Analysis & Design E EP104 Linear Control of Systems 11 Theory 11 [R]

EEP110 Micro Computer EEP103 Computer Control Control [R]

EEP111 Optimization and EEP104 Linear Control Extremum Theory II [R] Control

BACHELOR OF ENGINEERING - CIVIL Subject Pre-requisite Co-requisite

MEB110 Applied MAB191 Prep. Maths. Mechanics CEB182 Str. of Matis.

CEB430 Building Const. SEB101 Engineering I CEB291 Civil Eng. Materials I

PHB131 Eng. Physics I

CEB200 Civil Engineering CEB252 Structural Design I Engineering I

CEB304 Civil Engineering CEB241 Soil CEB330 Concrete Tech. Design llA Mechanics IB[R] and Design

CHB244 Applied MAB791 Eng. Maths. V Chemistry [R] CEB291 Civil Engineering

MAB491 Eng. Maths 111 [R] Materials I MEB120 Eng. Drawing I CEB252 Structural

Engineering I CEB240 Soil

Mechanics.IA rRJ

CEB405 Civil Engineering CEB340 Geomechanics I CEB440 Foundation Eng. Design lllA CEB304 Civil Engineering CEB470 Public Health

Design llA Engineering 11 CEB330 Concrete Tech. CEB311 Highway and

and Design Traffic Eng. 11 CEB352 Structural CEB460 Hydraulic

Engineering 11 Engineering 11 PHB131 Engineering CEB305 Const. Mgmt.

Physics I & Economics

CEB291 Civil Engineering CHB244 Applied Chem. Materials I MEB132 Engineering

Materials and Processes

CEB521 Civil Engineering CEB210 Road Engineering CEB305 Const. Mgmt. Systems CEB304 Civil Eng. and Economics

Design llA [R l CEB370 Public Health CEB310 H'way and Traffic Engineering I

Engineering I BEB506 Basic Ecology



CEB360 Hydraulic Engineering I [R]

MAB791 Eng. Maths V CEB291 Civil Engineering

Materials I [R] CEB260 Fluid Mechanics I

CEB561 Coastal CEB240 Soil Mechanics IA CEB460 Hydraulic Engineering SEB101 Engineering I Engineering 11

PHB131 Eng. Physics I CEB241 Soil Mechs. I B

CEB530 Concrete Design CEB330 Concrete Tech. CEB304 Civil Engineering and Design* Design llA

CEB291 Civil Engineering Materials I [R]

CHB244 Applied Chem. SEB102 Engineering II PHB131 Eng. Physics I

CEB330 Concrete Tech. CEB200 Civil Engineering and Design Design I

CEB252 Structural Engineering I [R]

MAB492 Engineering Maths IV [R]

CEB280 Strength of Materials 111

SEB102 Engineering 11 [R] SEB101 Engineering I MAB192 Engineering

Maths II

CEB500 Construction CEB210 Road CEB305 Construction Engineering Engineering [R] Management

CEB370 Public Health and Economics Engineering I [R] BEB506 Basic Ecology

CEB241 Soil Mechs. I B CEB260 Fluid Mechs. I

CEB305 Construction SEB102 Engineering 11 CEB200 Civil Engineering Management and SEB101 Engineering I Design I Economics

CEB401 Design Project CEB210 Road Engineering CEB440 Foundation Eng. CEB305 Const. Mgmt. CEB470 Public Health

and Economics Engineering 11 CEB304 Civil Engineering CEB403 Professional

Design llA Practice CEB330 Concrete Tech. CEB460 Hydraulic

and Design Engineering 11 CEB310 Highway and

Traffic Eng. I BEB506 Basic Ecology [R] CEB291 Civil Engineering

Materials I SVB422 Surveying 11 MEB132 Eng. Materials

and Processes PHB131 Eng. Physics I CEB361 Hydrology

MEB132 Eng. Materials MEB120 Eng. Drawing I and Processes



MAB192 Eng. Maths 11 MAB191 Preparatory Maths.

MAB491 Eng. Maths 111 MAB192 Eng.Maths II [Al MAB492 Eng. Maths JV MAB192 Eng.Maths II [R] MAB791 Eng. Maths V MAB491 Eng.Maths Ill [R]

MAB492 Eng. Maths IV [R] MAB192 Eng. Maths 11

MAB792 Eng. Maths VI MAB192 Eng. Maths 11 MAB491 Eng.Maths Ill [R] MAB492 Eng. Maths IV [R J

PHB131 Eng. Physics I MAB191 Prep. Maths MAB192 Eng. Maths 11

CEB570 Environmental CEB470 Public Health Engineering A Engineering 11

CEB571 Environmantal CEB370 Public Health BEB506 Basic Ecology Engineering B Engineering I

CEB404 Field Trip CEB210 Road Engineering CEB430 Building Const. CEB305 Const. Mgmt. and CEB340 Geomechanics I

Economics [R] CEB361 Hydrology CEB304 Civil Engineering CEB310 H'way & Traffic

Design llA Engineering I CEB370 Public Health CEB330 Concrete Tech.

Engineering I [R] and Design MAB792 Eng. Maths VI ESB519 Geology CEB360 Hydraulic Eng. I MAB791 Eng. Maths V BEB506 Basic Ecology CEB291 Civil Engineering

Materials I SVB422 Surveying 11 MEB132 Eng. Materials &

Processes PHB131 Eng. Physics I

CEB260 Fluid Mechanics I CEB182 Strength of MAB491 Eng. Maths 111 Materials

MAB192 Eng. Maths 11 CEB440 Foundation MAB192 Eng. Maths 11 CEB340 Geomechanics I

Engineering CEB340 Geomechanics I CEB241 Soil Mechs. IB ESB519 Geology

CEB240 Soil Mechs. IA MAB191 Prep. Maths

CEB540 Geomechanics 11 CEB440 Foundation Engineering [R]

ESB519 Geology PHB131 Eng. Physics I

CEB510 H'way, Bridge & MAB792 Eng. Maths VI CEB311 H'way & Traffic Traffic Eng. CEB310 H'way & Traffic Engineering 11

Engineering I CEB260 Fluid Mechs. I CEB241 Soil Mechs. IB CHB244 Applied Chem. CEB240 Soil Mechs. IA PHB131 Eng. Physics I

CEB310 H'way & Traffic SVB322 Surveying I CEB210 Road Eng. Engineering I SEB102 Engineering 11 MAB791 Eng. Maths V

SEB101 Engineering I MAB491 Eng. Maths 111



CEB311 H'way & Traffic MAB792 Eng. Maths VI [R] CEB310 H'way & Traffic Engineering II CEB210 Road Engineering Engineering I

MAB791 Eng. Maths V ESB519 Geology CEB291 Civil Eng.

Materials I CEB241 Soil Mechs. IB [R] CEB240 Soil Mechs. IA [R]

CEB360 Hydraulic Eng. I MAB492 Eng. Maths IV CEB260 Fluid Mechs. I MAB491 Eng. Maths 111

CEB460 Hydraulic Eng.I I MAB792 Eng. Maths VI CEB361 Hydrology CEB360 Hydraulic Eng. I MAB791 Eng. Maths V

CEB361 Hydrology CEB260 Fluid Mechs. I MAB792 Eng. Maths VI CEB360 Hydraulic Eng.I MAB791 Eng. Maths V

CEB403 Professional CEB305 Construction Practice Management

and Economics CEB304 Civil Engineering

Design llA CEB491 Project CEB304 Civil Engineering CEB440 Foundation

Design llA Engineering CEB361 Hydrology CEB470 Public Health CEB330 Concrete Tech. Engineering

and Design CEB311 H'way & Traffic BEB506 Basic Ecology Engineering 11 CMB109 Technical CEB403 Professional

Communication Practice SVB422 Surveying 11 CEB460 Hydraulic MEB132 Eng. Matis. & Engineering 11

Processes PHB131 Eng. Physics I

CEB370 Public Health CHB244 Applied Chem. Engineering I

CEB4 70 Public Health CEB370 Public Health BEB506 Basic Ecology Engineering 11 Engineering I

CEB210 Road Engineering SVB322 Surveying I [R] SVB422 Surveying 11 CEB182 Strength of MAB492 Eng. Maths IV

Materials SEB101 Engineering I

CEB490 Seminars CMB109 Technical Comm. CEB305 Const. Mgmt. and Economics

CEB240 Soil Mechs. IA CEB182 Strength of Matis. MAB192 Eng. Maths 11 CEB241 Soil Mechs. I B CEB240 Soil Mechs. IA

CEB550 Finite Element CEB352 Structural Methods Engineering 11

MAB792 Eng. Maths VI MAB791 Eng. Maths V SEB102 Engineering II PHB131 Eng. Physics I CEB252 Structural Eng. I CEB280 Strength of

Materials 111

Pre- and co- requisites 193


CEB552 Advanced CEB352 Structural Eng.I I Structural MAB792 Eng. Maths VI Analysis MAB791 Eng. Maths V

PHB131 Eng. Physics I

CEB551 Structural Design CEB340 Geomechanics I CEB440 Foundation Eng. CEB330 Concrete Tech. CEB311 H'way & Traffic

and Design Engineering I CEB352 Structural Eng.I I CEB305 Const. Mgmt. MAB792 Eng. Maths VI and Economics CEB360 Hydraulic Eng. I CEB304 Civil Engineering PHB131 Eng. Physics I Design llA CEB210 Road CEB370 Public Health

Engineering [Rl Engineering I CEB361 Hydrology BEB506 Basic Ecology

CEB252 Structural MEB110 Applied Mechs. CEB280 Strength of Engineering I Materials 111

MAB491 Eng. Maths Ill

CEB352 Structural CEB252 Structural MAB791 Eng. Maths V Engineering 11 Engineering I [R]


SEB102 Engineeringll [R] CEB182 Strength of PHB131 Eng. Physics I

Materials MAB191 Prep. Maths

CEB280 Strength of CEB182 Strength of MEB110 Applied Mechs. Materials 111 Materials MEB132 Eng. Matis. and

Processes MAB192 Eng. Maths 11

SVB422 Surveying 11 SVB322 Surveying I MAB191 Prep. Maths

SVB433 Surveying 111 SVB422 Surveying 11 SVB322 Surveying I

CMB109 Technical CMB108 English for Communication Technologists

CEB520 Transportation MAB792 Eng. Maths VI CEB311 H'way & Traffic Engineering CEB310 H'way & Traffic Engineering 11

Engineering I CEB260 Fluid Mechs. I CEB241 Soil Mechs. IB CHB244 Applied Chem. CEB240 Soil Mechs. IA PHB131 Eng. Physics I

CEB560 Water CEB361 Hydrology CEB460 Hydraulic Eng. I Engineering PHB131 Eng. Physics I

CEB210 Road Engineering [R]

CEB370 Public Health Engineering I [R]

194 Pre- and Co-requisites

BACHELOR OF ENGINEERING - ELECTRICAL


EEB737 Antennas EEB636 Transmission& Propagation I [R]

EEB577 Applied EEB370 Semi-conductor Electronics I Electronics [ R]

EEB477 Electronics [RJ

EEB677 Applied EEB477 Electronics [ R] EEB510 Linear Systems Electronics 11 EEB460 Communication Analysis [R]

Theory I [R] EEB577 Applied

Electronics I [R]

EEB979 Applied EEB677 Applied Electronics 111 Electronics II [R]

MAB295 Applied Maths. MAB192 Eng. Maths 11

MEB110 Applied Mechs. MAB191 Prep. Maths. CEB182 Strength of

Materials

EEB948 Communication EEB636 Transmission & EEB566 Communication Systems Propagation 11 Theory 111 [R]

[R]

EEB460 Comm. Theory I MAB491 Eng. Maths 111 [R]

EEB566 Comm. Theory 11 EEB460 Comm. Theory I [R]

EEB666 Comm. Theory Ill EEB477 Electronics [ R] EEB460 Com. Theory I [R] EEB566 Comm. Theory

II [R]

EEB991 Comp. & EEB520 Control Eng. I [R] Simulation EEB620 Control Eng. 11 [ R]

EEB520 Control Eng. I EEB320 Measurement & lnstrumen. [R]

EEB405 Electrotech. 11 [ R]

EEB620 Control Eng. 11 EEB520 Control Eng. I [R] EEB510 Linear Systems

Analysis [R]

EEB921 Control Eng. IV EEB520 Control Eng. I EEB726 industrial EEB620 Control Eng. 11 Control I [ R]

EEB826 Industrial Control II [R]

EEB977 Digital Tech. I EEB967 Digital Comm. EEB566 Comm. Theory EEB677 Applied II [R]

Electronics II EEB666 Comm. Theory Ill [R]

EEB978 Digital Tech. II EEB977 Digital Tech. [R]

EEB581 Elec. Design I EEB305 Electrotech. I [ R] EEB405 Electro tech. 11 EEB315 Elec. Eng. [R] (R]

EEB681 Elec. Design 11 EEB477 Electronics [R] EEB677 Applied EEB520 Control Eng. I [ R] Electronics 11

[R]



EE8782 Elec. Design 111 EE8551 Elec. Power EEB741 Power System Plant I [R] Analysis [R]

EEB651 Elec. Power Plant 11 [R]

EE8531 Elec. Power Trans. [R]

EE8520 Control Eng. I [R] EEB620 Control Eng. 11 [R]

EE8783 Elec. Design IV EEB551 Elec. Power EE8741 Power System Plant I [R] Analysis [R] **

EE8651 Elec. Power ( EE8726 Industrial Plant 11 [R] ( Control I [R] **

EE8520 Control Eng. I ( EE8826 Industrial [R) Control II [R]

EE8620 Control EE8751 Elec. Power Eng. II [R] Plant Ill [R]**

EE8315 Electrical Eng. SE8101 Eng. I [R] SEB102 Eng. II [R]

EEB551 Elec. Power EEB305 E lectrotech. I [ R] Plant I EE8315 Elec. Eng. [R]

EEB651 Elec. Power EEB305 Electrotech. I [R] Plant 11 EE8405 Electrotech. II [R]

EE8315 Elec. Eng. [R]

EEB751 Elec. Power EE8551 Elec. Power EEB741 Power System Plant 111 Plant I [R] Analysis [R)

EEB651 Elec. Power Plant II [R]

EE8531 Elec. Power Trans [R]

EE8952 Elec. Power E E8551 Elec. Power EE8741 Power System Plant IV Plant I [R] Analysis [R]

EEB651 Elec. Power EEB751 Elec. Power Plant II [RJ Plant Ill [R]

EEB941 Elec. Power EEB741 Power System Systems Analysis [R]

EE8751 Elec. Power Plant Ill [R]

EE8531 Elec. Power EE8405 Electrotech.I [R] Trans. EE8315 Elec. Eng. [R]

EEB586 Electronic EEB510 Linear Systems Design I Analysis [ R]

EE8577 Applied Elec-tronics I [R]

EEB686 Electronic EEB586 Electronic Design 11 Design I [R]

EE8786 Electronic EE8586 Elec. Design I [R] EEB677 Applied Elec-Design 111 EEB686 Elec. Des. 11 [R] tronics 11 [R]

EEB610 Syst. & Net. EEB666 Com. Theory 111 Analysis [R] [R]

EEB886 Electronic EEB786 Electronic EE8737 Antennas [R] Design IV Design 111 [R] EE8837 Microwave

Systems [R]

EEB477 Electronics EEB370 Semi-conductor EE8315 Electrical Electronics [ R] Engineering [R]

Any two of these requirements must be satisfied.

196 Pre- and co- requisites


EEB305 Electrotech. I EEB150 Elec. Tech. [R] MAB192 Eng.Maths 11 [R] SEB101 Engineering I [R]

EEB405 E lectrotech. 11 E EB150 Elec. Tech. [R] EEB305 Electrotech .I [R] SEB101 Engineering I [R]

MEB132 Eng. Matis.& Proc. MEB120 Eng. Drawing I

MAB192 Eng. Maths 11 MAB191 Prep. Maths

MAB491 Eng. Maths 111 MAB192 Eng. Maths 11 [R]

MAB492 Eng. Maths IV MAB192 Eng. Maths II [R]

MAB791 Eng. Maths V MAB192 Eng. Maths 11 MAB491 Eng. Maths Ill [R] MAB492 Eng. Maths IV [R]

MAB792 Eng. Maths VI MAB192 Eng. Maths 11 MAB491 Eng.Maths Ill [R] MAB492 Eng. Maths IV [R]

PHB131 Eng. Physics I MAB191 Prep. Maths MAB192 Eng. Maths II

PHB330 Eng. Physics 111 PHB131 Eng. Physics I [R] MAB192 Eng. Maths 11 [R]

EEB430 Field Theory PHB131 Eng. Physicsl[R] MAB491 Eng. Maths 111 [R]

EEB951 HV Power EEB551 Elec. Power EEB741 Power System Plant Plant I [R] Analysis [R]

EEB651 Elec. Power EEB751 Elec. Power Plant II [R] Plant Ill [R]

EEB531 Elec. Power Trans [R]

MEB477 Industrial SEB101 Engineering I Administration

EEB726 Industrial EEB520 Control Control I Engineering I [R]

EEB620 Control Engineering II [R]

EEB610 Systems and Network Analysis [R]

EEB826 Industrial EEB520 Control Control II Engineering I [R]

EEB620 Control Engineering 11 [R]

EEB610 Systems and Network Analysis [R]

ME8470 Industrial MAB791 Eng. Maths V Engineering

MEB350 Industrial Plant EEB305 Electrotech.I [R] EEB405 Elect rotech. 11

[R] SEB101 Engineering I MEB132 Eng. Materials

and Processes

EEB942 Industrial EEB520 Control MEB350 Industrial Systems I Eng. I [R] Plant [R]

EEB620 Control Eng. II [R]

Subject

EEB943 Industrial Systems II

EEB510 Linear Systems Analysis

EEB320 Measurement & Instrumentation

EEB953 Measurement & Protection

EEB837 Microwave Systems

EE8741 Power System Analysis

EEB781 Project


Pre-requisite

EEB520 Control Engineering I [RI

EEB620 Control Eng. II [RI

EEB315 Elec. Eng. [RI SEB102 Engineering 11 [R]

Co-requisite

MEB350 Industrial Plant [RI

EEB150 Elec. Tech. [RI PH8131 Engineering Physics I [RI SEB101

EEB551

EEB651

Engineering I [RI

Elec. Power Plant I [RI

Elec. Power Plant 11 [RI

EEB737 Antennas [RI

EEB531 Elec. Power Trans. [RI

EE8741 Power System Analysis [RI

EEB751 Elec. Power Plant Ill [R]

EEB551 Elec. Power Plant I [RI

EEB651 Elec. Power Plant II [RI

EEB751 Elec. Power Plant Ill [RI

(Power & Control) EEB741 PowerSystem

Analysis [R] ** EEB726 Industrial

Control I [R] ** EEB826 Industrial

Control II [RI EEB751 Elec. Power

Plant Ill [R]**

EE8787 Project (E & C) EEB677

EEB666

Applied ( EEB737 Electronics II** ( EEB837

Comm. Theory ( 111 ** EE8786

Antennas [R]** Microwave Systems [RI Electronic Design 111 [R]

EEB949 Radio Navigation EEB566 Communication EE8737 Antennas [R]

EEB370

EEB785

EEB785

and Radar Theory 11 [R]

Semiconductor Electronics

Seminar (E & C)

Seminar (P& C)

EEB636 Transmission & Propagation 11 [R]

EEB150 SEB101

EEB677

EEB666

Elec. Tech. [RI Engineering I [R]

Applied Elec- ( EEB737 tronics II** ( EEB837

Communication ( Theory 111 ** EE 8786

EEB741

( EEB726 ( ( EEB826 (

EEB751

** Any two of these requirements must be satisfied.

Antennas [R] ** Microwave Systems [R] Electronic Design Ill [RI

Power System Analysis [RI**

Industrial Control [R] ** Industrial Control 11 [R] Elec. Power Plant 111 [R] **


Subject

CEB182

EEB610

EEB536

EEB636

Subject

MEB450

MAB295

MEB110

EEB721

MEB480

EEB354

E EB554

MEB132

MEB230

MEB231

MEB331

MAB192

MAB491

MAB492

MAB791

Strength of Materials

Pre-requisite

Systems & EEB510 Linear Systems NetworkAnalysis Analysis [R]

Trans. & Prop. I EEB430 Field Theory [R]

Trans. & Prop. 11 EEB536 Trans. & Prop. I [R]

Co-requisite

PHB131 Eng. Physics I MAB191 Prep. Maths.

BACHELOR OF ENGINEERING MECHANICAL Pre-requisite Co-requisite

Air Conditioning MEB251 Thermo-dynamics IB

Applied Maths. MAB192 Eng. Maths 11 Applied Mechs. MAB191 Prep. Maths

CEB182 Str. of Materials

Automatic MEB110 Applied Mechs. Control Systems EEB554 Electrical Eng.

Ills [R] Design Analysis MEB280 Mech. Design II for Prod.

Elec. Eng. I ls EEB150 Elec. Tech. [R] SEB101 Engineering I [R]

Elec. Eng. Ills EEB354 Elec. Eng. lls [R]

Eng. Materials & MEB120 Eng. Drawing I Processes

Eng. Matis llA MEB132 Eng. Materials & Processes

Eng. Matis I IB MEB132 Eng. Materials & Processes

Eng. Matis 111 MEB230 Eng. Matis I IA MEB231 Eng. Matis I IB

Eng. Maths 11 MAB191 Prep. Maths

Eng. Maths 111 MAB192 Eng. Maths 11 [R]

Eng. Maths IV MAB192 Eng. Maths II [R]

Eng. Maths V MAB192 Eng. Maths 11 MAB491 Eng.Maths Ill [R] MAB492 Eng. Maths IV [R]

MAB792 Eng. Maths VI MAB192 Eng. Maths 11 MAB491 Eng. Maths 111 [R] MAB492 Eng. Maths IV [R]

PHB131 Eng. Physics I MAB191 Prep. Maths MAB192 Eng. Maths 11

PHB330 Eng. Physics 111 PHB131 Eng. Physics I [R] MAB192 Eng. Maths 11 [R]

MEB370 Engineering MEB132 Eng. Materials MEB230 Eng. Matis. llA Processes 11 & Processes MEB231 Eng. Matis. llB

MEB170 Workshop Practice

MEB440 Fluid Control SEB101 Engineering I MEB360 Fluid Mechs. & Circuit Design EEB354 Elec. Eng. I ls Heat Transfer

MEB461 Fluid MEB360 Fluid Mechs. & Mechanics 11 Heat Transfer

MEB360 Fluid Mechanics MEB110 Applied Mechanics & Heat Transfer



EEBB26 Industrial EEB721 Automatic Control II Control

Systems [R]

MEB470 Industrial Eng. MA8791 Eng. Maths V MEB400 Industrial MEB470 Industrial Eng.

Visits

MEB311 Machine Frame MEB211 Theory of MEB310 Stress Analysis Analysis Machines

MEB210 Vibrations I MAB492 Eng. Maths IV

MEB472 Manufacturing MEB370 Eng. Processes 11 Technology

MEB339 Materials & MEB230 Eng. Matis. I IA Processes MEB231 Eng. Matis. 11 B Project

MEB280 Mech. Design 11 SEB102 Engineering II MEB120 Eng1 Drawing I CE8182 Strength of Matis.

MEB380 Mech. Design 111 MEB280 Mech. Design II MEB360 Fluid Mechs. & Heat Transfer

MEB221 Theory of Machines

MEB489 Mech. Design MEB380 Mech. Design Ill MEB311 Machine Frame Project Analysis

MEB410 Metal Working MAB792 Eng. Maths VI Processes

MEB471 Metrology MEB132 Eng. Materials ME8370 Eng. Processes 11 & Processes

MEB451 Power Plant MEB251 Thermo-dynamics 18

MEB409 Project MEB339 Materials & MEB489 Mech. Design Processes Project Project

CEB182 Strength of PHB131 Eng. Physics I Materials MAB191 Prep. Maths.

CEB280 Strength of MAB191 Prep. Maths. MEB110 Applied Mechs. Materia Is 111 CEB182 Strength of MEB132 Eng. Matis. &

Materials Processes MEB310 Stress Analysis MAB492 Eng. Maths IV


CMB109 Technical CMB108 English for Communication Technologists

MEB211 Theory of MEB110 Applied Mechs. Machines CEB182 Strength of

Materials MEB250 Thermo- MAB192 Eng. Maths 11

dynamics IA SEB101 Engineering I MEB210 Vibrations I ME8110 Applied Mechs.

