Lesson Plan - gputtawar.edu.in · To find the mechanical advantage , velocity ratio and efficiency...

1

Lesson Plan Name of Faculty : Visiting Faculty (Practical)

Discipline : Civil Engineering

Semester : 2nd

Subject : Engg. Drawing-II

Lesson Plan Duration : 15 Weeks (from January 2018 to April 2018)

Work Load (Lecture/Practical) per week (in hours): Practical-06

Week Practical

Day Topic

1st 1st

Unit 1 - Detail and Assembly Drawing Principle and utility of detail and assembly drawings. Wooden joints i.e. corner mortise and tenon joint

2nd Tee halving joint, Mitre faced corner joint, Tee bridle joint.

2nd 1st Crossed wooden joint, Cogged joint

2nd Dovetail joint, Through Mortise and Tenon joint

3rd

1st Furniture drawing - freehand and with the help of drawing instruments

2nd

Unit 2 - Screw Threads Types of threads-External and Internal threads, Right and Left hand threads (Actual and Conventional representation), single and multiple start threads.

4th 1st

Forms of screw threads-V threads (B.S.W threads, B.A thread, American National and Metric thread

2nd Square threads (square, Acme, Buttress and Knuckle thread) Different

5th 1st

Unit 3 - Nuts and Bolts Different views of hexagonal and square nuts. Square and hexagonal headed bolt.

2nd Assembly of Hexagonal headed bolt and Hexagonal nut with washer

6th 1st

Assembly of square headed bolt with hexagonal and with washer

2nd Revision of Hexagonal headed bolt and square headed bolt

7th 1st

Unit 4 -Locking Devices Different types of locking devices-Lock nut, castle nut, split pin nut, locking plate, slotted nut and spring washer

2nd Drawing of various types of studs

8th 1st Drawing of various types of studs 2nd Revision of Rag bolt lewis bolt

9th 1st

Unit 5 - Keys and Cotters Various types of keys and cotters - their practical application, drawings of various keys and cotters showing keys and cotters in position

2nd Spigot and socket joint 10th 1st Gib and cotter joint

2

2nd Knuckle joint

11th

1st Revision of spigot and socket joint

2nd Unit 6 - Rivets and Riveted Joints Types of general purpose-rivets heads Caulking and fullering of riveted joints

12th 1st

Lap joint-Single riveted, double riveted (chain and zig-zag type)

2nd Single riveted, Single cover plate butt joint

Single riveted, double cover plate butt joint

13th 1st

Double riveted, double cover plate butt joint(chain and zig-zag type)

2nd Unit 7 - Couplings Introduction to coupling, their use and types

14th 1st Muff coupling

2nd Flange coupling (protected)

15th 1st Flexible Coupling

2nd Revision of flange coupling

3

Name of the Faculty : Vijinder Singh


Semester : 4th

Subject : Applied Mechanics

Lesson Plan Duration : 15 weeks (From January 2018 to April 2018)

Workload (Lecture/Practical) per week (in hours): Lectures-03, Practicals-02

Week Theory Practical Lecture

day Topic

(including assignment/test) Practical

Day Topic

1st 1 Concept of engineering mechanics 1st

Introduction different types of tests 2 Definition, basic quantities and

derived quantities of basic units and derived units

3 Different systems of units 2nd 4 Concept of rigid body, scalar and

vector quantities 2nd

Verification of the polygon law of forces, using greaves and apparatus 5 Laws of forces:- definition of forces,

measurement of force in SI units 6 Different forces systems principle of

transmissibility, law of super-position

3rd 7 Composition and resolving of coplanar concurrent forces, triangle law

3rd

To verify the forces in different members of forces

8 Free body diagram, equilibrant force and its determination

9 Lami’s theorem and simple numerical on above topics

4th 10 Moment:- concept of moment 4th

To verify the reaction at the supports of a simply supported beams

11 Moment of force and units, varignon’s theorem, principle of moment and its application

12 Parallel forces, calculation their

resultant, concept of couple, its properties and effects

5th 13 General conditions of equilibrium of bodies under coplanar forces

5th

To find the mechanical advantage , velocity ratio and efficiency in case of an inclined plane

14 Position of resultant force by moment,

15 Simple numerical problem on the above topics

6th 16 Friction: Definition and concept of friction

6th

To find the mechanical advantage, velocity ratio and efficiency ratio and efficiency of screw jack

17 Types of friction, force of friction 18 Laws of static friction, coefficient of

friction, angle of friction, angle of

4

repose, cone of friction 7th 19 Equilibrium of a body lying on a

horizontal plane. 7th

Practice

20 Equilibrium of a body lying on a rough inclined plane

21 Centre of gravity:- concept 8th 22 Definition of centroid of plain figures

and centre of gravity of symmetrical solid bodies

8th

To find the mechanical advantage, velocity ratio and efficiency of worm and worm wheel 23 Determination of centre of gravity

of solids bodes 24 Composite bodies and bodies with

portion removed 9th 25 Simple numerical problem on centre

of gravity 9th

To find mechanical advantage, velocity ratio and efficiency of single purchase crab