MAB192 Eng. Maths 11 MEB312 Vibrations 11 MEB210 Vibrations I MAB792 Eng. Maths VI


BACHELOR OF APPLIED SCIENCE - SURVEYING Subject

MAB797 Applied Stats. for Surveyors

SVB614 Cartographic Practice

CEB364 Eng. Science II

CEB504 Eng. Science 111

SVB663 Land Devlpmt. Practice

SVB226 Land Surv. II

SVB332 Land Surv. Ill

SVB430 Land Surv. IV

SVB544 Land Surv. V

SVB631 Land Surv. VI

SVB343 Photogrammetry I

SVB443 Photogrammetry 11

PH B170 Physics for Surveyors

SVB560 Regional & Urban Ping. 11

MAB495 Survey Maths II

MAB795 Survey Maths Ill

SVB630 Surv. Practice

Pre-requisite Co-requisite

MAB495 Survey Maths II [R]

MAB199 Survey Maths I [R]

SVB560 Regional & Urban Planning II [R]

SVB430 Land Surveying IV [RI

MEB221 Eng. Science I [R]

CEB364 Eng. Science 11 [R]

SVB121 Land Surv. I [R] MAB199 Survey Maths I [R]

SVB121 Land Surv. I [R] MAB495 Survey Maths II [RI

MAB797 Applied Stats. [R] EEB190 Computer

Programming [RI MAB795 Survey Maths

Ill [R] SVB430 Land Surveying

IV [RI

SVB430 Land Surv. IV[RI SVB544 Land Surveying V [R]

SVB343 Photogrammetry I [RI

SVB450 Regional & Urban Ping. I [R]

MAB199 Survey Maths I [R]

MAB495 Survey Maths II [R]

PHB 170 Physics for Surveyors [RI

MAB795 Survey Maths 111 [R]

MAB199 Survey Maths I [RI

SVB544 Land Surv. V [R] SVB631 Land Surveying VI [RI

SVB531 Surv. Practice I MAB797 Applied Stats. SVB544 Land Surv. for Surveyors [R] V [R]

SVB443 Photo-grammetry 11 [R]

SVB332 Land Surv. 111 [R] SVB637 Surv. Practice II SVB430 Land Surv. IV SVB631 Land Surv. VI

[R] [R] SVB544 Land Surv. V [R]

SPECIAL SUBJECTS FOR LOCAL GOVERNMENT ENGINEERING

CES100 Powers & Duties CEA680 Civil Engineering of a Municipal Design * Engineer

CES102 Municipal Planning

CEA430 Concrete Technology *

CEA545 Soil Mechanics *

CEA615 H'way & Bridge Engineering *

* Or equivalent subject as determined by the Head of Department of Civil Engineering.


ASSOCIATE DIPLOMA IN ENGINEERING - CIVIL


CET796 Civil Engineering EET790 Computer Computing Programming I

MET521 Civil Eng. Dwg. I MET120 Eng. Dwg. I CET195 Civil Eng. I MET220 Eng. Dwg. II

MET522 Civil Eng. MET521 Civil Eng. Dwg. I Drawing IA

MET721 Civil Eng. MET120 Eng. Dwg. I CET195 Civil Eng. I Drawing II MET220 Eng. Dwg. II

MET722 Civil Eng. MET721 Civil Eng. Dwg.11 Drawing llA

MET821 Civil Eng. MET521 Civil Eng. Dwg.I Drawing 111 MET721 Civil Eng. Dwg.11

CET894 Computations A SVT306 Eng. Surv. I [R) CET304 Construction Practice lllA

CET635 Concrete Eng. MET140 Eng. Materials I CET596 Matis. Spec. & Control

CET555 Structural Eng.

CET807 Construction CET605 Const. Prac. I Management CET708 Spec.& Estimates

CET605 Const. Prac. I CET645 Soil Mechanics I

CET104 Const. Prac.IA CET195 Civil Eng. I

CET705 Const. Prac. 11 CET605 Const. Prac. I

CET204 Const. Prac.l IA CET195 Civil Eng. I CET135 Strength of

Materials

CET805 Const. Prac.111 CET605 Const. Prac. I

CET304 Const. Prac. 1 llA CET104 Const. Prac. IA CET555 Structural Eng. CET204 Const. Prac. I IA

CET806 Const. Prac. IV MET140 Eng. Matis I CET605 Const. Prac. I CET596 Matis. Specific.

and Control

CET706 Contract CET708 Specifications Administration & Estimates

MET822 Drawing Office MET521 Civil Eng. Dwg.I Practice (Civil) MET721 Civil Eng. Dwg.11

MET121 Eng. Dwg. IA MET120 Eng. Dwg. I MET221 Eng. Dwg. I IA MET220 Eng. Dwg. II

MET720 Eng. Graphics MET120 Eng. Dwg. I MET220 Eng. Dwg. II EET790 Computer

Programming I SVT506 Eng. Surv. 11 CET195 Civil Eng. I

SVT306 Eng. Surv. I CET465 Fluid Mechs. MET210 Applied Mechs. I CET808 Job Organisation CET605 Const. Prac. I CET809 Local Govt. MET140 Eng. Materials I CET596 Matis. Spec.

Practice and Control SVT507 Mapping & CET195 Civil Eng. I

Photogrammetry SVT306 Eng. Surv. I



CET596 Matis. Spec. CET195 Civil Eng. I MET140 Eng. Matis I & Control

CET597 Matis. Spec. MET140 Eng. Materials I CET596 Matis. Spec. & & Control A Control

CET707 Municipal Eng. MET140 Eng. Materials I CET596 Matis. Spec. & Control

CET895 Project Must be studied in last semester of course before completion of qualification

CET775 Pub. Health Eng. CET195 Civil Eng. I

CET815 Road Location SVT306 Eng. Surv. I CET645 Soil Mechs. I and Design MET521 Civil Eng. Dwg.I

EET790 Computer Programming I

CET645 Soil Mechs. I MET210 App. Mechs. I EST219 Eng. Geology CET195 Civil Eng. I

CET745 Soil Mechs. 11 CET645 Soil Mechs. I CET135 St. of Matis.

CET708 Specifications & CET195 Civil Eng. I Estimates

CET135 St. of Matis. MET210 Applied Mechs. I MET310 Applied Mechs.11

CET755 Structural CET135 St. of Matis. CET555 Struct. Eng. Design MET310 App. Mechs. 11

CET555 Structural MET310 App. Mechs. 11 [R] Engineering CET135 St. of Matis. [R]

MET210 App. Mechs. I [R] CET195 Civil Eng. I

CET835 Tectonics MET310 App. Mechs. 11 MET721 Civil Eng. Dwg.11 CET555 Struct. Eng.

CET866 Water Engineering CET465 Fluid Mechanics CET195 Civil Eng. I MET210 App. Mechs I [R]

ASSOCIATE DIPLOMA IN ENGINEERING - ELECTRICAL Subject Pre-requisite Co-requisite EET661 A.C. Plant EET310 A.C. Theory [R]

EET400 Elec. Eng. [R] EET310 A.C. Theory EET110 D.C. Theory I [R] EET678 Applied EET310 A.C. Theory

Electronics EET470 Electronics I

EET866 Communication EET566 Telecoms. [R] EET310 A.C. Theory Techniques I EET470 Electronics I

EET666 Comm. Theory I EET310 A.C. Theory [R] EET566 Telecomns.

EET766 Comm. Theory 11 EET566 Telecoms. [R l EET310 A.C. Theory

EET621 Control EET310 A.C. Theory [R] EET521 Instrumentation Theory I & Control

EET210 D.C. Theory 11 EET110 D.C. Theory I

EET822 Digital Control EET310 A.C. Theory Systems EET470 Electronics I

EET676 Digital EET470 Electronics I [R] Electronics

EET400 Elect. Eng. EET110 D.C. Theory I [R] EET210 D.C. Theory 11 [R]



MET123 Elect. Eng. MET120 Eng. Drawing I Dwg. IA

MET223 Elec. Eng. MET120 Eng. Dwg. I [R] MET220 Eng. Dwg. 11 Drawing llA

EET551 Electrical EET310 A.C. Theory [R] Machinery EET400 Elec. Eng. [R]

EET642 Elec. Power EET310 A.C. Theory Systems I EET400 Elec. Eng.

EET641 Elec. Power EET310 A.C. Theory [R] Utilisation I EET400 Elec. Eng. [R)

EET643 Elec. Protection I EET310 A.C. Theory EET400 Elec. Eng.

EET851 Elec. Testing EET310 A.C. Theory EET400 Elec. Eng.

EET470 Electronics I EET110 D.C. Theory I [R] EET210 D.C. Theory II [R]

EET577 Industrial EET470 Electronics I Electronics

EET529 Instrument EET310 A.C. Theory [R] Practice A

EET521 Instrumentation EET310 A.C. Theory [R] & Control MET310 App. Mechs.11 [R]

EET677 Integrated EET310 A.C. Theory [R] Circuits EET470 Electronics I [R]

EET823 Process Control EET521 Instrumentation EET400 Electrical Eng. Systems & Control [R]

MET200 Mech. Eng.

EET566 Telecoms. EET310 A.C. Theory [R]

EET536 Transmission EET310 A.C. Theory [R) EET566 Telecomms. Lines I

EET637 Wave Propagation EET566 Telecoms.[R] EET310 A.C. Theory EET309 Workshop EET400 Elec. Eng. [R]

(Elec.) lllA

EET409 Workshop EET470 Electronics I (Elec.) IVA

MET475 Workshop MET175 Workshop {Mech.) II IA {Mech.) IA

ASSOCIATE DIPLOMA IN ENGINEERING - MECHANICAL


MET651 Air Conditioning MET200 Mech. Eng.

MET510 App. Mechs. 111 MET210 App. Mechs. I MET310 App. Mechs. 11

MET610 App. Mechs. IV MET510 App. Mechs.111 [R J MET853 Combustion and MET200 Mech. Eng.

Air Pollution

CET833 Concrete Tech. MET310 App. Mechs. 11 {Mechanical)



MET580 Dwg. Office MET320 Eng. Dwg. 111 Practice I MET420 Eng. Dwg. IV

MET581 Dwg. Office MET580 Dwg. Office Practice IA Practice I

MET680 Dwg. Office MET320 Eng. Dwg. Ill Practice 11 MET420 Eng. Dwg. IV

MET681 Dwg. Office MET680 Dwg. Office Practice 11 A Practice 11

MET780 Dwg. Office MET580 Dwg. Office Practice 111 Practice I

MET680 Dwg. Office Practice 11

MET880 Dwg. Office MET580 Dwg. Office Practice IV Practice I

MET680 Dwg. Office Practice 11

EET400 Elec. Eng. EET300 Circuit Theory [Rl

MET121 Eng. Dwg. IA MET120 Eng. Dwg. I

MET221 Eng. Dwg. I IA MET220 Eng. Dwg. 11

MET320 Eng. Dwg. 111 MET120 Eng. Dwg. I [R] MET220 Eng. Dwg. 11 [R]

MET321 Eng. Dwg. lllA MET121 Eng. Dwg. IA [RJ MET320 Eng. Dwg. 111 MET221 Eng. Dwg. llA [R]

MET420 Eng. Dwg. IV MET120 Eng. Dwg. I [RJ MET220 Eng. Dwg. II [R]

MET421 Eng. Dwg. IVA MET121 Eng. Dwg. IA[R] MET420 Eng. Dwg. IV MET221 Eng. Dwg. I IA [R]

MET720 Eng. Graphics MET120 Eng. Dwg. I MET220 Eng. Dwg. II

MET660 Fluid Mechs. & MET560 Fluid Mechs. & Heat Trans. 11 Heat Trans. I [R]

MET753 Fuels Testing MET200 Mech. Eng.

MET733 Industrial MET140 Eng. Matis. I Metallurgy I

MET833 Industrial MET140 Eng. Matis. I Metallurgy 11

MET852 Internal Comb. MET200 Mech. Eng. Plant

MET782 Jig and Tool MET170 Workshop Proc. Design I

MET882 Jig and Tool MET782 Jig and Tool Design 11 Design I [R]

MET573 Machine Tools I MET170 Workshop Proc.

MET673 Machine Tools 11 MET573 Machine Tools I [R]

MET772 Metrology I MET170 Workshop Proc.

MET872 Metrology 11 MET772 Metrology I [R]

MET572 Production MET170 Workshop Proc. Planning I

MET672 Production MET572 Production Planning 11 Planning I [R]

MET552 Refrigeration MET200 Mech. Eng.

MET751 Steam Plant MET200 Mech. Eng.

CET555 Structural MET210 App. Mechs. I Engineering MET310 App. Mechs. 11


ASSOCIATE DIPLOMA IN SURVEYING

Subject Pre-requisite Co-requisite SVT429 Computations 11 SVT225 Computations I

CET404 Eng. Science 11 CET364 Eng. Science I

SVT641 Geodesy SVT541 Spherical Trig. & Astronomy [RI

SVT542 Map Projections I SVT541 Spherical Trig. & Astronomy [R]

SVT343 Photogram. 11 SVT243 Photogram. I

SVT226 Survey Comp. SVT429 Computations 11 EET790 Computer Prac. A SVT541 Spherical Trig. & Programming I

Astronomy [ R]

SVT222 Surveying 11 SVT122 Surveying I

SVT324 Surveying 111 SVT122 Surveying I SVT222 Surveying 11

SVT424 Surveying IV SVT541 Spherical Trig. & SVT324 Surveying 111 Astronomy [R]

SVT321 Survey Drafting SVT121 Survey Drafting Practice 11 Practice I

SVT123 Survey Prac. IA SVT122 Surveying I

SVT223 Survey Prac. I IA SVT122 Surveying I

SVT224 Survey Prac. lllA SVT222 Surveying 11

SVT325 Survey Prac. IVA SVT222 Surveying II

SVT425 Survey Prac. VA SVT324 Surveying 111

SVT426 Survey Prac. VIA SVT324 Surveying Ill [Rl

CERTIFICATE IN CIVIL ENGINEERING


CEC588 Advanced Lab. MEC340 Eng. Matis. 11 CHC463 Organic Chem. &

Practice CEC440 Soil Mechs. I Materials

MEC310 App. Mechs. I PHC450 Cert. Physics MAC491 Maths 11

CHC496 Chemistry 11 CHC195 Chemistry I

MEC321 Civil Dwg. I MEC120 Eng. Dwg. I MAC491 Maths 11

MEC521 Civil Dwg. II MEC321 Civil Dwg. I CEC400 Civil Eng. 11 CEC460 Hydraulics

CEC300 Civil Eng. I MEC140 Eng. Matis. I

CEC400 Civil Eng. 11 CEC300 Civil Eng. I MEC340 Eng. Matis. 11

CEC430 Concrete Practice CHC195 Chemistry I MEC340 Eng. Matis. 11

CEC501 Const. Principles MEC310 App. Mechs. I CEC400 Civil Eng. 11

MEC321 Civil Dwg. I SVC306 Eng. Surveying

MEC340 Eng. Matis. 11

CEC503 Contract Admin. CMC123 English CEC400 Civil Eng. 11

MEC340 Eng. Matis. 11

EEC300 Elec. Eng. MAC491 Maths 11 PHC450 Cert. Physics



ESC119 Eng. Geology CHC195 Chemistry I MEC340 Eng. Matis. 11 MEC140 Eng. Matis. I

SVC306 Eng. Surveying MAC491 Maths 11

CEC460 Hydraulics CHC195 Chemistry I MAC491 Maths 11 PHC450 Cert. Physics MEC310 Applied Mechs. I

CEC504 Job CMC123 English SVC306 Eng. Surveying Organisation MEC321 Civil Drawing I CEC400 Civil Eng. 11

MEC340 Eng. Matis. 11 CEC586 Laboratory MEC120 Eng. Dwg. I CEC588 Advanced Lab.

Projects CMC123 English Practice CEC430 Concrete Practice CHC463 Organic Chem.

& Materials

MAC491 Maths 11 MAC191 Maths I

CHC463 Organic Chem. CHC496 Chemistry 11 MEC340 Eng. Matis. 11 & Materials

CEC440 Soil Mechanics I CHC195 Chemistry I MAC491 Maths 11 PHC450 Cert. Physics MEC310 App, Mechs. I

CEC540 Soil Mechanics 11 CHC496 Chemistry 11 CEC440 Soil Mechanics I

CEC502 Specifications CMC123 English CEC400 Civil Eng. 11 & Estimates MEC340 Eng. Matis. 11

CEC500 Structures MAC491 Maths 11 PHC450 Cert. Physics MEC310 App. Mechs. I

MEC270 Workshop MEC140 Eng. ~1atls. I Processes

SPECIAL SUBJECTS FOR OVERSEER OF WORKS


CES103 Civil Eng. MAC491 Maths II CEC300 Civil Eng. I Computing

CES101 Local Govt. MEC340 Eng. Matis. 11 CEC300 Civil Eng. I Practice MAC491 Maths II

CMC123 English CES102 Municipal CEC300 Civil Eng. I

Engineering MEC340 Eng. Matis 11 MEC321 Civil Dwg. I MEC310 App. Mechs. I PHC450 Cert. Physics MAC491 Maths II CHC195 Chemistry I CMC123 English


CERTIFICATE IN ELECTRICAL ENGINEERING


MEC310 App. Mechs. I MAC491 Maths 11 PHC450 Cert. Physics

MEC410 App. Mechs. 11 MAC491 Maths II PHC450 Cert. Physics MEC310 App. Mechs. I

EEC400 Circuit Analysis PHC450 Cert. Physics EEC300 Elec. Eng. [R] MAC491 Maths 11

EEC572 Computer PHC450 Cert. Physics Electronics EEC300 Elec. Eng.

MAC491 Maths 11

EEC590 Computer MAC491 Maths 11 Programming

MEC480 Dwg. Office MEC140 Eng. Matis. I Practice I MAC491 Maths II

MEC270 Workshop Proc. MEC310 App. Mechs. I MEC320 Eng. Drawing 11

MEC580 Drawing Office MEC480 Drawing Office Practice 11 Practice I

MEC522 Drawing Office MEC320 Eng. Dwg. II Practice (Elec.)

EEC300 Elec. Eng. MAC491 Maths II PHC450 Cert. Physics

EEC450 Elec. Machs. I MAC491 Maths II EEC300 [R]

EEC550 Elec. Machs. 11 EEC450 Elec. Machs. I [R] EEC400 Circuit Analysis[R]

EEC511 Electrical EEC400 Circuit Analysis[R] Measurements EEC470 Electronics I [R]

EEC440 Elec. Power EEC300 Elec. Eng. [R]

EEC470 Electronics I MAC491 Maths II EEC300 Elec. Eng. [R]

EEC570 Electronics 11 EEC470 Electronics I [R] EEC400 Circuit Analysis[R]

EEC670 Electronics 111 EEC570 Electronics II MEC320 Eng. Dwg. 11 MEC120 Eng. Dwg. I SVC306 Eng. Surveying MAC491 Maths JI MEC300 Mech. Eng. PHC450 Cert. Physics MAC491 Maths 11 EEC591 Navigational EEC470 Electronics I [R]

Aids EEC452 Plant Layout MEC320 Eng. Dwg. II

(Comm.) EEC300 Elec. Eng. [R] EEC451 Plant Layout MEC320 Eng. Dwg. II

(Power) EEC300 Elec. Eng. [R] EEC540 Power Systems I EEC450 Elec. Machs. I [R]

EEC400 Circuit Analysis[R] EEC640 Power Systems I I EEC450 Elec. Machs. I [R] EEC540 Power Systems I

EEC400 Circuit Anal. [R]



MEC572 Production MEC120 Eng. Dwg. I Planning MEC140 Eng. Matis. I

MAC491 Maths 11 MEC270 Workshop

Processes

EEC592 Radio & TV EEC470 Electronics I [R]

CEC550 Structures MAC491 Maths II PHC450 Cert. Physics

EEC542 Systems EEC450 Elec. Machs. I [R] Protection EEC400 Circuit Anal. [R]

EEC560 Telecom- EEC300 Elec. Eng. [R] munications I

EEC660 Telecom- EEC560 Telecoms. I [R] munications 11 EEC470 Electronics I [R]

MEC552 Thermal Plant MAC491 Maths II MEC300 Mech. Eng.

CERTIFICATE FOR INSTRUMENTATION AND CONTROL TECHNICIAN


EEC400 Circuit Analysis PHC450 Cert. Physics EEC300 Elec. Eng. [R] MAC491 Maths II

EEC572 Computer PHC450 Cert. Physics Electronics EEC300 Elec. Eng.

MAC491 Maths II

EEC590 Computer fl/IAC491 Maths II Programming

EEC420 Control EEC300 Elec. Eng. Systems I EEC400 Circuit Analysis[R]

MAC491 Maths 11

EEC520 Control EEC420 Control Systems II Systems I [R]

EEC470 Electronics I MAC491 Maths II EEC300 Elec. Eng. [R]

EEC570 Electronics 11 EEC470 Electronics I (R] EEC400 Circuit Anal. [R]

EEC445 Electronic EEC470 Electronics I [R] Systems

EEC310 Instrumentation MAC191 Maths I Technology I PHC450 Cert. Physics

EEC410 Instrumentation EEC400 Circuit Anal. [R] Technology II

EEC510 Instrumentation EEC470 Electronics I [R] EEC410 Instrumentation Technology 111 Tech. 11 [R]

EEC560 Telecom- EEC300 Elec. Eng. munications I


CERTIFICATE IN MECHANICAL ENGINEERING


MEC551 Air Conditioning MAC491 Maths 11 MEC300 Mech. Eng.

MEC310 Applied Mechs. I MAC491 Maths 11 PHC450 Cert. Physics

MEC410 App. Mechs. 11 MAC491 Maths 11 PHC450 Cert. Physics MEC310 App. Mechs. I

EEC590 Computer MAC491 Maths 11 Programming

MEC480 Drawing Office MEC140 Eng. Matis. I Practice I MAC491 Maths 11

MEC270 Workshop Processes

MEC310 App. Mechs. I MEC320 Eng. Dwg. II

MEC580 Drawing Office MEC480 Drawing Office Practice 11 Practice I

EEC300 Elec. Eng. MAC491 Maths 11 PHC450 Cert. Physics

MEC320 Eng. Dwg. II MEC120 Eng. Dwg. I

MEC420 Eng. Graphics MEC120 Eng. Dwg. I

MEC541 Engineering MEC270 Workshop Metallurgy Processes

MEC433 Matis. Testing

SVC306 Eng. Surveying MAC491 Maths II

MEC460 Fluid Mechs. & MAC491 Maths 11 Heat Transfer MEC300 Mech. Eng.

MEC553 Fuels Testing CHC195 Chemistry I PHC450 Cert. Physics MEC300 Mech. Eng.

MEC570 Machine MEC270 Workshop Control Processes

EEC300 Elec. Eng.

MEC433 Materials MEC140 Eng. Matis. I Testing PHC450 Cert. Physics

MEC300 Mech. Eng. MAC491 Maths II PHC450 Cert. Physics

MEC573 Metrology & MEC120 Eng. Dwg. I Machine Tools MAC491 Maths 11


MEC542 Process Plant CHC195 Chemistry I MEC410 App. Mechs. II MEC460 Fluid Mechs. &

Heat Transfer

MEC572 Production MEC120 Eng. Dwg. I Planning MEC140 Eng. Matis. I

MAC491 Maths II MEC270 Workshop

Processes

CEC550 Structures MAC491 Maths 11 PHC450 Cert. Physics MEC310 App. Mechs. I

MEC552 Thermal Plant MAC491 Maths II MEC300 Mech. Eng.


CERTIFICATE IN CARTOGRAPHY Subject Pre-requisite Co-requisite

SVC312 Cartographic SVC442 Map Projections Drafting

SVC540 Geodesy MAC491 Maths 11 SVC513 Map & Plan SVC312 Cartographic

Reproduction Drafting SVC442 Map Projections MAC491 Maths 11 MAC491 Maths 11 MAC191 Maths I

SVC343 Photo- MAC491 Maths 11 grammetry 11 SVC243 Photo-

grammetry I SVC541 Spherical MAC491 Maths 11

Trigonometry & Astronomy

SVC529 Survey MAC491 Maths II Computations SVC422 Surveying for

Cartographers

CERTIFICATE FOR SURVEYING TECHNICIAN Subject Pre-requisite

SVC326 Computations 11 SVC225 Computations I

ESC119 Eng. Geology CHC195 Chemistry I SVC540 Geodesy MAC491 Maths II SVC541 Spherical

Trigonometry & Astronomy

SVC428 Surveying 111 SVC221 Surveying I

SVC426 Survey Maths

Co-requisite

MAC491 Maths 11 SVC221 Surveying I

MAC491 Maths 11

MAC491 Maths 11 SVC324 Surveying 11

MAC491 Maths 11

[]CB) Synopses

212 Synopses

SYNOPSES

EET651 A.C. Plant

This subject deals with alternating current electrical plant in extensive use in industry. Lectures and laboratory work cover construction theory, operation and testing of induction motors and transformers.

EET310 A.C. Theory Lectures and laboratory work associated with waveforms, phasers, 'j' operator, series and parallel R, Land C quantities, power and reactive volt-amps, power factor, single phase circuits, introduction to three phase systems, introduction to single phase transformed theory.

ACB184 Accounting for Surveyors Nature and function of accounting; the Balance Sheet. Financial reporting and analysis. Fund and cash flows, cost behaviour, elements of budgeting. Financial policy and decision making. Taxation.

CEC588 Advanced laboratory Practice The responsibilities of laboratory staff, accuracy of results and statistical reliability is considered, together with theoretical and practical work on the principles of operation of various testing machines, processes and special forms of tests on various materials.

CMB307 Advanced Professional Writing This subject is designed to provide a theoretical and practical basis for the development of advanced writing skills in technical and professional communication contexts. Professional writing is practised within the constraints of competitive industrial activity in both private and public organisations. 'Advanced Professional Writing' is oriented towards the needs of the scientist or engineer who wishes to acquire special competence in the production and presentation of written communication; and the subject assumes that the student has already discerned the central importance of the communication function in his own professional duties. Provision is made for students to perfect specific skills which are related to their personal job needs.

CEB552 Advanced Structural Analysis Stability Theory: An extension of Structural Engineering I in buckling of columns with variable cross-section, analysis of beam columns using solution of beam governing differential equations and energy methods with an introduction to variational calculus. Buckling of frames. Torsional buckling of columns and lateral torsional buckling of beams. Revision of plate theory and introduction to buckling of plates and cylindrical shells. Non-I inear buck I ing. Post buck I ing strength of flat and curved stiffened plates and methods of design of tension field beams.

Dynamics of Structures: Fundamentals of dynamics, natural modes of vibration, lumped mass multi-degree systems. Distributed mass and load on structures. Response of structures to harmonic, non-harmonic and non-periodic forces. Response to random excitations including earthquake and wind gusts.

SVC443 Aerial Surveying A series of lectures and practical work covering characteristics of aerial surveys, the use of photo interpretation in mapping, characteristics of single photographs, flying specifications, stereoscopy, stereoscopic reconstruction, aerial triangulation, geometry of the aerial photograph, ground control surveys, principles and practice of stereos.coplc plotting machines.

Synopses 213

MEB450 Air Conditioning Refrigeration, multi pressure vapour compression systems, liquefaction of gases, absorption refrigeration, steam jet refrigeration, vapour compression system performance. Air conditioning, psychrometry, enthalpy potential, cooling towers and spray equipment, heat load,design of air handling system, noise control, control of systems. Field Trips.

MEC551 Air Conditioning Descriptive lectures and introductory mathematical treatment of vapour compression, refrigeration cycles and equipment, air cycle, steam jet and absorption refrigeration, liquefaction of gases, psychrometry, fans and ductwork, and noise levels. An associated series of laboratory exercises is also included. Field Trips.

MET651 Air Conditioning Lectures and laboratory work to introduce basics of Air Conditioning, Air Treatment and Cooling. Treatment of fans and ductwork with reference to control, noise level, distribution and mixing.Psychrometry. Field Trips.

CEP270 Air Pollution Basic meteorology. Causes and effects of major air pollutants. Instrumentation and measurement. Basic principles of control.

EEP106 Analysis and Design of Systems I

Multiple-loop control systems. Piecewise-linear analysis. Describing function methods. Phase-plane methods. Detailed design studies using time domain and frequency domain techniques, root-loci, state-variable feedback, non-interactive controllers, piecewise-linear analysis, describing functions, phase-planes etc.

EEP109 Analysis and Design of Systems II

Statistical design of control systems. Advanced estimation and identification techniques. Sensitivity analysis. Reliability analysis of systems. Failure survival design. Detailed design studies involving sampled data systems, computer and micro-computer control, statistical techniques, sensitivity analysis etc.

EEB737 Antennas

This subject develops further the topics introduced in Transmission and Propagation 11, giving further practical work in microwave techniques and aerial measurements. The theory of aerials and aerial arrays is studied in detail including electronically steered arrays, frequency dependence and log periodic structures, travelling wave aerials and active aerials.

CHB244 Applied Chemistry

Lectures, tutorials and practicals will consider the application of the basic principles of chemistry e.g. oxidation and reduction, pH, properties of solids, liquids and gases. Topics also include organic chemistry, electrochemistry, mass spectrometry and basic quantitative analysis.

Applications will be in the following areas - (a) water and waste-water treatment, (b) corrosion, (c) cement, (d) bituminous and allied compounds.

EEB577 Applied Electronics l

Theory and characteristics of semiconductor switching devices and high power transistors. Application of switching devices to motor control and power regulation. Introduction to digital techniques; Boolean algebra, combinational logic and number systems, encoding and decoding circuits. Sequential logic; flip flops, counters and applications.

214 Synopses

EEB677 Applied Electronics II

Digital techniques; memory devices including ROM's, PROM's and RAM's, applications of PROM's to combinational logic systems. Sequential models and realization using asynchronous and synchronous memory devices. Introduction to microprocessors. Industrial and consumer integrated circuits including modulating circuits, tone decoders and special purpose amplifiers.

EEB979 Applied Electronics 111

Theory and application of a wide range of consumer oriented integrated circuits including devices for signal processing, sonar applications, encoders and decoders etc. Computer peripheral devices including general purpose input output devices, multiplexers, high performance A-D-C and D-A-C units, arithmetic units etc.

EET678 Applied Electronics The subject introduces the student to the Integrated Circuit approach to electronics systems design. The course is highly practical and utilizes the basic fundamentals of IC's given in Integrated Circuits. Further treatment of IC circuits with practical applications: amplifiers (all the common configurations) oscillators, special purpose circuits such as peak detectors, sample and hold circuits, active filters etc.

MAB295 Applied Mathematics

The subject matter in this section is complementary to that in the pure mathematics syllabus. Applications of vector analysis, differential equations, and integration to statics, kinematics and dynamics will be developed. Formulation of differential equations. Second order vibrating systems, use of complex numbers. Kinematics of a particle. Radial and transverse components of velocity and acceleration. Angulat momentum. Impulses, systems of particles. The energy principles. Equilibrium of flexible ropes and chains. Thrust on a plane and curved area.

MEB110 Applied Mechanics Displacement and rotation. Velocity and acceleration in rigid bodies and mechanisms. Principles of dynamic equilibrium. lnteria and its applications. Storage, transmission and dissipation of mechanical energy. Basic mechanical elements. Properties, dimensions and dimensional analysis.

MEC310 Applied Mechanics I Consideration of force and its effects, equilibrium of forces, moments, section properties, strain and elasticity, shearing force and bending moments, work and power, introduction to simple machines, hydrostatic pressures etc.

MEC410 Applied Mechanics 11

Lectures and practical work following Applied Mechanics I and including torsion, combined stress, friction,centrifugal force, toothed gearing, cams, pulleys, mechanical advantage and efficiency, vibration isolation, elementary structures, columns and sizes of beams.

MET210 Applied Mechanics I

Consideration of force and its effects. Equilibrium, moments of forces. Displacement, velocity and acceleration, inertia. Friction and friction machines.

MET310 Applied Mechanics 11

Work, power and energy; efficiency. Introduction to simple machines. Mechanical advantage and velocity ratio. Hydrostatics and fluid friction. Section properties, shearing force and bending moments, torsion.

MET510 Applied Mechanics 111

Vibrations, vibration isolation. Springs, Dynamics of machines. Belt friction, transmission of energy, balancing.

Synopses 215

MET610 Applied Mechanics IV Further work on vibrations and machines, flywheels. Storage of energy. Introduction to framed structures, columns, deflection. Forces in reciprocating machines. Theory of failure. Elementary fatigue theory.

MAB797 Applied Statistics for Surveyors Descriptive statistics: frequency distributions; sampling, the t, chi-square and F distributions. Statistical inference: population parameters; statistical tests of hypotheses and population. Regression theory: line-fitting; correlation coefficients; time series analysis.

ARS109 Architecture and Industrial Design

Architectural appreciation, unity, function and scale. Architectural materials and construction. Historical development and modern practice of architecture and industrial design. Rationalised building construction, pre-fabrication, modular design, preferred sizes. Elements of industrial design, relation to human and functional needs. Liaison between architect, designer and engineer. Field study of microenvironments.

EEP105 Automatic Control

Application of closed-loop control to typical industrial plant. Aircraft, missile and spacecraft control systems. Hydraulic and pneumatic control systems. AC-carrier control systems.

EEB721 Automatic Control Systems

Brief survey of control hardware, terminology and characteristics of instruments, classification and examples of hardware; introduction to control system analysis, types of control systems, block diagrams, time-domain analysis, steady-state characteristics, transfer functions; control system design, error constants, minor loops to reduce non-linear effects, frequency domain analysis using Bode plots only, stability, specifications for control system performance, simple examples of design using compensation.

BEB506 Basic Ecology

Nature of Ecosystems; their components and energy flow. Biogeochemical cycles, nutrient budgets, limits. Major ecosystems of the world: marine, freshwater, terrestrial. Ecological succession. Resources and the concept of ecosystem management. Defining pollution, environmental control.

BEP289 Biology and Water Quality Control Water quality standards and water use classification. Bacteriological and physiochemical characteristics of usable water. Biological analysis of water and wastewater. Biological aspects of disposal, re-use and control of polluted waters. Eutrophication, its identification and control. Compulsory field excursions will form a portion of this subject.

CEB430 Building Construction A series of lectures covering the traditional building and civil engineering construction, materials and methods of construction, fireproofing, multi-storey buildings, warehouses and factories, Codes of Practice, health regulations and various associated Acts.

ARB130 Building Construction and Architecture The surveyor in building. The components of building design. Elements of the mechanics, forms and material of building construction. Basic principles of architectural design.

216 Synopses

SVC312 Cartographic Drafting

A series of lectures covering drafting methods, techniques and materials, plotting, map and chart construction, special purpose mapping, titling and map reproduction preparation. Students are required to undertake one half-day visit to a mapping organisation in the Greater Brisbane area.

SVB614 Cartographic Practice

Advanced study of projections and conformal mapping. Thematic, distributive, chloropleth and isopleth maps. Computer applications. Automatic mapping and graphic representation. The management and finance of cartographic services. Students are required to undertake one half-day visit to a cartographic agency in the Greater Brisbane area.

PHC450 Certificate Physics

Measurement, kinematics, mechanics, properties of matter, heat, sound, light, electrostatics, current electricity, electromagnetism, electronics etc.

CHC195 Chemistry I An introductory subject dealing with atoms, compounds, solids, liquids, gases, valency, acids, bases, salts, the basic laws of chemical combination and the classification of the elements.

CHC496 Chemistry 11 More advanced work in chemistry covering the general field of Chemistry I and including study of the periodic groups etc.

EEC400 Circuit Analysis Lectures and practical work on electrical circuit theory covering three phase and single phase active and reactive power, the j operator and complex algebra, voltage drop and resonance, Kirchoff's Laws, superposition theorem, unbalanced polyphase systems, and solutions of R.L. and R.C. networks for applied d.c., sine waves and pulses.

EET300 Circuit Theory A course of lectures and practical work covering basic D.C. Circuits, magnetic circuits, electrostatics and A.C. Circuit theory as well as measuring instruments used in connection with the above fields.

MEC321 Civil Drawing I Preparation of monograms. Development: surface of irregular shapes; lines of intersection and interpenetration. Plotting from field book and level book; longitudinal and cross section; contour plans from grid. Preparation of civil drawings; site and survey plans, mass haul diagrams; sounding and grading diagrams. Structural drafting and dimensioning; pipe work layouts; reinforced concrete.

MEC521 Civil Drawing 11

Drawings related to major civil projects, including detailing of structural steelwork; reinforced and pre-stressed concrete; timber structures; brick, masonry and mass concrete. Test-pit and bore-hole surveys, survey plans to cover water supply, drainage, harbours and general construction.

CEC300 Civil Engineering I

Lectures, tutorials and field trips covering the elements of highway engineering and road construction, properties, uses and production of concrete properties and classification of soils, an introduction to supervision and inspection of engineering projects, principles and use of surveying instruments.

Synopses 217

CEC400 Civil Engineering 11

Lectures and field trips on building design, construction, aesthetic and functional features, road, rai I and airport systems, dams, bridges, tunnels and maritime structures.

CET195 Civil Engineering I

The scope and nature of the various fields of civil engineering. Basic computations for linear, angular and volumetric measurements. Construction materials. Statistics.

CES103 Civil Engineering Computing

Lectures, tutorials and practical work covering basic computer operations, programming languages, job oriented languages, COGO, ICES etc. Operation and applications of special peripheral, batch and time sharing terminals, road plotters, VDU's. Specific applications and problems in civil engineering design, construction and control.

CET796 Civil Engineering Computing Lectures, tutorial and practical work covering computer systems, programming languages, FORTRAN, job oriented languages, COGO, ICES etc. Real time and on line systems and programming. Operation and applications of special peripheral, batch and time sharing terminals, road plotters, VDU's, computer graphics etc. Specific applications and problems in civil engineering design, construction and control.

CEB200 Civil Engineering Design I

An introduction to civil engineering design codes and methodology with particular emphasis on steel design to AS 1250 and concrete design to AS 1480. Lectures, tutorial, assignment and practical work on design of tension and compression members, beams, joints and the principles of structural action together with concrete slab designs, columns etc. will be performed.

CEB304 Civil Engineering Design I IA

Design work and compulsory site visits involving nominated projects of limited scope to support the integration of disciplinary subjects and the further development of design methodology. The classes are supported by supplementary lectures and other resource materials where appropriate. Students will prepare simple designs and drawings, schedule of quantities, specifications etc. for these limited scale projects and may be assessed in a number of ways including assignments, continuous evaluation, lecturettes, oral examination and written tests.

CEB405 Civil Engineering Design lllA Design projects and associated compulsory site v1s1ts involving projects of greater scope and requiring more creativity and integration than those of Civil Engineering Design I lA. The projects will be larger in magnitude and treated in greater depth than the design of earlier years. Assessment and progression will be treated similarly with greater emphasis on overall professional development. At least one major project will be based on an interdisciplinary environmental design topic.

MET521 Civil Engineering Drawing I Lecture, tutorial and practical work on drafting and techniques of data for construction control. Preparation of civil drawings, site and survey plans including contours and sections; roads and mass haul diagrams; introduction to reinforced concrete and bending lists, crib walls; including dimensioning of above.

MET522 Civil Engineering Drawing IA Further practical work to develop Civil Engineering Drawing I.

218 Synopses

MET721 Civil Engineering Drawing II

Preparation of drawings related to bridges and pipework layout. Introduction to structural steel drafting including dimensioning and welding symbols. Introduction to bolted and welded connections.

MET722 Civil Engineering Drawing llA

Further practical work to develop Civil Engineering Drawing 11.

MET821 Civil Engineering Drawing Ill

Preparation of detailed reinforced and pre-stressed concrete drawings associated with harbour works and dams. Structural drawing, involving timber as used in bridges, wharves or roof construction.

CEB291 Civil Engineering Materials I A series of lectures and practical work covering physical and chemical properties of common Civil Engineering Materials including cement, aggregates, water quality, nonferrous metals and alloys, ferrous metals, timber, bitumen. Corrosion and biological decay of materials, and protective coatings.

CEB521 Civil Engineering Systems Lectures and tutorial work on the interaction of civil engineering systems and the environment. Review of design methodology with reference to systems; optimisation of allocation problems; linear programming; integer programming; transportation problems; construction management; numerical and computer solutions. Quantification of economic utility factors; applications and case studies; criteria for engineering development.

CEB561 Coastal Engineering Lectures and tutorial work on coastal engineering; wave theory, recording and analysis, wave generation; coastal processes, tides, surges etc., current, sediment movement, foreshore protection; coastal inlets, general theory, canal systems; planning and design of coastal structures; hydraulic models for coastal studies. At least one major site visit will be required.

MET853 Combustion and Air Pollution Combustion problems and appliances for solid, liquid and gaseous fuels. Measurements, heat balance, boiler thermal efficiency. Evaluation of fuel properties for combustion. Cause and effect of air pollution, treatment and measurement. Exhaust emissions, filters, precipitators and convertors.

EEB948 Communication Systems

This subject deals with the application of communication theory to practical systems with emphasis on switched networks. The topics covered include point to point, broadcast and a detailed study of switched networks, including traffic theory, signalling, monitoring and charging. Typical systems from each area are studied.

EET866 Communication Techniques I

Application of communication theory to communication systems. Broadcast systems. Switched networks including telephone systems, exchanges, networks, traffic, transmission. Point-to-point communication systems. Telemetery. A number of compulsory industrial visits are arranged.

Synopses 219

EEB460 Communication Theory I

A series of lectures and practical work that exposes the basic nature and problems of telecommunications, outlining the components and parameters of communication systems and the nature and parameters of signals handled. The signal processing methods are introduced and developed including probability, fourier methods, sampling and quantization. The basic modulation methods and the effect of noise are examined and analyzed simply.

EEB566 Communication Theory 11

A simple introduction to information theory as applied to discrete and continuous systems. Entropy, coding, channel capacity and comparison of channels. Effect of transformations, filtering and signal processing on information.

EEB666 Communication Theory 111

The development from the basic theory in Communication Theory I to deal with random signals. Noise, noise models and parameters. A detailed analysis of analogue modulation methods, including p.c.m. and delta modulation. Quantization noise.

EET666 Communication Theory I

A study of A.M. and F .M., analogue and pulse modulation with circuit applications, performance and factors associated with noise for each system with practical work.

EET766 Communication Theory 11 Pulse code and digital modulation methods including digital transmission. Circuitry and noise performance. Comparison with analogue methods.

SVC326 Computations 11 A series of lectures and tutorials covering hydraulic computation of flow and discharge of water courses, open channels and pipes, discharge by weir methods, the analytical, graphical and semigraphical solutions of. the three point problem, earthworks and curve computation for roads and railways, mine surveying computation and the principles and use of the electronic computer.

CET894 Computations A

Computations associated with the preparation of Civil Engineering works. Exercises will include calculations of quantities and estimates, design calculations and other calculations appropriate to the projects selected.

SVT225 Computations I

Computing methods, use of tables, slide rule, calculators; rounding errors. Computation and adjustment of a traverse, close co-ordinates and missing elements. Areas of regular and irregular figures - Simpsons and trapezodial rules. Miscellaneous problems involving solutions of triangles and closes.

SVT429 Computations 11 Computation of simple, compound, and reverse horizontal curves; problems involving curves in road alignments. Road calculations. Volume and earthwork computations, limits of earthworks etc. Computation of intersection and resections in plane coordinates.

SVT439 Computations llA A series of practical exercises in Survey Computations of a type normally encountered in a survey office concerned with Surveys in an integrated system, computations on the spheroid and on the A.M.G. Use will be made of programmable calculators.

EEP101 Computer Aided System Design

Types of simulation and simulation languages. Hardware and software components of computer aided design systems. CAD systems available on the market for control studies.

220 Synopses

ACB393 Computer Based Information Systems

This subject is designed to make the practising engineer aware of typical computer based information systems he is likely to meet in practice, and to place him in a better position to make effective demands on such systems to aid him in his profession. It will treat such topics as: files, records, items, reporting, data collection, file hardware - storage, telecommunications etc.

EEP103 Computer Control Basic computer architecture for real-time systems. Interrupt handling facilities, communication circuits and data links. Principles of inter-facing process plant. Signal processing.

EEC572 Computer Electronics Introductory lectures with associated practical work on computer electronics covering the functions of a computer, logic circuitry, digital circuitry, computer organisation, input and output circuits, memory devices, control units and arithmetic units.

EEB190 Computer Programming

Problem analysis. The digital computer. Programming. The OIT facility. Computers in surveying. Analogue computers. Applications.

EEC590 Computer Programming

Lectures and practical work on basic computer principles, experience in writing programs in scientific languages and using package programs available for engineering problems.

EET790 Computer Programming I An introduction to digital computers covering construction, operation, various machine languages and simple programming techniques.

EEB991 Computing and Simulation

Simulation by analogue, hybrid, and digital computers. Custom built simulators. Parallel-hybrid computer hardware and programming. Programming of on-line digital computers.

CEB530 Concrete Design Advanced design techniques for prestressed concrete including an analytical treatment of creep, shrinkage, short and long term deflections; composite construction; continuous beams and frames; eccentrically loaded units; yield line analysis of slabs.

CET635 Concrete Engineering Lectures, tutorials, practical work on the design aspects of concrete technology. Concrete mix design and testing of materials. Design of simple sections including tension and shear reinforcements, Construction techniques. Field visits are an integral part of the course.

CEC430 Concrete Practice A subject designed to give an understanding of the chemical and physical properties of concrete together with the tests necessary to give quality control of cement. The design of concrete mixes, specifications, production and the effect of additives is also considered.

CET833 Concrete Technology (Mech.)

Concrete properties, technology, manufacture and placing. Construction details. Code requirements. Soils - types and properties, allowable pressures, foundation types. Principles of design of simple concrete members.

Synopses 221

CEB330 Concrete Technology and Design Lectures, tutorial and practical work and compulsory field trips on the fundamentals of concrete technology; mix design and specifications; admixtures; manufacture, plant, placing and inspection; lightweight concrete; falsework and formwork. Design aspects include prestressed concrete principles; working moment, ultimate moment, prestressing systems, deflected tendons; shear reinforcement; prestress losses; code requirements.

CEB500 Construction Engineering Lectures, tutorial work and compulsory field visits on the aims and objectives of civil engineering construction, civil engineering plant; materials handling, storage etc., case studies of civil engineering projects, special construction techniques, blasting, tunnelling, grouting etc.

CET807 Construction Management Lectures, tutorials, practical work and field trips on planning, organisation, supervision and control of Civil Engineering construction projects.

CEB305 Construction Management and Economics Lectures and case studies on construction management; construction costing; engineering control; resource analysis, C.P.M., linear programming, computer applications; contract documentation and administration; site control and management; construction safety. Compulsory site visits will be required.

CET605 Construction Practice I

Lectures, tutorials and field trips on the principles and practice of temporary works design and construction for Civil Engineering projects.

CET104 Construction Practice IA Exercises and field trips to amplify practical aspects of Civil Engineering and Construction Practice.

CET705 Construction Practice 11 Lectures, tutorials, practical work and site v1s1ts on practical aspects of concrete technology. Types and properties of cement and aggregates, batching and placing plant and procedures, and inspection and testing principles and practice. Special construction techniques.

CET204 Construction Practice I IA

Exercises, tutorials, laboratory work, field v1s1ts and site inspections to amplify the practical aspects of Civil Engineering and construction practice.

CET805 Construction Practice 111

Lectures, tutorials and field trips on the principles and practice of earthmoving. Road construction, dam construction and tunneling. Explosives types, selection, operation and maintenance of earthmoving plant. Landscape engineering principles and practice.

CET304 Construction Practice 11 IA Exercises and field trips to amplify practical aspects of Civil Engineering and Construction Practice in the fields of earthmoving, structures and other public works.

CET806 Construction Practice IV Lectures, tutorials and field trips on building construction. Foundations, frame, cladding, finishing trades and mechanical services. Hoisting equipment, temporary work, demolition, systems building, constructional defects, surveys and reports.

222 Synopses

CEC501 Construction Principles Lectures, tutorial exercises and field trips on problems met on construction sites and the techniques and equipment available for their solution. Emphasis is placed on interpretation of specifications and job inspection procedures.

CEC503 Contract Administration Lectures, tutorial exercises and field visits on the control and administration of civil engineering works. Types of contract, conditions of contract, statutory requirements, and supervision of contracts are examined.

CET706 Contract Administration Lectures, tutorial and field visits on the control and administration of civil engineering jobs including office procedures, cost records, hourly records, use of Gantt charts, critical path programming and computer control applications. Contract management, relationship of sub-contractors, architect, engineer, site supervisor, foreman, labour force. Various relevant Awards and Acts together with legal implications of contract administration.