26 Simple mechanics: concept 27 Definition of effort, velocity ratio,

mechanical advantage and efficiency 10th 28 Test and assignments 10th

To find centre of gravity of regular lamina 29 Simple and compound machine

30 Definition of ideal machine, reversible and self-locking machine

11th 31 Effort loss in friction, load lost in friction, determination of maximum mechanical advantage

11th

To find centre of gravity of irregular lamina

32 System of pulleys, determination of velocity ratio, mechanical advantage, and efficiency

33 Assignments 12th 34 Working principle and application of

wheel and axle 12th

Practice

35 Weston’ Differential pulley 36 Simple screw jack, worm and worm

wheel 13th 37 Single and double winch crab,

expression for their velocity ratio 13th

To determine coefficient of friction between three pairs of given surface 38 Simple numerical problem on simple

mechanics 39 Assignments

14th 40 Torsion: concept 14th

Practice

41 Torsion in shafts/bars 42 Modulus of rigidity

15th 43 Torsion equation(simple numerical problem)

15th

Practice

44 Power transmission in shafts 45 Revision

5



Semester : 4th

Subject : Water Supply and Waste Water Engineering.




day Topic


Day Topic

1st

1 Brief description

1st

Introduction different types of water tests

2 Water requirement for different purpose

3 Variation in Demand 4 BIS Standards

2nd

5 Meaning of pure water

2nd

To determine turbidity of water sample

6 Test of water 7 Standard of Potable water 8 Maintenance of Purity

3rd

9 Brief introduction to Water Treatment

3rd

To determine dissolved oxygen of given sample

10 Sedimentation Coagulation 11 Flocculation Filtration 12 Flow diagrams of different

treatments units

4th

13 Different types of Pipes and their joints

4th

To determine pH value of water

14 Appurtenances 15 Water Distribution System 16 Maintenance of Water Distribution

system

5th

17 Laying out pipes

5th

To perform jar test for coagulation

18 Procedure for laying out pipes 19 Testing 20 Test and assignments

6th

21 System of Building water Supply

6th

To determine BOD of given sample

22 Connections to water main 23 Water supply fixtures and their

installations 24 Assignments

7th

25 Introduction to waste water

7th

To determine residual chlorine in water

26 Necessity of systematic collection and disposal of waste water

27 Methods of Waste Water collection 28 Types of Sewage

8th

29 Introduction to sewerage system 8th

To determine conductivity of water and total dissolved solids

30 Types of sewerage 31 Appurtenance for Sewerage system

6

32 Appurtenance for Sewerage system

9th

33 Laying and Construction of sewer

9th

To study the installations of following Water meter Connections of water supply of building with main

34 Procedure for Laying out sewer 35 Construction of surface mains 36 Test and assignments

10th

37 Sewage Characteristics

10th

To study the installations of following Pipe valves and bends Water supply and sanitary fittings

38 Properties of Sewage 39 IS Standards for analysis of sewage 40 Physical parameter of sewage

11th

41 Chemical and bacteriological parameter of sewage

11th

To study and demonstrate the joining/threading of GI pipes, CI pipes, SW pipes, D I pipes and PVC pipes

42 Natural methods of sewage disposal 43 General composition of sewage 44 Disposal by Land dilution

12th

45 Self-purification of streams

12th

To demonstrate the laying of SW pipes for sewers

46 Disposal by land treatment 47 Sewage Treatments 48 Meaning and Principle

13th

49 Introduction and Use of screens

13th

Study of water purifying process by visiting a field lab

50 Grit chambers, detritus tanks 51 Skimming tank

Plain sedimentation tank 52 Primary and secondary clarifiers

14th

53 Sand filters

14th

To test house drainage 54 Sludge treatments and disposal 55 Oxidation ponds 56 Test

15th

57 Building drainage

15th

Practice

58 Requirements of building drainage 59 Different sanitary fittings and

installations 60 Traps, seals, causes of breaking

seals

7



Semester : 4th

Subject : Civil Engineering Drawing-II

Lesson Plan Duration : 15 weeks (from January, 2018 to April, 2018)

Work Load: Practicals-06 (02 periods per week of 03 hours duration each)

Week Practical

Practical Day

Topic including assignment/Test

1st 1 Part-A WS&WWE: Introduction.