EEB520 Control Engineering I A survey of transducers, signal mixing, transducer converters, amplifiers (electric, electronic, pneumatic and hydraulic), final control elements (electric, pneumatic, hydraulic and control valves), power supplies and mechanical elements (gears, clutches, couplings and linkages). Examples of closed-loop systems. Classification of systems. Time domain analysis of systems.

EEB620 Control Engineering II Time domain analysis - higher order systems, error constants and coefficients. Complex domain analysis - transfer functions, block diagrams and signal flow graphs. Frequency domain analysis - Bode, Nyquist and Nichols diagrams, and stability. Correlation between time and frequency domains. Analogue computer hardware and use of the computer for solving algebraic and differential equations (including sealing), for implicit function generation and for simulation.

EEB921 Control Engineering IV Non-linear systems analysis. Sampled data systems. State variable methods. Multivariable systems. Carrier-type control systems. Self-adaptive and self-optimizing systems. Optimization of system performance.

EEC420 Control Systems I A series of lectures and practical work dealing with the representation and analysis of linear systems. Methods include Laplace and Fourier transforms. Bode diagrams, Nichols Charts and Polar Plots, the application of the analogue computer and methods of dealing with instability in control systems. Components used in control systems are included.

EEC520 Control Systems 11 A series of lectures and practical work covering - advanced linear systems theory; controller types and characteristics, non-linearity, logic and sampled data, simulation, optimisation and commissioning of processes.

EET621 Control Theory I Frequency and stability analyses, errors, noise, time domain analysis in control systems; application of Laplace transforms, control system signal analysis, servomechanisms; a series of lectures and practical work.

EET110 D.C. Theory I A course of lectures and practical work introducing D.C. circuit components, D.C. circuit theory and measuring techniques.

Synopses 223

EET210 D.C. Theory II

A course of lectures and practical work covering magnetism, magnetic circuits, electromagnetic induction, electrostatics and electrical measuring instruments.

SVB115 Data Presentation Elementary survey drafting. Cartography and Map Reproduction.

MEB480 Design Analysis for Production

Product quality and cost. Designing for the production process. Value analysis and value engineering. Functional analysis of engineering designs. Production analysis of component designs. Planning a production process. Cam design for automatic machines. Use of standards. Design for mechanised assemblies. Design for automated manufacture. Use in economic design of unusual materials. Consideration of planned obsolescence .

CEB401 Design Project

Students will be required to carry out the detailed design of a suitable project in their selected field of interest. Such a project will be of a larger magnitude and the depth of design treatment much greater. Design project will be drawn from industry and will cover the whole range of civil engineering endeavour. Compulsory site visits to associated projects and for site investigation purposes.

EEB967 Digital Communication

This subject deals with the application of statistical communication theory to communication systems, with particular reference to digital transmission. Topics covered include error rates, fading, diversity techniques, coding, recovery of signals in very noisy links, threshold and threshold extension, optimum filtering.

EEP107 Digital Control Systems

Electronics, fluidic and pneumatic logic elements. Number systems for numerical control. Combinational logic design. Digital transducers for numerical control. Practical design of sequence and numerical control systems using IC, fluidic and pneumatic logic.

EET822 Digital Control Systems

Digital feedback transducers. Sequence control. Numerical control. Microprocessors and mini-computers. Computer interfaces. Modes of computer control. Computer hierarchial arclineal configurations.

EET676 Digital Electronics

Basic concepts of digital electronics are introduced with laboratory work, covering boolean algebra, combinatorial logic, Karnaugh maps, digital integrated circuits, TTL, CMOS, ECL, simple logic designs.

EEB977 Digital Technology I This subject covers the application of digital hardware and software in modern computer systems in depth. Lectures and laboratory work deal with logic design and application, microprocessors and mini-computers.

EEB978 Digital Technology II This course is concerned with the theory and processing of digital signals and the practical realization of digital functions by hardware and software. Lectures and laboratory work deal with sampled data systems, data logging, digital signal processing and analysis and design of digital subsystems.

224 Synopses

SVC111 Drafting Practice I

Useandcare of instruments, formation of letters, lettering with brush and script pen, colours and colouring, enlargement and reduction of plans. Plotting of simple plans by bearing and distance and rectangular co-ordinates, tracing and photocopying of plans.

SVC211 Drafting Practice II Compilation of cadastral plans from surveyors' field books to Survey Office, Titles Office and Mines Department specification. Compilation of engineering surveying plans of working survey, contour survey and sewerage detail survey. Compilation of special plans. Critical appreciation of plans.

MEC480 Drawing Office Practice I Drawing methods, codes and standards. Drawing materials. Basic engineering components. Use of handbooks, codes and rolled steel section tables in determining proportions of simple elements. Guided design in application of simple elements forming part of larger designs. Working drawings - preparation of pencil negatives of details and assemblies. Survey drawing - plotting from field book, notes and sketches~ plans, locality plans, site plans, contour plans, longitudinal and cross sections.

MEC580 Drawing Office Practice 11 Drawing office organisation and equipment; plan storage; reproduction methods. Diagrammatic, illustrative and descriptive drafting. Structural drafting - simple reinforced concrete work, structural details and built up members. Mechanical drawing - set drafting project, including simple design of minor components, prepared from engineer's rough sketches and overall design; jigs and fixtures.

MET580 Drawing Office Practice I

Drawing methods, codes, standards and materials. Use of handbooks, codes and rolled steel section tables. Guided design in application of simple elements forming parts of larger designs.

MET680 Drawing Office Practice 11 Selection and use of hydraulic and pneumatic components and design of systems. Simple automation using mechanical means, working drawings of details and assemblies.

MET780 Drawing Office Practice 111 Drawing and design office organisation and equipment. Design and optimisation of more complicated mechanical elements. Simple introduction to computer aids to design.

MET880 Drawing Office Practice IV

Elementary design analysis including dimensional analysis. More advanced drawing and project oriented design.

MET822 Drawing Office Practice (Civil)

A series of lectures and tutorial work including civil drawing projects, drawing office organisation etc.

MEC522 Drawing Office Practice (Elec.)

A series of lectures, illustrations, sketches and drawings covering electrical power and electronic equipment viz. Symbols, Rules and Regulations. Circuits for Domestic and Commercial Buildings, Industrial Installations, Manufacturing Drawings. Supply Authority equipment, control circuits and electronic applications.

Synopses 225

EEB581 Electrical Design I An introductory unit covering the design philosophy and techniques used in the design of electrical power equipment. A selection of design is undertaken from topics such as magnetic device, DC and AC machine elements; transformers, reactors, pro· tective devices for industrial plant, voltage regulators and illumination systems.

EEB681 Electrical Design 11

A selection of designs from thermocouples, bridges, shaft encoders, servo potentio· meters, liquid flow rate, level and concentration transducers, IC and discrete com· ponent networks, servo amplifiers, power supplies, SCR and TRIAC networks, and closed-loop control configurations.

EEB782 Electrical Design 111

A series of tutorial sessions supplemented by a small lecture component covering the introduction to the design of power and control systems. The general principles of design including specification, estimates and computer aids followed by actual designs of Distribution Systems and Control Systems.

EEB783 Electrical Design IV A subject to provide actual design experience in either the Electrical Power Systems or Control Engineering area. Designs may include power system planning or design, insulation co-ordination, overhead line design, rotating machine, transformers, power system control, numerical control, sample data control system, non linear systems, multivariable systems, AC carrier control systems.

EEC300 Electrical Engineering

Electric Shock, Resuscitation, Regulations and SAA, DC and AC circuits, Power and Energy, Magnetic Circuits, Instruments, Introduction to DC and AC Machinery and Transformers, Power Measurement in Three Phase Circuits, AC Supply Systems, Earthing, Tariffs, Protection, Elementary Electronics.

EET400 Electrical Engineering

Basic theoretical and practical work dealing with the following AC plant - three phase systems, alternators, induction and synchronous motors, variable speed drives, transformers and instruments.

EEB315 Electrical Engineering

A series of lectures, laboratory and computer work covering basic network theory. Mesh and nodal analysis, resonance, network theorems, two port networks, Bode diagrams, three phase star and delta systems. Introduction to Fourier and Laplace transforms, transient analysis of R, L and C networks.

EEB354 Electrical Engineering I IS

This series of lectures and laboratory work covers basic electrotechnology. Three phase balanced and unbalanced systems, three phase power, power factor and dis· tribution systems. Transformer losses, efficiency and equivalent circuit. Construction, characteristics and protection of AC and DC machines. Power rectification.

EEB554 Electrical Engineering lllS Series of lectures and laboratory work covering advanced electrical theory and industrial electronics. Frequency and step responses of R, L and C networks. Bode diagrams, poles and zeros, use of Laplace transforms and transients. Electronic devices, amplifiers, telecommunications and digital systems.

MET123 Electrical Engineering Drawing IA Electrical drawing, circuit drawing, block diagrams, simple schematics and wiring diagrams.

226 Synopses

MET223 Electrical Engineering Drawing I IA

Sketches and drawings of electrical power and electronic equipment, domestic and commercial power circuits, distribution diagrams etc.

EET551 Electrical Machinery This subject provides the basic technology of the major items of electrical power plants. It deals specifically with direct current motors and generators, alternating current synchronous machines and thermal considerations in power plant.

EEC450 Electrical Machines I

Lectures with associated practical work covering construction, control, application and characteristics of DC machines, alternators and synchronous motors, the transformer and the induction motor.

EEC550 Electrical Machines 11

Further lectures and practical work on electrical machines including rotating and magnetic amplifiers, variable speed AC machines, controlled rectifiers for AC machines, synchronous machines including transient operation (descriptive), design of transformers, induction motors and the installation and commissioning of machines.

EEC511 Electrical Measurements Lectures with associated practical work on electrical measurements covering accuracy and errors, units, standards, DC and AC instruments, waveform analysis, instrument transformers, measurement of capacitance, inductance, temperature and magnetic fields, frequency and phase, high voltage and high frequency measurements.

EEC440 Electrical Power Lectures and associated practical work covering current practice in the electrical supply industry including generation, transmission, transformers, switchgear, distribution, relaying and utilization.

EEB551 Electrical Power Plant I Lectures and practical work on static and rotating AC machines such as the power transformer, three phase and single phase induction motors, protection and testing techniques and analysis of unbalanced three phase systems.

EEB651 Electrical Power Plant 11 This subject is intended to introduce modern methods of electrical machine control and power conversion and to cover the technology of transmission lines, cables and power system controls. The operation of the cylindrical rotor synchronous machine in power systems is studied in both generating and motoring conditions.

EEB751 Electrical Power Plant 111 A series of lectures and practical work covering power system parameters, equivalent circuits, performance charts for plant, measurement and testing equipment, switchgear and protection. Thermal characteristics of transformers and associated equipment as well as methods of cooling and testing an investigated Heavy Current and Short Current testing plant, circuit breaker technology and also high voltage technology are included.

EEB952 Electrical Power Plant IV

This series of lectures and practical work covers advanced theory and technology of synchronous machines under steady state and transient conditions and their behaviour in power systems. Generalised machine theory and its application to synchronous machines as well as the development of capability diagrams is undertaken. Excitation and voltage regulation equipment.

Synopses 227

EEB941 Electrical Power Systems

Lecture, tutorial and laboratory work supplemented by industrial visits to provide a coverage of planning, layout, operation and performance of power systems including management and economic aspects. The subject includes such topics as organisation of a power system and the role of its component sections (research, planning, design, purchasing, testing operations) layout of system plant, system control, environmental aspects, developments in transmission and generation equipment.

EET642 Electrical Power Systems I

A basic understanding of electrical power systems including generation, transmission, distribution and loads. Plant layout, commissioning, operation and testing functions.

EEB531 Electrical Power Transmission

Lectures, tutorial and laboratory work covering calculation of performance of transmission and distribution systems. The subject includes calculation of resistance, inductance and capacitance of lines and cables, transmission line theory and equivalent circuits of short, medium and long lines, generalised circuit constants and circle diagrams, per unit system, balanced and unbalanced faults, co-ordination of power and communication circuits and travelling wave theory.

EET641 Electrical Power Utilisation I

This subject introduces the student to the fundamentals of power utilisation. Includes an introduction to SAA wiring rules, L V reticulation in buildings and industrial plant, protection of L V circuits using fuses, simple calculations of conductor loading.

EET643 Electrical Protection I Fuses - types and characteristics for low voltage and distribution systems. Thermal and electromagnetic circuit breakers. Overcurrent - type relays. Motor protection relays. Current and voltage transformers, ratings and selection. Application and basic fault calculations for distribution systems.

EEB150 Electrical Technology Lectures and laboratory work covering basic electrical science. Electrical properties of conductors and insulators, DC circuits, sinusoidal voltages and AC power, electrostatics, electromagnetism. Principles of motors, generators and instruments.

EET851 Electrical Testing This subject deals with testing procedures for many types of electrical power plant and equipment, following closely the relevant standard specifications. Includes insulation testing techniques, continuity and earth testing, fault diagnosis, instrument transformers, phasing and commissioning procedures.

EEB586 Electronic Design I The general principles of engineers design applied to specific electronic circuits and sub-systems; Amplifiers, oscillators, filters and other common circuits.

EEB686 Electronic Design 11

The design techniques are developed further with examples taken from communications, industrial electronics and computer technology.

EEB786 Electronic Design 111 Detailed design of more advanced electronic circuits and sub-systems. Introduction to overall system design using integrated circuits.

228 Synopses

EEB886 Electronic Design IV Generalised sub-system and system design with examples taken from communications, industrial electronics and computer technology.

EEC445 Electronic Systems

A series of lectures and practical work dealing with electronic devices and systems of importance in instrumentation. Topics include - thyratrons, thyristors and assoc· iated devices, including control and applications; Boolean algebra and logic circuits; pulse and digital circuits; information handling and information processing systems.

EEB477 Electronics

Principles of transistor amplifier design, bias stabilisation and load lines. Transistor amplifier frequency characteristics. Characteristics and applications of integrated circuit amplifiers. Basic feedback theory and applications.

EEC470 Electronics I Introductory lectures with associated practical work revising Electrical Technology I and including transformer theory, electron tubes, semi-conductors, power supplies, amplifiers including audio, RF and DC and basic feedback theory.

EEC570 Electronics 11

A follow on from Electronics I, covering audio, video and tuned amplifiers, feedback, oscillators, pulsing circuits, modulators and detectors.

EEC670 Electronics 111 Further lectures and practical work on electronic apparatus including VHF equipment and equipment for the generation and measurement of distortion, noise, voltage, current, frequency and power.

EET470 Electronics I

A basic introduction to the fundamentals of electronic devices and circuits including semi-conductors, transistors, amplifiers, switching circuits, oscillators, integrated circuits.

EEB305 Electrotechnology I

This subject is intended to be a general introduction to the principles of operation of electromagnetic devices for all electrical engineering students and deals with the properties of magnetic materials, their use in simple electromagnetic systems and practical limitations imposed on the design of such systems.

EEB405 Electrotechnology 11

This subject deals with the development of torque and e.m.f. in rotating electrical machinery, and covers the theory and technology of one type of machine - the d.c. machine - in depth. Special types of d.c. machines are introduced and the dynamic operation of d.c. machines is briefly considered. The technology of power distribution systems and elementary power system calculations are also introduced.

SEB101 Engineering I

An introductory unit on the history, concept and scope of Civil Engineering. The course includes an introduction to basic structures, building construction, foundat· ions, water engineering, civil engineering materials with particular emphasis on concrete, transportation etc. Lectures are supplemented by assignments, practical exercises and field visits. A further series of lectures and laboratory work covers the generation, distribution and utilisation of electrical power. Generators, transformers, motors, control and instruments. D.C. network theory, Thevenin's and Norton's theorems, simple A.C. circuits. Electrical safety, protection and wiring rules.

(cont.)

Synopses 229

SEB101 Engineering I (cont.I

A descriptive and introductory Mathematical treatment of internal combustion engines, and turbine plant. Diesel and petrol engines, gas and steam turbines, combustion and boiler equipment are all covered, together with the introductory Thermodynamics necessary for basic calculations in these areas. A brief introduction to associated properties of Fluids and Heat Transfer is included.

SEB102 Engineering 11

Basic subject covering concepts of measurement, analysis and design, including experimental techniques, modelling, measurement technology, creativity and design analysis. Environmental impact and societal responsibilities. The application of computers in the field of engineering. Binary numbers, arithmetic operations, high and low level languages. Elementary FORTRAN programming on central QJT computer facility. A/D conversion, sampling, interface problems, 1/0 devices, realtime systems, analogue and hybrid computing. An introduction to Engineering Design and factors affecting design with emphasis on areas generally of a non-calculable nature, but with some exercises based on calculations to illustrate the interrelationship between the various design considerations.

CHB544 Engineering Chemistry M

Water and water treatment; properties, impurities and equipment performance, treatment processes. Corrosion; electrochemistry, surface and aqueous corrosion, prevention. Fuels and combustion; solid, liquid and gaseous fuels, principles of combustion, petroleum fuels. Lubrication and lubricants.

MEB120 Engineering Drawing I

The role of drawing. Orthographic projection. Construction. Pictorial drawings. Assembly drawings. Structural drawing. Surface development.

MEC120 Engineering Drawing I

Introduction - use and care of instruments; geometrical constructions; conic sections; loci problems. Mechanical Drawing - projection in first and third Dihedral angle; engineering drawing related to current Australian Standard Drawing Practice. Pictorial views - isometric and oblique parallel projection. Descriptive Geometry - inclined planes; objects on or cut by inclined planes. Hand sketching and written work - on engineering components.

MEC320 Engineering Drawing 11 Pictorial views - perspective using plan method. Mechanical Drawing detail and assembly drawings first and third angle sectional views. Electrical Drawing -electrical circuit drawings and block diagrams - simple schematic and wiring diagrams - plant or component layout drawings.

MET120 Engineering Drawing I

Principles of first and third angle projection, sectional views. Pictorial drawing. Presentation of graphical data.

MET121 Engineering Drawing IA

Further practical work to develop Engineering Drawing I.

MET220 Engineering Drawing II

Auxiliary views, intersection and interpenetration of surfaces, surface development, further sectioning and simple assemblies.

MET221 Engineering Drawing llA

Further practical work to develop Engineering Drawing 11.

230 Synopses

MET320 Engineering Drawing Ill

More advanced assembly drawing, dimensioning and details and techniques of Simplified Drafting.

MET321 Engineering Drawing lllA

Further practical work to develop Engineering Drawing 111.

MET420 Engineering Drawing IV

Introduction to structural drafting, reinforced concrete drawing, preparation of bar lists and simple electrical drafting.

MET421 Engineering Drawing IVA Further practical work to develop Engineering Drawing IV.

ESC119 Engineering Geology

Lectures and practical work dealing with geological principles and history, geomorphology, structural geology, mineralogy and petrology of common materials, geological mapping and the principles of engineering geology and its application. Local field excursions of short duration as required.

EST219 Engineering Geology

An introduction to geology with emphasis on features of structure, mineralogy, weathering and erosion which affect the stability of slopes, cuttings, tunnels, foundations and excavations. Local field excursions of short duration as required.

MEC420 Engineering Graphics

Descriptive Geometry: oblique plane, primary and secondary auxiliary projections. Surface Development: intersection and interpenetration. Spiral Curves. Cams. Construction of Nomographs. Graphical Analysis: differentiation and integration, second moment of area by graphical means, shear force and bending moment diagrams, force in framed structures.

MET720 Engineering Graphics

Primary and secondary auxiliary views, nomographs, loci of points applied to mechanisms and introduction to computer graphics.

MEB230 Engineering Materials llA

Metallic Materials, Castings. Review of properties available in castings e.g. sand casting, shell moulding, investment casting, gravity die casting, pressure die casting. A review of structures and properties obtainable in grey irons, alloy irons, nodular irons, cast steels, high tensile brasses, gun metals, aluminium bronze, silicon bronze, aluminium alloys, and zinc base alloys. Heating treatment of castings.

Wrought Produces. Review of the effects of cold and hot working on chemical homeogeneity, casting defects, metallurgical structure, physical properties and dimensional tolerances. The effect of heat treatment of wrought products.

Thermoplastics and Thermosetting Plastics. Review of the physical properties of the important commercial plastics, with particular reference to strength, creep properties, and durability.

Physical and Mechanical properties of ceramic and composite materials.

Powder Metallurgy. Field Trip.

Synopses 231

MEB231 Engineering Materials 118

Metal Joining Processes.

Comparison of welding processes. Arc plasmas. Heat flow. Temperature distribution. Gas-metal reactions. Gas shielded processes. Welding of steel, low alloy steels, aluminium and stainless steels.

Soldering and Brazing. Adhesives. Selection analysis. Classification of adhesives. Mechanical properties and performance - stress distribution, joint design. Field Trip.

MEB331 Engineering Materials 111

Materials selection, physical and mechanical properties, methods of manufacture, behaviour in the environment, economic factors. Materials testing, specifications and standards, destructive testing, non-destructive testing. Field Trips.

MEC140 Engineering Materials I

A series of lectures and practical work dealing with the general properties of materials, service requirements, production and properties of materials, production and properties of ferrous and non-ferrous metals and their alloys, testing procedures, plastics, ceramics and other materials.

MEC340 Engineering Materials 11

A series of lectures extending the topics given in the earlier subject Engineering Materials I, with emphasis on practical applications such as welding etc.

MET140 Engineering Materials I

Lectures and practical work dealing with the general properties, service requirements and production of ferrous and non-ferrous metals and their alloys. Also plastics, ceramics and other materials.

MEB132 Engineering Materials and Processes

The solid state, metals, ceramics and polymers. Phase changes. Equilibrium diagrams for metallic compositions. Deformation and fracture, dislocations and cracks. Streng· thening mechanics. Materials technology, polymers, ceramics and metals; joining methods, corrosion, testing. Introduction to safetY organisation, safe practices, guarding and safe use of machinery. Basic sand moulding, investment casting. The range of welding processes with a detailed treatment of arc and oxy-acetylene welding. Forging, rolling, extrusion, punching, blanking and drawing. Metal cutting. The common machine tools and their relation to NC and automation methods of obtaining different surfaces. Introduction to measurement, gauging limits and fits.

MAB192 Engineering Mathematics II Differentiation and partial differentiation, integration and its applications. Sequences and series, simple tests for convergence, power series, Taylor series. Maxima and minima. Moments of inertia.

MAB491 Engineering Mathematics 111 Complex numbers and applications. Vector algebra and the vector geometry of lines and planes. Radial and transverse acceleration. Linear differential equatii::>ns with constant coefficients, applications. Numerical solution of equations by NewtonRaphson method, numerical integration.

MAB492 Engineering Mathematics IV Linear algebra, matrix methods, linear simultaneous equations. Probability theory and some basic distributions. Ordinary differential equations, homogeneous and non-homogeneous cases, determination of the particular integral.

232 Synopses

MAB791 Engineering Mathematics V

Matrices, eigenvalues and eigenvectors. Solution of systems of linear equations by direct and iterative methods. Probability, distributions, hypothesis testing and analysis of variance. Introduction to operations research, linear programming.

MAB792 Engineering Mathematics VI Linear differential equations, variation of parameters, series solution. Partial differential equations, separation of variables. Numerical methods, finite difference techniques, numerical integration, boundary value problems. Complex variables, elementary functions, conformal transformations, applications.

MEC541 Engineering Metallurgy A descriptive lecture series on the metallurgy of metals and their alloys covering a selection of materials for engineering processes, working of metals, corrosion protection, heat treatment, tool material and foundry metallurgy.

PHB131 Engineering Physics I Surface tension. Kinetic theory of gases, temperature scales and thermometers. Osmotic pressure. Gravitational fields, satellite orbits. Electric fields, potential, capacitance, dielectrics. Magnetic field, field due to currents, self inductance, rise and decay of currents, magnetic materials. Waves; various media; moving and stationary, interference; diffraction; Doppler effect. Acoustics; shocks; sound; alternation; measurement. Optics; refraction, polarization, photometry, colour.

PHB330 E ngi neeri ng Physics 111

Atomic and Nuclear Physics (Discharge of electricity through gases, arc discharge. Oual itative approach to - scattering, the nuclear atom and the concept of crosssection. Nuclear constitution in terms of neutrons and protons. Natural radioactivity, decay schemes, and decay statistics. Biological effects. Control and protective measures. Nuclear binding energy. Isotopes and induced radioactivity; mass spectrometers. Use of radioisotopes. Possibility of energy release by fission or fusion. Chain reactions; thermal and fast reactors; fission products; prompt and delayed nPutrons). Quantum Mechanics.

MEB370 Engineering Processes 11 Metal casting. Metal working. Metal 1oming. Metal cutting. Automatic machines, copying devices, form tooling, milling, thread production. Production of fine machine surface. Basic gear cutting and correction. Jigs and fixtures. Field Trips.

MEB221 Engineering Science I Statics; energy transmission, force and torque, static equilibrium, shearing force and bending moment. Dynamics: time and distance, velocity and acceleration, kinetic energy, road vehicle dynamics, simple flight dynamics.

CEB364 Engineering Science 11

Fluids and fluid flow in pipes and channels. Flow measurement. Hydraulic models. Pumps and pump characteristics.

CEB504 Engineering Science Ill Hydrology; rainfall, stream flow measurement; hydraulic design of drainage. Soil mechanics for surveyors; definition, properties, and grading of soils; roadwork, foundation and retaining wall design; soil stability. Concrete technology; properties, manufacture and testing of concrete; elementary reinforced concrete design.

Synopses 233

CET364 Engineering Science I A subject designed to introduce fluid and hydrologic phenomena and to develop skills in measurements and calculations involved in piped drainage systems and open channels covering hydrology, pipe and open channel flow, flow measurement, hydraulic models and machines, and urban drainage systems.

CET404 Engineering Science 11

An introduction to the terminology, design practice and code requirements, constructional tolerances, site and laboratory testing, associated with civil engineering works. Topics include: land and sub-divisional engineering, roads, foundations, urban drainage and culverts, dams, canals, channels and rivers, water supply and sewerage, steel, reinforced and pre-stressed concrete, structures - such as bridges and buildings, railways, marine works, irrigation works.

SVC306 Engineering Surveying A series of lectures covering construction and use of surveying instruments. Theodolite, planetable and stadia surveying. Principles and practice of photogrammetric surveying. Route surveying. Computation and setting out of curves and other engineering works. Levelling and its application to contouring, working survey and earth· work computation. Office plotting.

SVT306 Engineering Surveying I A series of lectures, tutorials and practical classes covering fundamental survey concepts, co-ordinate systems; differential and simple trigonometric levelling; angular measurements; bearing and azimuth; linear measurement by steel tape and stadia; traversing and detail surveying; computation and drafting.

SVT506 Engineering Surveying II

A series of lecture, tutorial and practical classes covering the application of simple field and computational techniques to route location (including geometry of curves, super-elevation and earthworks) hydrography, tunnel! ing and miscellaneous setting out tasks associated with building and construction.

SVT506 Engineering Surveying 11

A series of lecture, tutorial and practical classes covering the application of simple field and computational techniques to route location (including geometry of curves, super-elevation and earth-works) hydrography, tunnelling and miscellaneous setting out tasks associated with building and construction.

CMC123 English An introduction to business communication; application of communication conventions and principles to essays, business letters, reports, speeches, improved reading techniques; meeting procedure; library.

CMB108 English for Technologists Topics to be covered include: the choice of words, sentence structure, grammar, syntax, punctuation, paragraph structure, topic sentence and thesis, commitment and response, unity, coherence and continuity, organisation, outlining, quotations and documentation. Short essays will be written in class to illustrate the topics covered.

CHP144 Environmental Chemistry A subject which provides the basic chemistry requirements for an understanding of aspects of environmental engineering. Topics include the properties of gases, liquids and solids. colligative properties of solutions (boiling points, freezing points, osmosis); chemical equilibrium; phase equilibria and colloids; surface chemistry; electrolytes and electrochemistry; chemical reactions; kinetics and thermodynamics; organic chemistry of biologically important molecules.

234 Synopses

CEB570 Environmental Engineering A Lectures and tutorial work on solid wastes, collection systems, transportation, land fill, composting, incineration, unit processes of waste disposal, case studies, demonstrations and seminars. Compulsory field visits.

CEB571 Environmental Engineering B Lectures and tutorial work on atmospheric pollution, relationship to transportation and land use planning, micro meteorology: sound pollution, noise generation, transportation, structural and functional design of buildings; visual aspects of urban environment.

BEP388 Environmental Impact Studies Ecological change and its acceptability. Political and socio-economic considerations of environmental pollution, its limitations and control, with particular reference to water pollution. Relations between environmental protection laws and policies and Environmental Impact Studies in Queensland. Compulsory field trips will form a portion of this subject.

BEP180 Environmental Science Basic ecological concepts and their application. A systems approach to natural environment. Ecosystem theory in relation to man. Pollution as perturbation of an ecosystem, with particular reference to water resources. A major field study of 1-2 days will form a compulsory portion of this subject.

EEB430 Field Theory

The mathematical treatment of fields and field theory is developed from simple static and dynamic concepts. Vectors are recapitulated and vector treatment is developed to solve Laplace, Poisson and Maxwell equations. Emphasis is placed upon the transverse electro-magnetic wave, both bounded and unbounded.

CEB404 Field Trip

A series of compulsory field visits to nominated projects, designed to illustrate current practice in civil engineering design and construction techniques throughout Australia. Assessment by written reports and oral debriefing sessions will apply.

CEB550 Finite Element Methods

Further work on matrix structural analysis, coordinate transformations, three dimensional systems, dynamic and buckling problems; finite element techniques, plane strain and plane stress problems,axisymmetricproblems, specialised elements; introduction to plate and shell theory, finite difference techniques.

MEB440 Fluid Control Circuit Design

Basic principles of pneumatic, electro-pneumatic, fluidic, hydraulic and electrohydraulic systems. Design and application of fluid power systems including fluid couplings and torque convertors.

CET465 Fluid Mechanics

Lectures, tutorial and practical work covering the properties of fluids, simple hydrostatics, fundamental characteristics and equations of fluid flow, pipe and open channel flow and hydraulic measurements. Laboratory and tutorial work will cover basic fluid behaviour and provide an introduction to instrumentation.

CEB260 Fluid Mechanics I

Introduction to Fluid Mechanics and its relationship to Civil Engineering practice. Fluid properties, hydrostatics, continuity, energy and momentum equations for steady one dimensional flow. Viscosity, turbulance, boundary layers and hydrodynamic forces. Dimensional analysis. The subject includes lectures, tutorial and practical work.

Synopses 235

MEB461 Fluid Mechanics II

Review of fundamentals; Navier-Stokes equations, Reynolds equations, boundary layers, lift and drag; compressible flow; transient flow in pipes (surging and water hammer); non-Newtonian flow. Field trips.

MEB360 Fluid Mechanics and Heat Transfer

Fluid properties, fluid statics, fluid dynamics, forces in fluid flow, similitude, pumps and turbines, fluid flow measurement. Heat transfer calculations on conduction, convection, radiation. Dimensional analysis, analogue methods, furnace heat transfer. Field trips.

MEC460 Fluid Mechanics and Heat Transfer

Introduction to fluid mechanics and heat transfer, Bernoulli equation, pumps and other rotodynamic machines, flow and losses in pipelines, compressible and incompressible fluid flow, water, oil, steam and gases in motion. Conduction through plane and cylindrical surfaces. Surface effects. Radiation. Free and forced convection. Combined modes. Fluidics, pneumatic and hydraulic applications. Fans. The dimensionless numbers, model studies. Flow over notches and weirs. Field Trips.

MET560 Fluid Mechanics and Heat Transfer I

Introduction to fluid mechanics and heat transfer, Bernoulli equation. Pumps and other rotodynamic machines, flow and losses in pipelines. Compressible and incompressible fluid flow. Water, oil, steam and gases in motion. The dimensionless numbers,model studies. Convection and convective heat transfer.

MET660 Fluid Mechanics and Heat Transfer II

Conduction through plane and cylindrical surfaces. Surface effects. Radiation, Combined modes. Fluidics, pneumatic and hydraulic applications. Fans. Flow over notches and weirs. Field Trips.

SVC375 Forestry

A series of lectures covering the utility of forests, afforestation, identification of timbers, forest surveys, timber assessment, the economic timbers of Queensland.

CEB440 Foundation Engineering

Lectures, tutorial and practical work and compulsory field visits on shallow foundations, footings, slab, strip and raft foundations, compensated and floating foundations; pile foundations, pile types, group capacity, settlement, lateral loading effects, dynamic formulae, insitu tests, marine applications; embankment design, role of rock fill, stability factors, filter design, instrumentation; dynamic foundations, design for vibrational loadings; excavation supports, modern techniques of design and construction.

MEC553 Fuels Testing

Boiler heat balances and combustion calculations. Gas and vapour phase chromatography, fire precautions, temperature measurement and instrumentation. Local and world resources.

MET753 Fuels Testing

Lecture and laboratory work covering general laboratory procedures, testing standards and criteria of fuels, oils etc. General treatment of standard test procedures for solid, liquid and gaseous fuels. Some testing of lesser known fuels. Field Trips.

SVC540 Geodesy

A series of lectures covering geodetic instruments and definitions, the geodetic properties of the Earth, triangulation, geodetic levelling, determinatipn of geodetic position, radii of curvature, convergence, spherical excess in geodetic surveying.

236 Synopses

SVT641 Geodesy

Descriptive treatment of earth's gravity field; geoid and ellipsoid, geodetic co-ordinate systems. Use of formulae for computation on the spheroid. Elementary survey adjustment.

SVC476 Geography for Cartographers

A series of lectures covering selected topics drawn from geomorphology, climatology, biogeography, economic, urban and regional geography .Students are required to undertake two full-day field assignments in the Greater Brisbane area.

ESB519 Geology Basic geological principles and theories. Introductory mineralogy and petrology. Principles of historical geology. Structural geology. Geomorphology. Local field excursions of short duration as required.

ESC143 Geology for Cartographers Lectures and practical work covering basic geological principles, geomorphology, structural geology, economic geology and historical geology. Local field excursions of short duration as required.

CEB340 Geomechanics I Further development of the properties of soils, triaxial tests, stress paths, failure criteria etc.; slope stability, stability coefficients, non-linear relationships; geological factors affecting stability; settlement, three dimensional techniques, finite difference analysis, secondary settlements; soil formation, engineering characteristics; laboratory, tutorial and practical work with associated compulsory field visits.

CEB540 Geomechanics 11 Further work on principles of rock mechanics, mechanical properties, rock foundations, slope stability, improvement of rock strata by bolting, pinning etc.; rock fragmentation and wave propagation; large scale geological investigation techniques, terrain evaluation, ground water, factors in structural geology. Geological conditions affecting shore line erosion and reconstruction. Tutorial, practical work and compulsory field visits.

MNB075 Government

This subject introduces the fundamental concepts of politics. It then applies these to an examination of the institutions and processes of Australia's political systems with particular emphasis on the National level and the State of Queensland, Local Government in Queensland, the Public Service, the Judiciary and the interaction of professionals with political process are also examined.

EEB951 High Voltage Power Plant This subject is intended to cover aspects of high voltage technology related to power supply systems. The ways in which very high voltage originate and propagate in power systems are analysed, and methods of protection, selection of insulation and high voltage test techniques are studied with reference to the appropriate standards.

CEB510 Highway, Bridge and Traffic Engineering Advanced highway design, re-alignment problems, model applications, speed zoning; neighbourhood impact, noise and social interactions; multi-channel queuing theory, shock wave analogues; mass transport systems; bridge types for modern highway design, economic spans and proportions, underpasses, tunnels, ventilation, highway structures, causeways, floodways, safety aspects.

Synopses 237

CEB310 Highway and Traffic Engineering I

An introduction to traffic engineering, road capacity, traffic studies, origin and destination surveys, parking and accident surveys, street lighting, statistical analysis of traffic stream. The subject includes lecture and tutorial work.

CEB311 Highway and Traffic Engineering 11

Lectures, tutorial work and field visits on pavement design, flexible pavements, rigid pavements; stabilisation techniques; prestressed pavements; principles of highway inventory and maintenance, remedial techniques; traffic control devices, construction phasing; specialised construction techniques, explosives, elevated and underground construction etc.; highway materials, bitumen and asphalt, laboratory testing.

CEB360 Hydraulic Engineering I Lectures, tutorial and practical work on the applications of fluid mechanics to pipe and open channel flow, flow measurement and hydraulic machinery.

CEB460 Hydraulic Engineering 11

A series of lectures, tutorial and practical work and field v1s1ts in hydraulics with particular emphasis on unsteady flow, movable boundary hydraulics and hydraulic models. Topics include pipe flow; open channel flow, hydraulic structures, gradually varied flow, unsteady flow; mobile boundary hydraulics and the theory and practice relating to fixed and mobile boundary, natural scale and distorted models.

CEC460 Hydraulics A lecture series covering properties of fluids, principles ot continuity, measurement of flow, hydraulic turbines and centrifugal pumps, water hammer, rainfall and runoff. An introduction to the principles of water quality control. Basic Public Health Engineering. Practical work in the laboratory will cover measurement of flow and tests on hydraulic machinery.

CEB361 Hydrology Lectures, tutorial and practical work providing an introductory course in hydrology and urban drainage design; hydrologic cycle, rainfall and runoff, statistical concepts, methods of analysis and urban drainage design; unit graph methods; flood studies; general applications of hydrology.

CEP272 Hydrology Water requirements - domestic and industrial, growth of water demand. Availability and distribution of water. Basic hydrology, estimation of water yield. Losses, catchment yield, river intake yield. Field Trips.

MEB477 Industrial Ad ministration Principles of industrial organisation. Engineering economics. Patents. Company law. Industrial law. Safety. Industrial medicine. Ethics.

EEB726 Industrial Control I

Control hardware: transducers, gyroscopes, stepper motors, signal processors, and bridges for speed measurement. Linear control theory: block diagrams, signal flow graphs, disturbances and noise, feedback for linearisation, Routh-Hurwitz stability criterion, root locus diagrams. Control system design: performance specifications, component selection, performance charts, compensation network determination and design. Numerical control: number systems, schematic diagrams, performance of point-to-point and continuous path systems.

EEB826 Industrial Control II

Control hardware: on-stream analysers, square root extractors, computer interfaces, process controllers, programmable logic controllers. Control theory: process control, plant identification, analysis of process systems, types of process controllers, bangbang systems, computer control.

238 Synopses

EET577 Industrial Electronics

Familiarization with various large scale systems designed to show the application of electronics to industry, including industrial process control, telemetery, navigational systems, power station requirements, general control systems, radio, TV and audio system applications.

SET100 SET200 SET300 SET400 SET500 SET600 SET700 SETSOO

Industrial Employment I Industrial Employment 11 Industrial Employment Ill Industrial Employment IV Industrial Employment V Industrial Employment VI Industrial Employment VII Industrial Employment VIII

Students should engage in at least fifteen weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

MEB470 Industrial Engineering Production planning and control. Factory planning. Quality control. Work study, ergonomics etc. Data processing and operations research. Specifications, estimates and wage incentive schemes.

MNB003 Industrial and Labour Relations

This subject covers the institutional basis of the industrial relations scene in Australia. The structure and operation of the Conciliation and Arbitration Commission in the Queensland and Federal spheres. The role of government, extent of State and Federal jurisdiction. History and role of Trade Unions, and employers group. Union and employer interaction in wages and conditions determinations, productivity and collective bargaining. Strikes, lockouts and industrial disputation.

CEP375 Industrial Liquid Wastes

Sources and characteristics of industrial I iquid wastes. Design methodology. Unit operations and processes. Pilot scale modelling and investigation. Case studies of selected industrial wastes, with field visits to nominated sites.

MET733 Industrial Metallurgy I

Lectures and practical experiments to study detailed aspects of the heat treatment of steel alloys and the metallurgy of deep drawing and pressing. A review of the processing, characteristics and properties of extruded, powder metallurgical and plastic products.

MET833 Industrial Metallurgy 11 Lectures, practical demonstrations and experiments to cover foundry sands, foundry procedures, foundry alloys and the processes, consumables and metallurgical effects encountered in production and maintenance welding. Practical experiments on the type of x-ray, ultrasonics, current and other non-destructive methods of weld testing. Field Trips.

MEB350 Industrial Plant Lectures, practical work and industrial visits covering power station thermal plant, and plant involved in mining, milling, refining and manufacturing.

Synopses 239

SVB189 Industrial Practice I

Students should engage in at least twenty weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

SVB289 Industrial Practice II


SVB389 Industrial Practice 111


SVB489 Industrial Practice IV


SV8589 Industrial Practice V Students should engage in at least twenty weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

EEB942 Industrial Systems I

Systems for the control of position, speed, pressure, flow, level and torque, especially as applied to the power industry. Process indicating and recording instruments. Telemetry techniques. Remote supervisory control techniques. Techniques for controlling power systems stability.

EEB943 Industrial Systems II Systems for the control of speed, pressure, flow, level, torque, tension and composition, especially as applied to the process industries. Machine tool control systems. Automatic inspection systems. Vehicular traffic control systems. Sequence control techniques. Interfacing digital computers to process plant. Data loggers. Laser technology.

MEB400 Industrial Visits A series of visits to large industrial concerns in the Sydney region for a total period of one week. Reports will be required on various aspects of the visits.

EET529 Instrument Practice A An introduction to the principles of commonly used measuring instruments and measurement techniques in the field and laboratory; voltage, current, power, energy, resistance, inductance, capacitance, active device parameters, frequency, phase, waveform and recorders being the main areas covered.

EET521 Instrumentation and Control Measurement techniques, transducers, process control, signal recording, control systems, frequency and stability analyses, performance specifications, a series of lect· ures and practical work of general application in mechanical and electrical engineering.

240 Synopses

EEC310 Instrumentation Technology I A series of lectures and practical work dealing with the application of mechanics, fluid mechanics and thermodynamics to instrumentation. Topics include simple harmonic motion; angular momentum; flywheel; gyroscopes; pressure measuring devices; flow measurement; laminar and turbulent flow; thermometry; laws of thermodynamics; thermodynamic cycles and efficiency; fluid flow measurement and control.

EEC410 Instrumentation Technology 11 A series of lectures and practical work including - information systems and communication; accurate electrical measurements using bridge methods; electric transducers; temperature measurement; workshop practice.

EEC510 Instrumentation Technology 111

A series of lectures and practical work including - photoelectrics; nucleonics; electric filters (active and passive); analytical measurements and sampling; integrated circuits; advanced electronic instruments.

EET677 Integrated Circuits

Introduction to linear integrated circuits. The subject will have a heavy practical content. The complete characterisation of integrated circuit parameters; D.C. characteristics e.g. bias currents, offset currents, offset voltages etc., and their practical implications. A.C. characteristics e.g. gain, phase, slewing rate and their effect on circuit performance. Characterisation of various consumer circuits such as IF amplifiers, modulators etc.

MET852 Internal Combustion Plant

Descriptive and introductory mathematical treatment and associated practical work following on from Mechanical Engineering including working cycles for diesel and petrol engines and gas turbines. Total energy systems. Field trips.

CEP362 Irrigation Engineering

A subject to introduce graduates to the problem of irrigated agriculture and the engineered services to it. Topics will cover soil, water and plant relationships, soil conservation, farm practice>, groundwater and surface sources and conveyance structures. Field trips as required.

MET782 Jig and Tool Design I

Introduction to economics of Jig and Tool Design, Principles of Jig Design - location, jig details, brushes, jacks, pins, clamps etc. Common application of jig and fixtures. Cutting tool design and form tools.

MET882 Jig and Tool Design II

Press tools, plastic moulds, gauge design, quality control product design in relation to effective use of materials. Introduction to ideas of cost analysis, function and inter-relation of product and production sections.

CEC504 Job Organisation Lectures and field visits on typical organisations, construction planning and programming, controlling of labour, plant materials and sub-contracts.

CET808 Job Organisation Lectures, tutorials and field trips on organisation of labour, plant, materials and subcontracts during planning and construction phases of civil engineering projects.

Synopses 241

CEC586 Laboratory Projects Selected projects in various fields are proposed for which students must develop test techniques and analyse the results in the form of a laboratory report.

SVB570 Land Administration I

Introduction to the elements of law. Land title and title registration. The Land Acts of Queensland. Queensland legislation affecting land surveyors. Students are required to undertake three half-day visits to archives and libraries in the Greater Brisbane area.

SVB672 Land Administration 11

Management and organisation theory. Finance, feasibility and investment analysis. Land acquisition. Queensland Land administration Acts.

SVB663 Land Development Practice Development project design; financial and technical control of projects; specific design assignments for various types of project e.g. residential neighbourhood, industrial estate, resort area etc. Students are required to undertake four full-day visits to subdivisions in the Greater Brisbane, Albert Shire and Gold Coast area.

SVC571 Land Laws and Regulations A series of lectures covering the law of property, land registration systems, leasehold, land title descriptions, searching, rights and powers of the Crown, limited access survey regulations, powers of the various State and Local authorities, law relating to accretion and erosion and copyright.

SVT471 Land Lavvs and Regulations Introduction to the Australian Legal System, sources of law. The various Acts affecting land and land surveying in Queensland.

SVT352 Land Studies Introduction to geomorphology and land forms in Australia, central place theory and regionalism.

SVB121 Land Surveying I Principles of surveying. Surveying instrumentation. Traversing. Levelling. Elements of tacheometry. Contouring. Elementary theory of error. Plane surveying computations.

SVB226 Land Surveying 11

Detail Surveying. Reconaissance surveying. Route location. Curve theory. Setting out surveys. Earthwork computation. The elements of cadastral surveying. More advanced plane surveying computations.

SVB332 Land Surveying Ill

Cadastral surveying. Cadastral plans. Introduction to adjustment theory. Students are required to carry out off-campus field work in the Greater Brisbane area or a contiguous Shire.

SVB430 Land Surveying IV

Spheroidal computation. Primary Traversing. Classical Triangulation. Trigonometrical Levelling. Theory of least squares adjustment of observations. Australian Map Grid computations. Students are required to carry out off-campus field work in the Greater Brisbane area or a contiguous Shire.

SVB544 Land Surveying V

Mining Surveying. Hydrographic surveying. Theory of field astronomy.

242 Synopses

SVB631 Land Surveying VI

Astronomy practice. More advanced adjustment theory and practice. Satellite fixation systems. Precise levelling. Students are required to carry out off-campus field work in the Greater Brisbane area.

SVB551 Land Valuation Concepts and purposes of valuation. Improvements. Urban and rural valuation. Interest in land. Compensation. Legislation affecting land valuation. Land valuation practice.

EEP102 linear Control Theory I Manipulation of block diagrams and signal flow graphs. Load disturbances and noise. linearization by the use of feedback. Stability criteria. Root locus diagrams. Performance specifications. Selection of system components. Selection and design of compensation configurations. Identification techniques.

EEP104 linear Control Theory 11 Choice of state variables. Eigen values and Eigen vectors. Matrix transformation. State-space representation. Solution of the state-space equation. Controllability and observability. Liapunov stability. State-variable feedback. Non-interacting controllers.

EEB510 linear Systems Analysis

Generalised transform theory, Laplace, Fourier, Hilbert and other transformers. Concept and general properties of transfer functions. System response to unit impulse, step and other inputs. Properties of network functions. Network topology and matrix representation. Linear systems analysis techniques.

CES101 local Government Practice

An introduction to Local Authority Laws and Regulations, Legislative powers, Local Government Act, relevant Planning Acts, Main Roads Act, Forestry Act, Clean Waters Act etc. Regulations and practices relating to resumptions, sub-division construction, rights of entry, urban building construction, powers and duties of Engineer and Overseer. Field visits as required.

CET809 local Government Practice

An introduction to Local Authority Laws and Regulations, Legislative powers, Local Government Act, relevant Planning Acts, Main Roads Act, Forestry Act, Clean Waters Act etc. Regulations and practices relating to resumptions, sub-division construction, rights of entry, urban building construction, powers and duties of Engineer and Overseer. Field visits as required.

MEC570 Machine Control A lecture series and associated practical work covering DC motors and generators, AC motors, Ward Leonard sets, selsyns, amplidynes, engines, turbines and drives, centrifugal clutches, hydraulic drives, gear boxes, simple feedback systems, governors and speed controllers, and elementary treatment of some common control systems. Field Trips.

MET573 Machine Tools I Analysis of cutting action. Tool life and tool wear, machinability. Machine tool capability and perfor.mance.

MET673 Machine Tools II Types and use of lathes, milling, broaching, gear cutting, grinding, honing, lapping and special purpose machines including NC and transfer machines. Field Trips.

Synopses 243

MEB311 Machine Frame Analysis

Analysis for elastic deflection of determinate and indeterminate structures. Analysis for post-elastic deflection of elements and structures. Analysis for properties of machine components.

MNB004 Management

The subject acts as an introduction to the theory and practice of management and lays a foundation on which to build managerial knowledge and techniques through a life time career. Functions of management: planning, organising, leading and controlling are presented in the framework of a systems approach to decision making.

MEB472 Manufacturing Technology

Developments in metal cutting, tool wear, chatter, machine tool design and importance of dynamic response. Lathe tooling. Advanced gear cutting. Developments in grinding. Automation, numerical control, transfer machines. Modern processes. Jig and fixture design.

SVC513 Map and Plan Reproduction

A series of lectures covering copying of maps and plans, camera work, colour theory, principles of lithography, proving, off-set printing and letter press printing. Students are required to undertake one evening visit to a printing organisation in the Greater Brisbane area.

SVC442 Map Projections

A series of lectures and practical work covering the problem of map projections, properties of projections, main systems of map projections, characteristics and geometry of better known projections, choice of projections. Transverse Mercator and two standard parallel polyconic projections in detail, grid-projection conversion.

SVT542 Map Projections I

Historical review of the development of map projections, the principal systems of map projections and their properties; choice of projection.

SVT507 Mapping and Photogrammetry

A series of lecture, tutorial and practical classes covering a brief outline description of the principal map projections and the UTM system; of the technical description of land and of registered plans. An elementary introduction to photogrammetry and photo-interpretation, radial line methods, the mirror stereoscope and simple parallax heighting. Students are required to undertake one evening visit to an aerial surveying organisation in the Greater Brisbane area.

MEB339 Materials and Processes Project

Laboratory experiments, project work to cover approximately equal time in areas relating to the subjects Engineering Materials and Engineering Processes. Field trips to areas such as Maryborough and Toowoomba.

CET596 Materials Specification and Control Dimensional and geometrical control in design and construction, tolerances, quality control and specifications, properties and testing of civil engineering materials, cement, aggregates, concrete, steel, soils, bitumen, paint, timber etc. Relationship of material properties to applications and development of specification requirements in practice.

CET597 Materials Specification and Control A Practical exercises and compulsory field trips based on the syllabus of CET596 Materials Specification and Control. Exercises will include library and laboratory work and material specification writing.

244 Synopses

MEC433 Materials Testing An introductory lecture series and associated practical work covering standards and codes for testing, non-destructive testing, testing machines, surfaces, stress measure· ment and vibration analysis. An introduction to statistical methods used to analyse test results. Field Trips.

MET433 Materials Testing An introductory series of lectures and associated practical work covering standards and codes for destructive testing. Testing machines and procedures. Introduction to statistical methods to analyse test results. Field Trips.

MAC191 Mathematics I

Algebra: indices, surds, logarithms, ratio and proportion, variation, progressions, permutations and combinations, binomial theorem. Trigonometry: Ratio of angles, solution of triangles, compound angles, identities. Geometry: Similar figures, ratio and proportion, triangles and circles.

MAC491 Mathematics II

Algebra: Binomial theorem and applications. Analytic Geometry: Straight line and circle. Calculus: Differentiation, maxima and minima, integration, definite integral. Trigonometry: Solution of triangles, equations, heights and distances.

EEB320 Measurement and Instrumentation

Instrument movements. Multimeters. Energy meters. Effect of waveshape. Bridges. Q-factor meters. f3 meters. Diode and transistor curve tracers. Waveform generators. Frequency, phase and power-factor meters. C.R.0.'s Wavemeters and spectrum analysers. Very low and very high frequency techniques. The stroboscope. X-Y plotters, U-V and pen recorders, curve followers. Transducers for angular and linear displacement, angular velocity, temperature, strain and weight.

EEB953 Measurement and Protection A series of lecture, tutorial and laboratory work with detailed coverage of power measurement and protection equipment. Includes advanced measurement techniques, power system protection equipment, system earthing, power co-ordination with reference to relevant codes of practice and standards.

MEB280 Mechanical Design 11 Further work in the Design of Machine Elements. Work to be based on material previously or concurrently covered in Strength of Materials, Applied Mechanics, Engineering Materials and Processes and Engineering 11. Design of Bolted Connections in tension, shear. Welded Connections in tension and shear. Keys and Keyways, cottered joints. Power Transmission by screws and belt drives. Shaft Couplings. Shaft Design for Strength, effect of Keyways, Plain bearings, Rolling Element bearings. Gears.

MEB380 Mechanical Design 111

Design of brakes and clutches, helical gearing, worm gearing, springs for static and dynamic loading, shaft design. Introductory structural steel design to meet ASCAI. Structural Steel Code. Design exercises and projects. Tolerancing and dimensioning. Selection of datum. Design of cams. Design layouts.

Synopses 245

MEB489 Mechanical Design Project

A project will be assigned to the class for submission as a group project. The design will be reviewed in terms of material selection and treatment, manufacturing method, stress analysis, project control and management, and engineering drawing and communication.

MEC300 Mechanical Engineering An introductory series of lectures covering: Basic Thermodynamics Boyle's and Charles' Laws, change of state, first and second laws of Thermodynamics, Processes and cycles. Steam - formation, properties, reciprocating and rotary steam engines, internal combustion engines, gas turbines, air compressors, refrigeration, solar energy and power generation.

MET200 Mechanical Engineering Mechanical engineering equipment and processes including mechanical plant and equipment, engine cycles, engine types, site equipment, maintenance and servicing, industrial safety, workshop processes, precision measurement, machinery and procedures for engine maintenance. Lectures, tutorials and practical work.

MEB410 Metal Working Processes

Plastic deformation, analytic, computer and model techniques. Analysis of student projects. Student assignments.

MEB471 Metrology

Surface finish, basic standards of length, gauge manufacture, principles of gauging, measuring instruments and their principles, calibra+ion etc., optical methods of measurement, machine tool alignment including tests for straightness. Field Trips.

MET772 Metrology I

Basic standards of length and angle. Measuring equipment and methods. Machine alignment. Care and maintenance of equipment. Calibration and standardising. Equipment conversion.

MET872 Metrology II

Gauging, types and methods of control of quality. Optical inspection methods and equipment. Screw threads, gear teeth, surface finish. Principles and practice of instrument design. Field Trips.

MEC573 Metrology and Machine Tools A lecture series and associated practical work on Metrology and Machine Tools. Metrology will include basic standards of length, measuring equipment and methods, gauging and statistical quality control, while Machine Tools covers analysis of cutting action, types and uses of lathes, screw threads, milling, broaching, gear cutting, grinding, honing and lapping and special purpose machines, including numerically controlled machines. Field Trips.

EEP110 Micro Computer Control Basic discussion of microprocessor architecture, memory systems and peripherals. Instruction formats and programming structures. Interfacing and input/output techniques. Applications in process control.

246 Synopses

EEB837 Microwave Systems

A subject in advanced microwave techniques and devices and a study of anisotropic phenomena. The topics include non-uniform lines, inhomogeneously filled guides, propagation in plasma and ferrites and their application to guide components, analysis of waveguide circuits and high frequency sources, including forward and backward wave devices, masers, lasers, impatt and transferred electron devices.

CES102 Municipal Engineering

Lectures and associated course work including field visits covering the operations of local authority and municipal practice, works relationships, urban drainage and road construction, landscape and municipal construction, traffic systems and operations, road junction construction, water supply and sewerage, swimming pool operations, reservoirs etc., street marking and lighting, waste collection and disposal, interrelationship of urban services etc.

CET707 Municipal Engineering

Lectures, tutorials, practical work and field trips covering the operations of local authority and municipal practice. drainage and road construction, traffic operations and systems, services including landscaping, water reticulation, sewerage works and waste collection and disposal.

CES120 Municipal Planning

A series of postgraduate lectures and tutorials and one or more field visits covering relevant town planning legislation; objectives, surveys, presentation and administrative procedures associated with municipal, urban and regional planning. The course is for students intending to sit for the Local Government Engineer's examination and is available on the basis of sufficient enrolments.

EEC591 Navigational Aids

A descriptive lecture series with associated practical work on navigational aids including non-directional beacons, automatic direction finding, radio range. Decca, Hyperbolic and Loran, R/0 System Tacon, distance measuring equipment, radar and blind landing systems.

MNB930 Operations Research

This subject is designed to be an introduction to the development, application and computation of the basic operations research techniques. The topics will include: Linear Programming, The Dual Problem and Post-Optimality Analysis, The Transportation Problem and Network Models, Dynamic Programming, Project Scheduling by PERT-CPM, Queuing Theory.

EEP111 Optimization and Extremum Control

Optimization of system performance by alternative design techniques. Performance indices. Perturbation techniques. Hill-climbing systems. Model-reference systems. Applications of computers to extremum control.

CHC463 Organic Chemistry and Materials An introductory subject in organic chemistry with an engineering bias, designed for technicians. The subject includes a study of homologous series of compounds such as hydrocarbons, alcohols, acids, amines etc. The subject will include materials of petroleum origin and polymer chemistry.

Synopses 247

ACB455 Personal and Corporate Finance

The subject examines the Australian financial environment from both a personal and corporate point of view. Sources of financial information are examined with the view to suggesting potential sources of funds - banks; insurance companies; leasing; issuing of shares; other sources - and avenues of investment - fixed term; securities; shares; fixed assets; and other investment opportunities. Other corporate and personal decision areas covered include estate planning; mergers; portfolio management and taxation.

SVB343 Photogrammetry I Aerial photographs and photo-interpretation. Photogrammetric optics. Geometry of the simple photograph. Elementary plotting from aerial photographs. Ground control. Terrestrial photogrammetry. Students are required to undertake one half-day visit to an aerial survey organisation in the Greater Brisbane area.

SVB443 Photogrammetry 11

Advanced stereo-photogrammetric theory; space resection; parallax; relative and absolute orientation. Stereo-plotting instruments. Aerial triangulation. Rectification. Automatic photogrammetry. Specifications. Students are required to undertake one half-day visit to a mapping organisation in the Greater Brisbane area.

SVC243 Photogrammetry I

The place of aerial photographs in surveying. Flight specifications and processing equipment, flight planning, development and fixing. Photo interpretation, introduction to stereoscopy, interpretation of physical and cultural detail from aerial photographs. Uses of aerial photographs and selection of control. Students are required to undertake one evening visit to an aerial surveying organisation in the Greater Brisbane area.

SVC343 Photogrammetry II Introductory mathematics, photogrammetric optics, geometry of aerial photograph, stereoscopy, photocompilation, aerial triangulation, mosaics and photomaps, field control, principles of construction and operation of stereo plotting machines. Students are required to undertake one half-day visit to a mapping organisation in the Greater Brisbane area.

SVT243 Photogrammetry I

The photographic process, aerial survey and flight planning; geometry of single photograph, scale etc.; stereoscopy, stereoscopes and parallax bar; simple treatment of space resection; rectification and interpretation. Students are required to undertake one evening visit to an aerial surveying organisation in the Greater Brisbane area.

SVT343 Photogrammetry 11

Use of stereoplotters, relative and absolute orientation; radial line methods. Terrestrial photogrammetry. Students are required to undertake one evening visit to a mapping organisation in the Greater Brisbane area.

PHB170 Physics for Surveyors

Physical and geometric optics. Mechanics. Properties of matter. Heat. Acoustics and ultrasonics. Fields. Electromagnetic radiation. Electronics.

EEC452 Plant Layout (Communication)

A series of lectures, demonstrations and exercises in layout of equipment for telephone exchanges, cabling, panel equipment, interconnection diagrams, trunk swiching equipment and provision for future expansion.

248 Synopses

EEC451 Plant Layout (Power)

The lectures cover rules and regulations, domestic and industrial equipment layout and circuitry, supply authorities distribution equipment, power stations and substations.

CEP377 Pollution Monitoring Data acquisition, processing and evaluation. The design of sampling programs and procedures. Instrumentation, accuracy, reliability, limitations. The significance and reliability of analysis results. Pollution indices etc.

MEB451 Power Plant Steam turbines, power station boilers, special application, feed heating plant, power stations, air compressors, gas turbines, nuclear plant, solar energy, IC engines and fuels. Field Trips.

EEB741 Power System Analysis

In this subject the analytical techniques required in the design and analysis of transmission and distribution systems are developed. Some of the topics studied are: load-flow and fault-current calculation, methods of assessment of the steady-state and transient stability of systems, and factors influencing the ways in which the system is control led.

EEC540 Power Systems I

An introductory descriptive lecture series with associated practical work on electric power supply covering loading, cost of generation, review of generator principles, overhead lines and underground cables, transformers, circuit breakers, capacitors, protection, metering, power stations, distribution, safety and maintenance.

EEC640 Power Systems 11 Further lectures and practical work following on Power Systems I and including electrical layout of power stations, system operation including stability protection from over-voltage and additional work on system protection.

CES100 Powers and Duties of a Municipal Engineer A series of postgraduate lectures and tutorials covering state parliamentary legislation, engineering economics, contracts, plant and management affecting municipal engineers. The course is for students intending to sit for the Local Government Engineer's examination and is available on the basis of sufficient enrolments.

MAB191 Preparatory Mathematics A self-paced course which revises and extends the material of the senior syllabus in trigonometry, basic algebra, co-ordinate geometry, differentiation, integration, complex numbers and basic techniques of calculation.

ACB183 Principles of Accounting The role of the accountant and the accounting information system. The accounting model and double entry accounting. Accounting for merchandising and manufacturing. Elementary cost accounting. Reporting to management. Short and long term financing decisions. Reporting to non managerial interests. Performance evaluation and cost controls. Accounting and planning.

MNB001 Principles of Economics The Micro-Economics segment deals with the breakdown of the national aggregates, including the relative prices of particular goods and what determines the quantitative breakdown of the national income aggregates into various goods and services. The Macro Economics segment deals with the big picture, the aggregates of income, employment and price levels. This subject shows how the economy of a country operates.

Synopses 249

EEP100 Process Control

Process transducers. On-stream analysers, process controllers and flow control valves. Terminology and symbols. Analysis of mass transfer, flow, level, pressure, temperature, and composition control systems. Feedback, feed-forward, cascade and ratio control. Tuning. Process control by computer. Process instrumentation.

EET823 Process Control Systems

Process controllers and recorders. Control valves. Process measurement of mass flow· rate, humidity, and chemical composition. On-stream analysers. Process-control symbols and terminology. Types of process loop. Tuning of process controllers. Control of temperature, flow, level, pressure, humidity, chemical composition, distillation. Start-up and shut-down procedures.

MEC542 Process Plant

Unit operations, mixing and separation processes, crushing, sizing, filtering, transport of solids. Evaporation, multiple effects, barometric condensers, air-water contact operations, furnace, heat, mass and energy balances, distribution, gas adsorption, rectification.

MEC572 Production Planning

A series of descriptive lectures and associated practical work covering time and motion study, methods study, productivity, layout of work area, plant layout, materials handling and production planning.

MET572 Production Planning l

Lectures and associated practical work dealing with time and motion study, methods study, incentive systems, productivity.

MET672 Production Planning 11 Layout of work area, plant and factory layout. Flow, group technology, materials handling. Production planning.

CMD199 Professional Communication Techniques The style and format of correspondence and formal professional documents. Research methods and reporting. Speech communication, informative and persuasive speech. Oral reporting, group process seminars, symposia etc.

CEB403 Professional Practice

Further development of the principles of professional civil engineering practice; engineering arbitration; project management; job organisation; lectures on specific areas of professional practice and associated site visits.

SVB680 Professional Practice

The history of surveying and surveyors. The surveyor in relation to statutory author· ities, civil, commercial and taxation laws. The surveyor as employer, employees, expert witness. Surveyor-client-consultant relationships. Professional ethics.

CEB491 Project (Civil)

The student is required to investigate in depth, either within the Institute or in the field, and present a formal report on a problem or problems taken from the full range of civil engineering practice. The object of the project is to evaluate the student's understanding of basic civil engineering principles and his application of them to a specific task. The projects may arise through participation in research programs or specific topics suggested from industrial applications.

250 Synopses

EEB787 Project (Electronics and Communication) An individual project involving design, laboratory and construction work with appropriate submission of reports taken from all areas of electronics and communication, including both circuit and system design.

EEB781 Project (Power and Control) Students are required to investigate a particular problem (s) and present a formal report for evaluation at the end of the year.

MEB409 Project (Mechanical) An individual project based on: a literature search on the topic, a theoretical analysis where applicable, construction of apparatus, an experiment to test the validity of theory, comments and conclusions.

CET895 Project Preparation of documents for a major civil engineering design project together with a comprehensive report.

MNB002 Psychology for Engineers

Introductory Psychology. Basic elements of Transactional Analysis and their applic· ation to work settings. Self-concept and its relationship to socially effective behaviour. Attitudes and attitude change. The dynamics of supervision in the work place.

CEB370 Public Health Engineering I

Lectures, tutorial and practical work on characteristics of water and waste water; basic microbiology; pollution; unit process of treatment, coagulation, flocculation, filtration etc.; sludge conditioning; effluent polishing and tertiary treatment; air pollution, sources, _monitoring and control; radioactive, toxic and other intractible wastes. Compulsory site visits are required.

CEB470 Public Health Engineering 11

Lectures, tutorial and practical work on the practice of water supply; sewerage design and practice; pipe I ine and reticulation design; design of water treatment and sewage treatment plant; package plants; sludge treatment; swimming pool design and operation; industrial waste treatment; air pollution. Compulsory site visits are an integral part of the course.

CET775 Public Health Engineering

Lectures, tutorials and field trips on the history and significance of Public Health Engineering. Characteristics of waters and wastewaters, processes and operation of treatment plants and an introduction to industrial waste problems.

MNB033 Purchasing and Distribution for Engineers

The various distribution channels will be studied in terms of both industrial and consumer type products including the nature and function of the various channels and the control of such. Procedure for price determination for both Industrial and Consumer goods including the various methods of setting pricing objectives. The objectives in purchasing industrial type products including co-operative forms. Also the selection of channels for new products or new companies together with the determination of the intensity of distribution. The firm's management of physical distribution will be examined in terms of inventory location and control systems.

Synopses 251

EEB949 Radio Navigation and Radar

A subject covering the basic theory of radar and the principles of radio navigation systems. Methods of range, velocity, bearing and position measurement are studied; the parameters of resolution, ambiguity, accuracy and detection are analysed. Techniques used in modern systems including matched and predictive filtering, M.T.I., and pulse doppler are introduced. The subject includes a systematic study of some of the existing systems such as D.M.E., V.O.R., lnterscan, T.F.R. etc.

EEC592 Radio and Television

A series of lectures with associated practical work covering the super-heterodyne receiver, elements and frequency bands of a TV system, TV transmitter and TV receiver, audio sections, synchronising, AGC, picture tubes and their circuits and antennas.

MET552 Refrigeration

Lectures and practical work concerning vapour compression, refrigeration cycles and equipment. Air cycles, steam jet and absorption refrigeration. Liquefaction of gases. Field Trips.

SVB460 Regional and Urban Planning I

Historical development of planning. Planning methodology. Determinants of land use. Regional considerations.

SVB560 Regional and Urban Planning 11

Urban land use planning: land requirements for major urban uses; factors affecting these requirements; land for urban life support systems. Transport studies and traffic engineering. Statutory planning requirements in Queensland: Local Government and City of Brisbane Town Planning Acts; policies for the control of urban development.

CEP379 Resource Conservation and Management The use and protection of the resources of air, water and land. Techniques of management of water quality, water resources. Land use conflict etc. State, catchment or regional, national control bodies. Administrative structures etc.

CEB210 Road Engineering A series of lectures and design problems and site visits covering the general design principles for urban and rural roads, intersection design, public facilities and subdivisional street requirements.

CET815 Road Location and Design Lectures, tutorials, practical Design Office exercises and field trips on basic road location principles, geometrics, horizontal and vertical alignments, momentum grading, pavement design and surfacing. Traffic engineering, intersection and street layout and design and drainage, highway maintenance and construction.

SVB795 Rural and Urban Studies I

Basic concepts of economic theory. Elements of Price Theory and Macro-economics. Economic policy and growth. Elements of regional, rural and urban economics.

SVB350 Rural and Urban Studies II

The biosphere; energy, chemical, and mineral cycles; cellular organisation and adaption; food, energy, and materials production. Forestry; afforestation; forest survey methods. The earth's crust. Climate in relation to primary industry. Students are required to undertake a full-day ecology excursion to Stradbroke Island and one full-day land evaluation exercise in the Greater Brisbane area.

252 Synopses

SVB450 Rural and Urban Studies 111

Introduction to Government. The structure of Government in Australia. Systems of government. Elements of public administration; the Public Service. The determination of policy. Students are required to undertake a one half-day visit to a Local Government office in the Greater Brisbane area or a contiguous Shire.

SVB550 Rural and Urban Studies IV Social aspects of land management and administration in rural and urban areas. Human groups, roles and role expectations, group interactions and relationships. Rural societies and the impact of urbanisation. Social problems of urban environ· men ts.

EEP108 Sampled Data Control Systems Sampling processes and impulse modulation. Data reconstruction. z operator and z transform. Difference equations and pulse transfer-functions. Block diagrams and flow graphs with samplers. Inverse transformation. z plane root-loci and stability. w operator and its application. Continuous data models. Compensation techniques, including digital compensation algorithms. State-space representation.

ACB753 Securities Evaluation This subject provides comprehensive study of some of the important aspects of security analysis; types of securities, financial information, share markets, analysis and evaluation of fixed income securities; fundamental and technical analysis of ordinary shares and analysis of speculative shares. Real life investment simulation is an integral part of the subject.

EEB370 Semi-conductor Electronics

Physics of conductors, insulators and semiconductors. Semiconductor diode and transistor principles. Equivalent circuits of transistors. Transistor amplifiers. Theory of operation and applications of zener diodes, tunnel diodes, varactor and other diodes. General theory and applications of silicon controlled rectifiers. Manufacture and fabrication of semiconductor devices.

CEB490 Seminars

Students will prepare and give at least two seminars on a suitable engineering topic or other subject as approved by the Head of Department. Discussion is invited and students must be prepared for questions from the audience. Assessment will be by a combination of staff and student evaluation. Participation is included as an assessment factor.

EEB785 Seminars Students will prepare and give a seminar on a suitable engineering topic or other subject as approved by the Head of Department. Discussion is invited and students must be prepared for questions from the audience.

MEB401 Seminars Two opportunities are given for presentation of a technical paper to a technical audience usually consisting of engineering students and staff. Students act as chairman of the meeting and assessment is made partly on technical content and partly on presentation.

SVB681 Seminar /Project

Two technically oriented seminars will be prepared and presented by each student. Each student will undertake and report on an approved project in the field of surveying.

Synopses 253

CMB107 Social Environment

This subject provides the engineering student with some useful insights into the nature and working of society, and with the sociological concepts which underlie society. It will examine social ethics, social conformity and social deviance, the impact of technology on society and social responsibility.

CEB240 Soil Mechanics IA

Introduction to Soil Mechanics, subject scope and relation to Geomechanics, soil types and their classification, clay physics, soil grain orientation and macro-scopic structure. Soil phase relations, density and compaction. Engineering properties of soils; permeability and shear strength; geostatic stresses. The determination of lateral soil pressures and retaining wall stability. The subject includes laboratory and tutorial work and compulsory visits.

CEB241 Soil Mechanics IB

Compressibility and consolidation of soils, distribution of surface loadings with depth. Shallow foundations, bearing capacity and factors affecting the allowable load. Introduction to slope stability and two dimensional flow. Site investigation methods and procedures. Soil stabilisation and pavement design. The subject includes laboratory and tutorial work and compulsory site visits.

CEC440 Soil Mechanics I An introduction to the principles of Soil Mechanics with consideration of soil types, properties and the simple soil tests. An introductory treatment also of the development of field techniques, compaction, stabilisation and road-making aggregates.

CEC540 Soil Mechanics II Further development of the principles of Soil Mechanics and Soil Chemistry, including settlement analysis and testing, the triaxial test etc. Elementary design of slopes, pavements etc. will be done as class projects.

CET645 Soil Mechanics I

The scope of soil mechanics; soil types and classification; clay properties and soil physics; void ratio, density, saturation and compaction tests. CBR and road pavement strength, soil suction; soil stabilisation. Permeability and filters. Geostatic pressures, total and effective stress, basic concepts of drained and undrained shear strength.

CET745 Soil Mechanics 11

Lectures, tutorials, practical work and field trips covering lateral stresses, pressures on retaining wal Is, sheet pile and strutted excavations, pressure distribution from surface loads. Soil settlement, elastic and consolidation test methods, typical results. Slope stability, undrained failure calculations, factors in drained failures. Flow nets and flow pressures. Field tests.

CEP275 Solid Waste Disposal Lecture, tutorial and site visits on unit operations of waste management, characteristics of wastes, sampling and analysis procedures, collection and storage systems, handling, reprocessing and disposal techniques. Optimisation of waste management, composting, landfill, combustion, incineration, air pollution control, liquidwaste and sludge streams, control of gaseous emissions. Recycling, salvage, alternative processes, structural, environmental, other applications. Legislation and policy.

CEC502 Specifications and Estimates A series of lectures and some practical work on the writing of specifications including measurement of materials, variations and adjustments, Prime Cost and Provisional items, payments, analysis of tenders and relation to estimates.

254 Synopses

CET708 Specifications and Estimates

Lectures, tutorials, practical work and field trips on specification writing and preparation of estimates from tender documents in Civil Engineering works.

SVC541 Spherical Trigonometry and Astronomy

The sphere, spherical triangles, development of formulae, solution of spherical triangles, spherical excess, applications of spherical trigonometry to astronomical and geodetic work in general. Introduction to astronomy, celestial sphere, astronomical triangle, time, establishment of position and meridian. Astronomical photography. Students are required to undertake two evening visits to the Brisbane Planetarium at Mt. Cootha.

SVT541 Spherical Trigonometry and Astronomy

Definition concerning the sphere and spherical triangles. Development and use of formulae for the general and the right angled spherical triangle. Spherical excess and area of triangle. The celestial sphere and celestial co-ordinates. Solar and sidereal tune, use of star almanac for Land Surveyors. Third order methods for determining latitude, longitude and azimuth. Students are required to undertake one evening visit to the Brisbane Planetarium at Mt. Cootha.

MET751 Steam Plant Descriptive and introductory mathematical treatment and associated practical work following on from Mechanical Engineering and including working cycles, entropy and enthalpy, properties of steam, steam boilers, engines and turbines. Power station installations. Nuclear plant and solar energy.

CEB182 Strength of Materials An introductory series of lectures, tutorial and practical work covering resolution of forces, truss analysis, section properties, forces in simple beams and the elastic properties of certain engineering materials. Simple beam theory, elementarv torsion theory and its application to helical springs, the analysis of stress and str:iin. and theories of elastic failure.


Lectures, tutorials and practical work following on from Strength of Materials. Certain beam theory assumptions are relaxed to consider beams of two or more materials, initially curved beams, a symmetrical bending, shear stress distribution and shear flow. Torsion is considered in non-circular, hollow and open sections. The effects of fatigue and creep are considered together with certain experimental techniques for stress and strain analyses including electrical strain gauges, photo elastic techniques, brittle lacquers and load measuring devices.

CET135 Strength of Materials A series of lectures, tutorials and laboratory work on the elastic behaviour of materials, how stress and strain are related, and an analysis of the ways in which stresses may be caused - tension, compression, temperature, bending, shear and torsion. The transformation of stresses is considered and an introduction given to theories of elastic failure.

MEB310 Stress Analysis A detailed treatment of current theory and techniques in strain measurement. Analysis for stress of various elements including thick cylinders, discs with thermal and inertial loading, curved beams, shrink and force fits and friction joints. Application of numerical methods.

Synopses 255

CEB551 Structural Design

Advanced analysis and design techniques for structures in steel, concrete and other materials. Emphasis will be placed on a depth of understanding of structural action and material properties, the economics of selection, the application of modern design techniques and Codes. Site visits are required.

CET755 Structural Design

More detailed treatment of the elements of structural design, use of Codes, details and content suitable for the development of a structural design technician. Examples and practical work in studio and field.

CEB252 Structural Engineering I

Lectures, tutorials and practical work on the principles of elementary structural action including work on equilibrium, compatibility, determinacy and stability, deflection analysis, energy theorems and their application, influence lines. The work covered will include an introduction to indeterminate analysis for simple structures and the concepts of flexibility and stiffness methods.

CEB352 Structural Engineering 11

Lectures, tutorial and practical work, extending the basic concepts and applications of Structural Engineering I. Moment distribution techniques and applications, approximate analysis, grit structures, three dimensional truss analysis, indeterminate influence lines, Muller-Breslau, concepts of plastic design, equilibrium requirements, mechanisms, code requirements and applications; computer analysis, matrix methods and analysis by stiffness and flexibility, introduction to dynamic analysis of structures.

CET555 Structural Engineering Lectures, tutorial and practical work on analysis of statically determinate structures. Review of basic statics and strength of materials, BM and SF diagrams, truss analysis, influence Jines. Deflection theory, moment area methods, concepts of energy theories, compatibility, superposition, virtual work. Determinacy and stability criteria. Emphasis will be placed on application to problems in office and field.

CEC550 Structures A lecture series covering systems of forces, bending moment and shearing force, states of stress and strain at a point, Mohr's circle diagram, theory of failure, elementary fatigue theory, types and functions of structures, pin jointed trusses, deflections, columns, reinforced concrete, influence lines of beams and trusses, design of concrete and steel structures.

CMB207 Survey of Australian Society This subject is designed to provide the student with an understanding of the basic pattern of Australian cultural development. It provides the student with a greater awareness of the Australian social context. It examines the interaction of such cultural factors and their influence on the Australian social fabric.

SVC529 Survey Computations A series of lectures covering computing methods, closes, areas, roads, earthworks , curves, resections, the slide rule and use of desk calculating machines and general treatment of the application of computer techniques to survey drafting office procedure.

SVT226 Survey Computations Practice A A series of practical exercises in survey computations of a type normally encountered in a survey office, including those associated with sub-divisional design, (closes, areas, earthworks etc.), with the establishment of minor control, and with astronomic observations. Use will be made of programmable calculators.

256 Synopses

CMB209 Survey of Contemporary Literature

This subject aims to increase the student's awareness of the function of literature in society as a metaphorical/symbolic process which communicates and expands insights about the nature of society and its workings. It includes discussion of the literary process; communication of attitudes and values; the sociological function of literature and drama; significant themes in literature - racism, war and anti-war, alienation, sex and violence, human relationships; contemporary genres of the novel -ideological novel, sensation novel, science fiction, romance, crime; drama and theatre; poetry of comment and commitment.

SVC311 Survey Drafting Practice Use and care of instruments, lettering standards and practice, enlargement and reduction of plans, plotting by bearing and distance and coordinates, compilation of engineering surveying plans, elementary cartographic drafting, cadastral drafting of simpler plans.

SVT121 Survey Drafting Practice I

Care and use of instruments, lettering and symbols, enlargement and reduction of plans, plan copying, elementary cartographic drafting.

SVT321 Survey Drafting Practice II

Traverse plotting, working drawing for route surveys, contour and feature survey plans, cadastral survey drafting.

MAB199 Survey Mathematics I

Calculus: differentiation, partial differentiation, complex numbers, sequences and series, integration, applications. Matrix Algebra; basic operations, linear equations, inversion, determinants, Cramers rule. Coordinate geometry. Statistics.

MAB495 Survey Mathematics 11 Calculus: special curves, functions of several variables, maxima and minima. L3grange multipliers, double and triple integrals. Matrix Algebra: transformations, eigenvalues and eigenvectors, quadratic forms, rotation in 3 dimensions, Eu!ar's angles, differentiation of matrices. Spherical trigonometry. Three-dimensional coordinate geometry.

MAB795 Survey Mathematics 111 Transformation in 3 dimensions: central projection, the near-parallel case. Numerical analysis: propagation of errors, solution of non-linear equations. Approximation and interpolation. Solution of simultaneous linear equations, Gaussian elimination, compact methods, Choelsky, interative methods.

SVC426 Survey Mathematics Approximation in applying trigonometry and series expansions to surveying, solid geometry of lines and planes, curvature, total and partial differentials, the elementary theory of error.

SVT112 Survey Plan Drawing A A series of practical exercises in plotting and preparing plans of all types of field surveys from field books, level books, tacheometer books, and other sources as normally done in survey offices in field employment.

Synopses 257

SVB322 Surveying I

A series of lectures and practical work covering the development of surveying in its different branches; the theory of error as applied to Surveying measurements; the principles of surveying in working from the whole to the part and the different co-ordinate systems for horizontal and vertical control; instrumentation and techniques for angular and linear measurement including EDME, automatic levels and tacheometry; engineering triangulation, levelling, detail surveying and elementary route surveying.

SVB422 Surveying II

A series of lectures and practical work covering photogrammetry, photogrammetric preparation of detail plans and an introduction to mapping; precise levelling, trilateration and traverse; hydrographic surveying; mine surveying.

SVB433 Surveying 111

Advanced topographic surveying especially in its application to road design, including flight planning, strip and block adjustment and ground control; geophysical surveying; advanced cartography.

SVC324 Surveying 11

A series of lectures and practical work covering elementary hydraulics, hydrographic surveys including soundings and location of soundings, survey adjustment, topographic surveys including plane table surveys, investigation surveys, road and railway surveys. Setting out of vertical and horizontal curves, setting out works, site control, elementary cadastral surveying, detail surveying, mine surveying, water supply and irrigation surveys.

SVC428 Surveying 111

A series of lectures and practical work covering the theory and setting out of transition curves, engineering survey control, minor triangulation, precise levelling control, precise traversing with tellurometer and geodimeter, use of the gyro theodolite, traffic engineering surveys, hydrographic survey control utilising Decca and Hydrodist systems, preparation of reports and maintenance of survey records, legal aspects of surveying.

SVT122 Surveying I

Introduction to survey measurement methods, construction, care and use of instruments for linear and angular measurements, including levelling and tacheometry. The traversing and detail surveying.

SVT222 Surveying II

Further work on optical and electronic distance measurement. Investigation, route, setting out, detail and mine surveys, elements of cadastral surveying. Students are required to carry out off-campus field work in the Greater Brisbane area or a contiguous Shire.

SVT324 Surveying Ill

Control surveys for various purposes, instrumentation and specifications. Introduction to error theory and property of normal distribution curve. Computations on AMG, transformation from spheroid to projection and vice versa. Students are required to carry out off-campus field work in the Greater Brisbane area.

SVT424 Surveying IV

Simultaneous methods in field astronomy. Hydrographic and hydrological surveys. Legal aspects of surveying, surveying reports and records. Students are required to carry out off-campus field work in the Greater Brisbane area.

258 Synopses

SVC422 Surveying for Cartographers

A series of lectures and practical work covering the fundamental concepts of surveying, principal instruments, linear measurement, traversing with theodolite and compass, levelling, hydrographic surveying, elementary mining surveying, elements of engineering surveying, preparation of field instructions.

SVB532 Surveying Practice I

A series of lectures in advanced cadastral and topographic surveying and quantitative land analysis and project work in topographic and/or hydrographic surveying and mapping which requires the student to undertake field work off-campus.

SVB630 Surveying Practice

A series of lectures in advanced surveying topics and project work in a number of fields of surveying such as hydrographic surveying, geodetic control surveying, topographic surveying and mapping. The latter requires the student to undertake field work off-campus.

SVB637 Surveying Practice II

A series of lectures in advanced project, geophysical and hydrographic surveying and project work in geodetic control surveying, topographic surveying and hydrograp_hic surveying which requires the student to undertake field work off-campus.

SVT123 Surveying Practice IA

A series of practical exercises in the use of chains and tapes, the compass, clinometer, optical square and other small items of field equipment, designed to give a level of competence comparable to that which would be obtained in field employment.

SVT223 Surveying Practice llA

A series of practical exercises in the care and use of the theodolite - angular measurement, traversing, stadia - and of the level, designed to give a level of competence comparable to that obtained in field employment.

SVT224 Surveying Practice II IA

A series of practical exercises in the use of the theodolite, level and other field equipment for making investigation and detail surveys and for setting out of works of a kind which would be encountered in field employment.

SVT325 Surveying Practice IV A

A series of practical exercises in the use of optical and electronic distance measuring equipment, the level, tacheometer, theodolite and plane table in situations likely to be encountered in field employment. Students are required to carry out off-campus field work in the Greater Brisbane area.

SVT425 Surveying Practice VA

A series of practical exercises in the more precise use of field equipment for establishing vertical and horizontal control, including a sun observation and adjustment of observations to a standard which would otherwise be achieved by field employment. Students are required to carry out off-campus field work in the Greater Brisbane area.

SVT426 Surveying Practice VIA A series of practical exercises in hydrographic, hydrological, astronomic or cadastral surveying as would normally be obtained in field employment.

Synopses 259

CEP376 Systems Modelling

Systems analysis, multifactor analysis of engineering projects, principles of modelling. Economics of systems, marginal analysis, econometric aspects of systems analysis, concepts of utility and welfare maximisation. Decision theory, principles of optimisation, development of objective functions, graphical analysis, linear programming, simplex method, organisational networks, system simulation, integer and dynamic programming, state concepts. Examples and case studies.

EEB610 Systems and Network Analysis

A series of lectures and practical work designed to illustrate the various methods available for analysis of linear and non-linear systems. Signal flow graphs. State variable analysis. Phase plane and other methods of non-linear analysis. Theory and design of filter networks.

EEC542 Systems Protection

A lecture series with associated practical work on power system protection covering types of relays and protection systems for generators, transformers, distribution and transmission lines and system earthing.

CMB109 Technical Communication An application of the principles of communication to specific communications in Engineering fields: literature reviews, research papers, reports, instructions, processes, patent descriptions, proposals and business correspondence. Both technical and non-technical audiences will be covered. Assessment in this subject will be determined by written assignments, one test and one oral presentation.

CEP170 Technology and the Environment

An introduction to the broad scope of the course and the impact of technology and civil engineering on the environment. A review of a selection of major technological impacts on the environment. The general approach to environmental control.

BEP767 Technology Assessment and Forecasting

Major technological developments and their effects. Methods of predicting the direction and long range impact of technological developments on society and the environment. Case studies. Emphasis placed on methodology of assessment and forecasting.

CET835 Tectonics Current techniques of building with examples, systems building, regulations, codes of practice, standards and specifications. Standard details, erection and construction of large buildings, design theory, method and practice, design of multi-cell buildings involving industrialisation and urban planning.

EEC560 Telecommunications I An introductory lecture series with associated practical work covering transmission theory, line propagation and loading, interference from power lines, simple treatment of telephony and telegraphy, modulation systems, carrier telephone systems, frequency co-ordination and the design of lightning protection equipment.

EEC660 Telecommunications II A further series of lectures and practical work following on from Telecommunications I covering transmitters, receivers, propagation from aerials and along transmission lines, microwave techniques and transducers such as loudspeakers, microphones, measuring devices, sonar etc.

EET566 Telecommunications An introductory broad sweep subject designed to expose the nature of communications and the theory applicable, covering systems, signals, noise, links, modulation, multiplexing, digital transmission.

260 Synopses

MEB211 Theory of Machines

Further work on kinematics, dynamics, graphic and analytic techniques as required in the analysis for geometry, motion forces, efficiency, for cases such as the following: crank, valve gears, gear trains, bearings, brakes, clutches, flywheels, belt drives, rolling friction drives. Laboratory experiments on machines and mechanisms. Development and/or analysis of special purpose mechanisms.

MEC552 Thermal Plant

A descriptive and introductory mathematical treatment and associated practical work following on from MEC300 Mechanical Engineering and including working cycles, entropy and enthalpy, fuels, properties of steam, steam boilers and engines, internal combustion engines, gas turbines and refrigeration. Power Station Installations, Air Compressors, Nuclear Plant and Solar Energy. Field Trips.

MEB250 Thermodynamics IA

Review of basic concepts; the second-law, entropy and availability; heat engine cycle analysis; positive displacement compressors, multi-stage compression, ideal intermediate pressure; gas turbine cycle analysis, compressors and combustion; steam engines, indicator diagrams and diagram factor. Field trips.

MEB251 Thermodynamics IB

Steam plant, Rankine cycle including superheat, reheat and regeneration; boilers, nuclear plant, total energy concept; steam turbines, calculations on impulse and reaction turbines; combustion, basic chemistry, fuels, air/fuel ratios, exhaust gas analysis; vapour-compression refrigeration cycles on p-h diagrams, compressors and refrigerants. Field trips.

MET171 Trade Training IA This is a practical subject aimed at instructing the student to be proficient in the use of workshop equipment. Topics include workshop safety, bench fitting, marking out, sharpening of tools, oxy-acetylene welding and cutting, electric arc welding, resistance welding.

MET271 Trade Training llA Students will be instructed in the practical use of various machine tools such as lathes, shapers, drills, milling machines and grinding machines.

EET536 Transmission Lines I These lectures introduce the student to the types of transmission system available. In particular, more detailed study is made of the problems of distributed behaviour and treatment on uniform two conductor transmission lines. The treatment of these would include study of primary and secondary constants of lines, wave motion, phasor description of waves. Lossless and lossy transmission lines, loading and equalization. The problems of matching would be introduced but not dealt with.

EEB536 Transmission and Propagation I A series of lectures and practical work covering the distributed behaviour of twin conductor transmission lines both from the elementary electrical component and wave point of view. The practical applications of wave theory is developed including the impedance concept and use of transmission lines as electrical components.

EEB636 Transmission and Propagation II A series of lectures with associated practical work developing the theory of waveguides and aerials. Wave guide components are studied and analysed including an introduction to s.h.f. valves and semiconductors. The nature of wave propagation on earth and in space is studied including attenuation, curvature and scattering phenomena. Fundamental aerial parameters are analysed and related.

Synopses 261

CEB520 Transportation Engineering

Lectures and tutorial work and site visits on urban transportation, trip generation techniques, modal split, demographic and economic forecasting, land use planning, trip distribution and assignment techniques, system planning and evaluation; computer techniques, simulation. Monte Carlo methods, applications and case studies.

CEP361 Urban Drainage

A subject designed to expand the knowledge and design skills of graduate engineers in the drainage of high value land. The subject will cover rainfall, runoff, models, hydraulics of structures, costs and policies. Field trips as required.

CEB192 Vacation Practice I

Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

CEB292 Vacation Practice 11 Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

CEB392 Vacation Practice Ill Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrail experience record form which has been completed by both the student and his employer.

EEB206 Vacation Practice I Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

EEB406 Vacation Practice 11

Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

EEB606 Vacation Practice 111 Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

MEB200 Vacation Practice I Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and his employer.

262 Synopses

MEB300 Vacation Practice II Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an indus· trial experience record form which has been completed by both the student and his employer.

MEB402 Vacation Practice 111

Students should engage in at least five weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an indus· trial experience record form which has been completed by both the student and his employer.

MEB210 Vibrations I The nature and generation of simple harmonic motion (SHM). Differential equations with SHM solutions. Differential equations with variable amplitude SHM solutions. Generation of SHM by rotating vectors. Complex numbers representation of rotating vectors. Systems with one degree of freedom. Systems with two or more degrees of freedom, with or without damping; with one or more driving forces. The transfor· mation of critical buckling force into resonant frequency and vice versa. Determining the natural frequency of beams and shafts with free ends, pin jointed ends, fixed ends and combinations. The transmission of energy through vibrating systems. The isolation of vibrating systems. Self-excited vibrations. Vibrating Systems driven by an unbalanced rotor (general case). Static and dynamic balancing of rotors. Analogue computer simulation.

MEB312 Vibrations 11

Vibrating systems, distributed mass of variable density and variable stiffness. Multiple degree of freedom. Matrix iteration. Non-linear springs and damping. Crank shaft stresses for multi-cylinder I .C. engines. Buckling of columns and plates. Analogue and digital computer techniques in the solution of vibration problems. Propagation of sound in fluids and solids. Measurement of air borne sound.

CEB560 Water Engineering

Lectures and tutorial work and site visits on selected topics in hydrology and mobile boundary hydraulics; regional concepts in hydrology, storm maximisation, statistical analysis, ground water hydrology; mobile boundary hydraulics, sediment sampling, alluvial channels, fluvial hydraulics and geomorphology, design of suitable channels in cohesive and non-cohesive materials.

CET866 Water Engineering Introduction to hydrology, hydraulic structures and hydraulic models. Emphasis will be placed on urban drainage, culverts, dams, energy dissipators, channels, trans· itions and soil conservation structures design. Tutorial and practical work and site visits.

CEP172 Water Quality Engineering I Characteristics of liquid wastes. Effects on receiving waters. Dispersion and decay of pollutants in the water environment.

CEP273 Water Quality Engineering 11

Unit operations and processes of water quality and control. Process Design Para· meters. Site visits as required.

Synopses 263

CEP274 Water Quality Engineering Ill

The design of water and wastewater treatment trains. Current practice and development. Site visits as required.

CEP378 Water Resources Development The planning and design of multipurpose, multi-objective water resource systems.

CEP380 Water Supply and Sewerage Water reticulation, distribution network analysis. Service reservoirs, pumping stations, waterhammer, design. Sewerage design and construction. Corrosion prevention and mitigation. Sewage and sludge pumping. Design of pumping stations - syphons, drops and overflows.

EET637 Wave Propagation

The wave concept is broadened to include the e.m. wave in free space and media, reflections, refraction, polarization. A brief introduction to guided waves. Aerials and aerial theory, parameters, types of aerial.

EET305 Workshop (Elec.) IA Legal requirements, codes of practice, State Acts, Trade Unions, safety, medical aid; introduction to work with soldering, crimping, wiring cords, cable layouts, earthing, continuity and insulation testing.

EET405 Workshop (Elec.l llA Wiring in buildings and switchboards, construction and maintenance of items such as relays, contactors, motors, light fittings; coil winding; fault finding in plant and circuits at medium voltages; basic protection circuits and equipment.

EET309 Workshop (Elec.) lllA

Basic design and construction of a transformer, illumination circuit, control equipment, S.C.R. power supply or similar items, including calculations, sketches, testing and technical report. Visit to a plant engaged in heavy current electrical engineering.

EET409 Workshop (Elec.) IVA An introduction to electronic circuit assembly and printed circuit board manufacture; electronic components and circuit testing; wire wrapping and construction techniques. Visit to a plant engaged in light current electrical engineering.

MET175 Workshop (Mechanical) IA

An introduction to workshops and field training, the use of sketches, working drawings, materials, safety and legal requirements, measuring instruments, sawing.drilling, grinding etc.

MET475 Workshop (Mechanical) lllA

An introduction to oxy-acetylene and electric welding techniques, foundry work, heat treatment; lathes, milling machines etc., punching, use of standard sections, specifications, catalogues etc.

MET471 Workshop Laboratory A series of workshop type demonstrations and experiments aimed at introducing the student to the 'how and why' of workshop tools and processes.

MEB170 Workshop Practice A theoretical and practical introduction to machine tool, general manufacturing processes and power producing equipment.

264 Synopses


A series of lectures and practical demonstrations giving an introduction to workshop practice and mass production processes covering - basic and precision measurement, industrial safety, metal cutting, standard and special purpose machines, casting, presswork and welding.

MET170 Workshop Processes

A series of lectures and practical demonstrations giving an introduction to workshop practice and mass production processes covering - basic and precision measurement, industrial safety, metal cutting, standard and special purpose machines, casting, presswork and welding.

Schedule of Subjects Offered within the School of Engineering

266 Schedule of Subjects

SCHEDULE OF SUBJECTS OFFERED WITHIN THE SCHOOL OF ENGINEERING

Coding System -

The subject code is in the form XXX999. The first two characters indicate the Department administering the subject.

CE Civil Engineering EE Electrical Engineering ME Mechanical Engineering SE School of Engineering SV Surveying

The third character indicates the level of the course in which the subject is taught.

B Bachelor's Degree C Certificate P Postgraduate Diploma S Special Subject T Associate Diploma

The three numerals identify the subjects within a course.

The courses in which the subjects appear are listed in the right hand column.

ACB183 ACB184 ACB393 ACB455 ACB753 ARB130 ARS109 BEB506 BEP180 BEP289 BEP388 BEP767 CEB182 CEB192 CEB200 CEB210 CEB240 CEB241 CEB252 CEB260 CEB280 CEB291 CEB292 CEB304 CEB305

CEB310 CEB311 CEB330 CEB340 CEB352 CEB360 CEB361 CEB364 CEB370 CEB392 CEB401 CEB403 CEB404 CEB405 CEB430 CEB440 CEB460 CEB470 CEB490 CEB491 CEB500 CEB504 CEB510 CEB520 CEB521 CEB530 CEB540

Principles of Accounting Accounting for Surveyors Computer Based Information Systems Personal and Corporate Finance Securities Evaluation Building Construction and Architecture Architecture and Industrial Design Basic Ecology

Schedule of Subjects 267

CEJ156, EEJ157, MEJ158 SVJ159 CEJ156, EEJ157, MEJ158 CEJ156, EEJ157, MEJ158 CEJ156, EEJ157, MEJ158 SVJ159 CEJ156, EEJ157, MEJ158 CEJ156

Environmental Science CEM163 Biology and Water Quality Control CEM163 Environmental Impact Studies CEM163 Technology Assessment and Forecasting CEM163 Strength of Materials CEJ156, EEJ157, MEJ158 Vacation Practice I CEJ156 Civil Engineering Design I CEJ156 Road Engineering CEJ156 Soil Mechanics IA CEJ156 Soil Mechanics IB Structural Engineering I Fluid Mechanics I Strength of Materials 111 Civil Engineering Materials I Vacation Practice 11 Civil Engineering Design 11 A Construction Management and

Economics Highway and Traffic Engineering I Highway and Traffic Engineering 11 Concrete Technology and Design Geomechanics I Structural Engineering 11 Hydraulic Engineering I Hydrology Engineering Science 11 Public Health Engineering I Vacation Practice 111 Design Project Professional Practice Field Trip Civil Engineering Design 11 IA Building Construction Foundation Engineering Hydraulic Engineering 11 Public Health Engineering II Seminars Project (Civil)

CEJ156 CEJ156 CEJ156 CEJ156, MEJ158 CEJ156 CEJ156 CEJ156 CEJ156

CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 SVJ159 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156

Construction Engineering CEJ156 Engineering Science 111 SV J159 Highway, Bridge and Traffic Engineering CEJ156 Transportation Engineering CEJ156 Civil Engineering Systems CEJ156 Concrete Design CEJ156 Geomechanics 11 CEJ156


CEB550 Finite Element Methods CEJ156 CEB551 Structural Design CEJ156 CEB552 Advanced Structural Analysis CEJ156 CEB560 Water Engineering CEJ156 CEB561 Coastal Engineering CEJ156 CEB570 Environmental Engineering A CEJ156 CEB571 Environmental Engineering B CEJ156 CEC300 Civil Engineering I CEC113, CEC115 CEC400 Civil Engineering 11 CEC113, CEC115 CEC430 Concrete Practice CEC114 CEC440 Soil Mechanics I CEC114 CEC460 Hydraulics CEC113,CEC115 CEC501 Construction Principles CEC115 CEC502 Specifications and Estimates CEC113, CEC115 CEC503 Contract Administration CEC115 CEC504 Job Organisation CEC115 CEC540 Soil Mechanics 11 CEC114 CEC550 Structures CEC113, EEC118, MEC121 CEC586 Laboratory Projects CEC114 CEC588 Advanced Laboratory Practice CEC114 CEP170 Technology and the Environment CEM163 CEP172 Water Quality Engineering I CEM163 CEP270 Air Pollution CEM163 CEP272 Hydrology CEM163 CEP273 Water Quality Engineering 11 CEM163 CEP274 Water Qua I ity Engineering 111 CEM163 CEP275 Solid Waste Disposal CEM163 CEP361 Urban Drainage CEM163 CEP362 Irrigation Engineering CEM163 CEP375 Industrial Liquid Wastes CEM163 CEP376 Systems Modelling CEM163 CEP377 Pollution Monitoring CEM163 CEP378 Water Resources Development CEM163 CEP379 Resource Conservation and Management CEM163 CEP380 Water Supply and Sewerage CEM163 CES100 Powers and Duties of a Municipal CES101

Engineer CES101 Local Government Practice CES102 CES102 Municipal Engineering CES102 CES103 Civil Engineering Computing CES102 CES120 Municipal Planning CES101 CET104 Construction Practice I A CEL187 CET135 Strength of Materials CEL187 CET195 Civil Engineering I CEL187 CET204 Construction Practice I IA CEL187 CET304 Construction Practice 111 A CEL187 CET364 Engineering Science I SVL190 CET404 Engineering Science 11 SVL190 CET465 Fluid Mechanics CEL187 CET555 Structural Engineering CEL 187, MEL 189

CET596 Materials Specification and Control CEL 187 CET597 Materials Specification and Control A CEL 187

CET605 Construction Practice I CEL187


CET635 Concrete Engineering CEL 187 CET645 Soil Mechanics I CEL187 CET705 Construction Practice 11 CEL 187 CET706 Contract Administration CEL 187 CET707 Municipal Engineering CEL187 CET708 Specifications and Estimates CEL187 CET745 Soil Mechanics 11 CEL 187 CET755 Structural Design CEL187 CET775 Public Health Engineering CEL187 CET796 Civil Engineering Computing CEL187 CET805 Construction Practice 111 CEL187 CET806 Construction Practice IV CEL187 CET807 Construction Management CEL187 CET808 Job Organisation CEL 187 CET809 Local Government Practice CEL187 CET815 Road Location and Design CEL187 CET833 Concrete Technology (Mech.) MEL189 CET835 Tectonics CEL187 CET866 Water Engineering CEL187 CET894 Computations A CEL 187 CET895 Project CEL187 CHB244 Applied Chemistry CEJ156 CHB544 Engineering Chemistry M MEJ158 CHC195 Chemistry I CEC114 CHC463 Organic Chemistry and Materials CEC114 CHC496 Chemistry 11 CEC114 CHP144 Environmental Chemistry CEM163 CMB107 Social Environment CEJ156, EEJ157, MEJ158 CMB108 English for Technologists CEJ156, EEJ157, MEJ158 CMB109 Technical Communication CEJ156, EEJ157, MEJ158 CMB207 Survey of Australian Society CEJ156, EEJ157, MEJ158 CMB209 Survey of Contemporary Literature CEJ156, EEJ157, MEJ158 CMB307 Advanced Professional Writing CEJ156, EEJ157, MEJ158 CMC123 English CEC114, SVC122 CMD199 Professional Communication Techniques SVL 190 EEB150 Electrical Technology CEJ156, EEJ157, MEJ158 EEB190 Computer Programming SVJ159 EEB206 Vacation Practice t EEJ157 EEB305 Electrotechnology I EEJ157 EEB315 Electrical Engineering EEJ157 EEB320 Measurement and Instrumentation EEJ157 EEB354 Electrical Engineering I ls MEJ158 EEB370 Semi-conductor Electronics EEJ157 EEB405 Electrotechnology 11 EEJ157 EEB406 Vacation Practice 11 EEJ157 EEB430 Field Theory EEJ157 EEB460 Communication Theory I EEJ157 EEB477 Electronics EEJ157 EEB510 Linear Systems Analysis EEJ157 EEB520 Control Engineering I EEJ157 EEB531 Electrical Power Transmission EEJ157 EEB536 Transmission and Propagation I EEJ157 EEB551 Electrical Power Plant I EEJ157


EEB554 Electrical Engineering 11 ls MEJ158 EEB566 Communication Theory 11 EEJ157 EEB577 Applied Electronics I EEJ157 EEB581 Electrical Design I EEJ157 EEB586 Electronic Design I EEJ157 EEB606 Vacation Practice 111 EEJ157 EEB610 Systems and Network Analysis EEJ157 EEB620 Control Engineering 11 EEJ157 EEB636 Transmission and Propagation 11 EEJ157 EEB651 Electrical Power Plant 11 EEJ157 EEB666 Communication Theory 111 EEJ157 EEB677 Applied Electronics 11 EEJ157 EEB681 Electrical Design 11 EEJ157 EEB686 Electronic Design 11 EEJ157 EEB721 Automatic Control Systems MEJ158 EEB726 Industrial Control I EEJ157 EEB737 Antennas EEJ157 EEB741 Power Systems Analysis EEJ157 EEB751 Electrical Power Plant 111 EEJ157 EEB781 Project (Power and Control) EEJ157 EEB782 Electrical Design 111 EEJ157 EEB783 Electrical Design IV EEJ157 EEB785 Seminars EEJ157 EEB786 Electronic Design 111 EEJ157 EEB787 Project (Electronics and EEJ157

Communication) EEB826 Industrial Control 11 EEJ157, MEJ158 EEB837 Microwave Systems EEJ157 EEB886 Electronic Design IV EEJ157 EEB921 Control Engineering IV EEJ157 EEB941 Electrical Power Systems EEJ157 EEB942 Industrial Systems I EEJ157 EEB943 Industrial Systems 11 EEJ157 EEB948 Communication Systems EEJ157 EEB949 Radio Navigation and Radar EEJ157 EEB951 High Voltage Power Plant EEJ157 EEB952 Electrical Power Plant IV EEJ157 EEB953 Measurement and Protection EEJ157 EEB967 Digital Communication EEJ157 EEB977 Digital Technology I EEJ157 EEB978 Digital Technology 11 EEJ157 EEB979 Applied Electronics 111 EEJ157 EEB991 Computing and Simulation EEJ157 EEC300 Electrical Engineering CEC114, EEC116, EEC117,

EEC118, MEC119, MEC120, MEC121

EEC310 Instrumentation Technology I EEC124 EEC400 Circuit Analysis EEC116, EEC117, EEC124 EEC410 Instrumentation Technology 11 EEC124 EEc420 Control Systems I EEC124 EEC440 Electrical Power EEC118 EEC445 Electronic Systems EEC124 EEC450 Electrical Machines I EEC116 EEC451 Plant Layout (Power) EEC118


EEC452 Plant Layout (Communication) EEC118 EEC470 Electronics I EEC116, EEC117, EEC118,

EEC124 EEC510 Instrumentation Technology 111 EEC124 EEC511 Electrical Measurements EEC116 EEC520 Control Systems 11 EEC124 EEC540 Power Systems I EEC116 EEC542 Systems Protection EEC116 EEC550 Electrical Machines 11 EEC116 EEC560 Telecommunications I EEC117, EEC124 EEC570 Electronics 11 EEC117, EEC124 EEC572 Computer Electronics EEC116, EEC117, EEC124 EEC590 Computer Programming EEC116, EEC117, EEC124,

MEC119 EEC591 Navigational Aids EEC117 EEC592 Radio and Television EEC117 EEC640 Power Systems 11 EEC116 EEC660 Telecommunications 11 EEC117 EEC670 Electronics 111 EEC117 EEP100 Process Control EEM164 EEP101 Computer Aided Systems Design EEM164 EEP102 Linear Control Theory I EEM164 EEP103 Computer Control EEM164 EEP104 Linear Control Theory 11 EEM164 EEP105 Automatic Control EEM164 EEP106 Analysis and Design of Systems I EEM164 EEP107 Digital Control Systems EEM164 EEP108 Sampled Data Control Systems EEM164 EEP109 Analysis and Design of Systems 11 EEM164 EEP110 Micro Computer Control EEM164 EEP111 Optimization and Extremum Control EEM164 EET110 D.C. Theory I EEL188 EET210 D.C. Theory 11 EEL188 EET300 Circuit Theory MEL 189 EET305 Workshop (Elec.) IA EEL 188 EET309 Workshop (Elec.) II IA EEL188 EET310 A.C. Theory EEL 188 EET400 Electrical Engineering EEL 188, MEL 189 EET405 Workshop (Elec.) I IA EEL188 EET409 Workshop (Elec.) IVA EEL188 EET470 Electronics I EEL188 EET521 Instrumentation and Control EEL188 EET529 Instrument Practice A EEL 188 EET536 Transmission Lines I EEL 188 EET551 Electrical Machinery EEL188 EET566 Telecommunications EEL188 EET577 Industrial Electronics EEL188 EET621 Control Theory I EEL188 EET637 Wave Propagation EEL188 EET641 Electrical Power Utilization I EEL188 EET642 Electrical Power Systems I EEL 188 EET643 Electrical Protection I EEL188 EET651 A.C. Plant EEL188


EET666 Communication Theory I EEL188 EET676 Digital Electronics EEL188 EET677 Integrated Circuits EEL188 EET678 Applied Electronics EEL188 EET766 Communication Theory 11 EEL188 EET790 Computer Programming I CEL187, EEL188,SVL190 EET822 Digital Control Systems EEL 188 EET823 Process Control Systems EEL 188 EET851 Electrical Testing EEL188 EET866 Communication Techniques I EEL188 ESB519 Geology CEJ156 ESC119 Engineering Geology CEC114, SVC123 ESC143 Geology for Cartographers SVC122 EST219 Engineering Geology CEL187 MAB191 Preparatory Mathematics CEJ156, EEJ157, MEJ158 MAB192 Engineering Mathematics 11 CEJ156, EEJ157, MEJ158 MAB199 Survey Mathematics l SVJ159 MAB295 Applied Mathematics EEJ157, MEJ158 MAB491 Engineering Mathematics 111 CEJ156, EEJ157, MEJ158 MAB492 Engineering Mathematics IV CEJ156, EEJ157, MEJ158 MAB495 Survey Mathematics 11 SVJ159 MAB791 Engineering Mathematics V CEJ156, EEJ157, MEJ158 MAB792 Engineering Mathematics VI CEJ156, EEJ157, MEJ158 MAB795 Survey Mathematics 111 SVJ159 MAB797 Applied Statistics for Surveyors SVJ159 MAC191 Mathematics I CEC113, SVC122 MAC491 Mathematics 11 CEC114, SVC122 MEB110 Applied Mechanics CEJ156, EEJ157, MEJ158 MEB120 Engineering Drawing I CEJ156, EEJ157, MEJ158 MEB132 Engineering Materials and Processes CEJ156, EEJ157, MEJ158 MEB170' Workshop Practice MEJ158 MEB200 Vacation Practice I MEJ158 MEB210 Vibrations I MEJ158 MEB211 Theory of Machines MEJ158 MEB221 Engineering Science I SVJ159 MEB230 Engineering Materials I IA MEJ158 MEB231 Engineering Materials 11 B MEJ158 MEB250 Thermodynamics IA MEJ158 MEB251 Thermodynamics I B MEJ158 MEB280 Mechanical Design 11 MEJ158 MEB300 Vacation Practice II MEJ158 MEB310 Stress Analysis MEJ158 MEB311 Machine Frame Ahalysis MEJ158 MEB312 Vibrations II MEJ158 MEB331 Engineering Materials 111 MEJ158 MEB339 Materials and Processes Project MEJ158 MEB350 Industrial Plant EEJ157 MEB360 Fluid Mechanics and Heat Transfer MEJ158 MEB370 Engineering Processes 11 MEJ158 MEB380 Mechanical Design 111 MEJ158 MEB400 Industrial Visits MEJ158 MEB401 Seminars MEJ158


MEB402 Vacation Employment 111 MEJ158 MEB409 Project (Mechanical) MEJ158 MEB410 Metal Working Processes MEJ158 MEB440 Fluid Control Circuit Design MEJ158 MEB450 Air Conditioning MEJ158 MEB451 Power Plant MEJ158 MEB461 Fluid Mechanics 11 MEJ158 ME8470 Industrial Engineering EEJ157, MEJ158 ME8471 Metrology MEJ158 MEB472 Manufacturing Technology MEJ158 MEB477 Industrial Administration EEJ157 MEB480 Design Analysis for Production MEJ158 MEB489 Mechanical Design Project MEJ158 MEC120 Engineering Drawing I CEC114 MEC140 Engineering Materials I CEC114 MEC270 Workshop Processes CEC114 MEC300 Mechanical Engineering EEC116, EEC117, EEC118,

MEC119, MEC120, MEC121 MEC310 Applied Mechanics I CEC113, CEC114, CEC115,

EEC116, EEC117, EEC118, MEC119, MEC120, MEC121

MEC320 Engineering Drawing 11 EEC116, EEC117, EEC118, MEC119, MEC120, MEC121

MEC321 Civil Drawing I CEC113, CEC115 MEC340 Engineering Materials 11 CEC113, CEC114, CEC115 MEC410 Applied Mechanics 11 EEC118, MEC119, MEC120,

MEC121 MEC420 Engineering Graphics MEC121 MEC433 Materials Testing MEC119, MEC120, MEC121 MEC460 Fluid Mechanics and Heat Transfer MEC119 MEC480 Drawing Office Practice I EEC118, MEC119, MEC120,

MEC121 MEC521 Civil Drawing 11 CEC113 MEC522 Drawing Office Practice (Elec.) EEC118 MEC541 Engineering Metallurgy MEC120 MEC542 Process Plant MEC119 MEC551 Air Conditioning MEC119 MEC552 Thermal Plant MEC119 MEC553 Fuels Testing MEC119 MEC570 Machine Control MEC119 MEC572 Production Planning EEC116, EEC118, MEC119,

MEC120, MEC121 MEC573 Metrology and Machine Tools MEC120 MEC580 Drawing Office Practice 11 EEC118, MEC121 MET120 Engineering Drawing I CEL187, EEL 188, MEL 189 MET121 Engineering Drawing IA CEL 187, MEL 189 MET123 Electrical Engineering Drawing IA EEL 188 MET140 Engineering Materials I CEL 187, EEL 188, MEL189 MET170 Workshop Processes MEL 189 MET171 Trade Training IA MEL189 MET175 Workshop (Mechanical) EEL 188 MET200 Mechanical Engineering CEL187, EEL 188, MEL189 MET210 Applied Mechanics I CEL187, EEL 188, MEL 189


MET220 Engineering Drawing 11 CEL187, EEL188, MEL189 MET221 Engineering Drawing 11 A CEL187, MEL189 MET223 Electrical Engineering Drawing 11 A EEL188 MET271 Trade Training I IA MEL 189 MET310 Applied Mechanics 11 CEL187, EEL188, MEL 189 MET320 Engineering Drawing 111 MEL 189 MET321 Engineering Drawing 111 A MEL 189 MET420 Engineering Drawing IV MEL 189 MET421 Engineering Drawing IV A MEL 189 MET433 Materials Testing MEL 189 MET471 Workshop Laboratory MEL 189 MET475 Workshop (Mechanical) I I IA EEL188 MET510 Applied Mechanics 111 MEL189 MET521 Civil Engineering Drawing I CEL187 MET522 Civil Engineering Drawing IA CEL187 MET552 Refrigeration MEL 189 MET560 Fluid Mechanics and Heat Transfer I MEL 189 MET572 Production Planning I MEL 189 MET573 Machine Tools I MEL189 MET580 Drawing Office Practice I MEL189 MET610 Applied Mechanics IV MEL189 MET651 Air Conditioning MEL 189 MET660 Fluid Mechanics and Heat Transfer 11 MEL189 MET672 Production Planning 11 MEL 189 MET673 Machine Tools 11 MEL 189 MET680 Drawing Office Practice 11 MEL 189 MET720 Engineering Graphics CEL187, MEL 189 MET721 Civil Engineering Drawing 11 CEL187 MET722 Civil Engineering Drawing 11 A CEL187 MET733 Industrial Metallurgy I MEL 189 MET751 Steam Plant MEL189 MET753 Fuels Testing MEL 189 MET772 Metrology I MEL189 MET780 Drawing Office Practice 111 MEL 189 MET782 Jig and Tool Design I MEL189 MET821 Civil Engineering Drawing 111 CEL 187 MET822 Drawing Office Practice (Civil) CEL 187 MET833 Industrial Metallurgy 11 MEL 189 MET852 Internal Combustion Plant MEL189 MET853 Combustion and Air Pollution MEL189 MET872 Metrology 11 MEL189 MET880 Drawing Office Practice IV MEL 189 MET882 Jig and Tool Design 11 MEL 189 MNA012 Administrative Practice SVL 190 MNB001 Principles of Economics CEJ156, EEJ157, MEJ158 MNB002 Psychology for Engineers CEJ156, EEJ157, MEJ158 MNB003 Industrial and Labour Relations CEJ156, EEJ157, MEJ158 MNB004 Management CEJ156, EEJ157, MEJ158 MNB033 Purchasing and Distribution for CEJ156, EEJ157, MEJ158

Engineers MNB075 Government CEJ156, EEJ157, MEJ158 MNB930 Operations Research CEJ156, EEJ157, MEJ158 PHB131 Engineering Physics I CEJ156, EEJ157, MEJ158

PHB170 PHB330 PHC450 SEB101 SEB102 SET100 SET200 SET300 SET400 SET500 SET600 SET700 SETBOO SVB115 SVB121 SVB189 SVB226 SVB289 SVB322 SVB332 SVB343 SVB350 SVB389 SVB422 SVB430 SVB433 SVB443 SVB450 SVB460 SVB489 SVB532 SVB544 SVB550 SVB551 SVB560 SVB570 SVB589 SVB614 SVB631 SVB632 SVB663 SVB672 SVB680 SVB681 SVB795 SVC111 SVC211 SVC243 SVC306

SVC311 SVC312 SVC324

Physics for Surveyors Engineering Physics 111 Certificate Physics Engineering I Engineering 11 Industrial Employment I Industrial Employment 11 Industrial Employment 111 Industrial Employment IV Industrial Employment V Industrial Employment VI Industrial Employment V 11 Industrial Employment V 111 Data Presentation Land Surveying I Industrial Practice I Land Surveying 11 Industrial Practice 11 Surveying I Land Surveying 111 Photogrammetry I Rural and Urban Studies II Industrial Practice 111 Surveying 11 Land Surveying IV Surveying 111 Photogrammetry 11 Rural and Urban Studies 111 Regional and Urban Planning I Industrial Practice IV Surveying Practice I Land Surveying V Rural and Urban Studies IV Land Valuation Regional and Urban Planning 11 Land Administration I Industrial Practice V Cartographic Drafting Land Surveying VI Surveying Practice 11 Land Development Practice Land Administration 11 Professional Practice Seminar/Project Rural and Urban Studies I Drafting Practice I Drafting Practice 11 Photogrammetry I Engineering Surveying

Survey Drafting Practice Cartographic Drafting Surveying 11


SVJ159 EEJ157, MEJ158 CEC114 CEJ156, EEJ157, MEJ158 CEJ156, EEJ157, MEJ158 CEL 187, EEL188, MEL 189 CEL187, EEL188, MEL189 CEL 187, EEL 188, MEL 189 CEL187, EEL188, MEL189 CEL 187, EEL 188, MEL 189 CEL 187, EEL 188, MEL 189 CEL 187, EEL 188, MEL 189 CEL 187, EEL 188, MEL 189 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 CEJ156 SVJ159 SVJ159 SVJ159 SVJ159 CEJ156 SVJ159 CEJ156 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVC122 SVC122 SVC122 CEC113, CEC115, EEC118, MEC121 SVC122 SVC122 SVC123


SVC326 Computations 11 SVC123 SVC343 Photogrammetry 11 SVC122 SVC375 Forestry SVC123 SVC422 Surveying for Cartographers SVC122 SVC426 Survey Mathematics SVC123 SVC428 Surveying 111 SVC123 SVC442 Map Projections SVC122 SVC443 Aerial Surveying SVC123 SVC476 Geography for Cartographers SVC122 SVC513 Map and Plan Reproduction SVC122 SVC529 Survey Computations SVC122 SVC540 Geodesy SVC122, SVC123 SVC541 Spherical Trigonometry and Astronomy SVC122, SVC123 SVC571 Land Laws and Regulations SVC122 SVT112 Survey Plan Drawing A SVL190 SVT121 Survey Drafting Practice I SVL190 SVT122 Surveying I SVL190 SVT123 Surveying Practice IA SVL190 SVT222 Surveying 11 SVL190 SVT223 Surveying Practice 11 A SVL 190 SVT224 Surveying Practice II IA SVL190 SVT225 Computations I SVL 190 SVT226 Survey Computations Practice A SVL190 SVT243 Ph otogrammetry I SVL190 SVT306 Engineering Surveying I CEL187,MEL189 SVT321 Survey Drafting Practice II SVL 190 SVT324 Surveying Ill SVL190 SVT325 Surveying Practice IVA SVL190 SVT343 Photogrammetry 11 SVL190 SVT352 Land Studies SVL190 SVT424 Surveying IV SVL 190 SVT425 Surveying Practice VA SVL190 SVT426 Surveying Practice VIA SVL190 SVT429 Computations 11 SVL190 SVT439 Computations 11 A SVL 190 SVT471 Land Laws and Regulations SVL190 SVT506 Engineering Surveying 11 CEL 189 SVT507 Mapping and Photogrammetry CEL 189 SVT541 Spherical Trigonometry and Astronomy SVL190 SVT542 Map Projections I SVL 190 SVT641 Geodesy SVL190

NOTES

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