2 Drawing of drain and sewer: Cross section of standard types of open drains(circular, v-shaped and U shaped) with their foundations

2nd 3 Cross section of earthen ware, RCC sewer pipes and masonry sewer 4 Traps, manhole and inspection chamber: Detailed section of floor trap and

gully trap

3rd 5 Detailed plan and section of an inspection chamber

6 Detailed plan and section of a manhole

4th

7 Septic tank and Sock Pit: Detailed plan and cross sections of a domestic septic tank with sock pit for 10 users

8 Septic tank and Sock Pit: Detailed plan and cross sections of a domestic septic tank with sock pit for 50 users

5th

9 Bathroom and W.C connections: Cross section through the external wall of lavatories at ground and first floor showing the one and two pipe system and connections of the lavatory to inspection chamber

10 Plan of bathroom showing positions of lavatory, bath tub, wash basin, taps and showers

6th 11 Sessional Test 12 Draw sectional elevation of a two storied building showing details of one pipe

and two pipe systems with sanitation system

7th 13 Practice of reading water supply and sanitary engineering working drawings

including hot and cold water supply system of a two room set 14 Practice

8th 15 Detailed layout plan of Sewage Treatment plant for a residential area and

effluent treatment plant for an industrial unit 16 Practice

9th 17 Part-B: Introduction 18 Typical cross section of a channel: L-section of a channel for given data

10th 19 Typical cross section of an unlined and lined channel in cutting partly cutting

and partly filling and fully in filling with given design data 20 Layout plan of canal head work

11th 21 Draw the typical L-section of a weir 22 Draw the X-section of an earthen dam of homogenous shape

12th 23 Draw the X-section of an earthen dam of Zoned type 24 Draw the X-section of an earthen dam of Diaphragm type

13th 25 Cross-section of a tube well

8

26 Practice

14th 27 Assignments 28 Layout and cross-section of rain water harvesting system

15th 29 Exercise 30 Exercise

9

Name of the Faculty : Ms. Chhavi Goyal


Semester : 4th

Subject : Irrigation Engineering


Work Load : Lectures-04

Week Theory

Lecture Day Topic including assignment/Test

1st

1

Introduction: Definition of irrigation; Necessity of irrigation; History

of development of irrigation in India;

Major, medium and minor irrigation projects

2 Water Requirement of Crops: Principal crops in India and their water

requirements; Crop seasons – Kharif and Rabi

3

Soil water, soil crop and water relationships, duty, delta and base

period, their relationship; Gross commanded area (GCA), culturable

commanded area (CCA), intensity of irrigation, irrigable area

4 Numericals & Assignment

2nd

5 Hydrological Cycle Catchment Area and Run-off: Rainfall

6 Rain-gauges – automatic and non-automatic

7 Methods of estimating average rainfall (Arithmatic system)

8 Catchment area runoff, factors affecting runoff

3rd

9 Hydrograph, basic concept of unit hydrograph.

10 Methods of Irrigation: Flow irrigation - its advantages and

limitations

11 Lift Irrigation – Tube well and open well irrigation, their advantages

and disadvantages

12 Sprinkler irrigation- conditions favourable and essential

requirements for sprinkler irrigation

4th

13 Sprinkler system – classification and component parts

14 Drip irrigation, suitability of drip irrigation, layout

15 Drip irrigation: component parts, advantages, Assignment

16 Class Test

5th

17 Canals: Classification

18 Apurtenancs of a canal and their functions, sketches of

different canal cross-sections (unlined)

19 Various types of canal lining - their related advantages and

disadvantages, Sketches of different lined canal x-sections

20 Breaches and their control

6th

21 Maintenance of lined and unlined canals

22 Sessional Test

23 Tube Well Irrigation: Introduction, occurrence of ground water,

10

location and command, advantages and disadvantages, comparison

with canal irrigation

24 Tube wells, explanation of terms: water table, radius of influence,

depression head, cone of depression, confined and unconfined

aquifers. Yield of a well

7th

25 Methods of determining yield of well

26 Method of boring

27 Installation of well assembly, development of well

28 Pump selection and installation and maintenance

8th

29 Water Harvesting Techniques: Need and requirement of various

methods, Run-off from roof top and ground surface

30 Construction of recharge pits and recharge wells and their

maintenance.

31 Dams: Classification of dams

32 Earthen dams - types, causes of failure

9th

33 Cross section of zoned earthen dams, method of construction

34 Gravity dams – types, cross-sections of a dam

35 Gravity dam - method of construction

36 Concept of small and micro dams, Concept of spillways

10th

37 Concept of energy dissipators

38 Canal Head Works and Regulatory Works: Definition, object, general

layout, different parts of head works.

39 Weir or barrage and their difference

40 Scouring sluices or Under sluices, Divide wall , Fish ladder

11th

41 Canal head regulator, silt excluders

42 Marginal bunds and Guide banks

43 Assignment

44 Sessional Test

12th

45 Cross Drainage Works: Functions and necessity of the aqueduct with

sketch

46 Functions and necessity of the super passage with sketch

47 Functions and necessity of the level crossing with sketch

48 Functions and necessity of the inlet and outlet with sketch

13th

49 Definitions of following Hydraulic Structures with Sketches-

Falls

50 Cross and head regulators

51 Outlets & Canal Escapes

52 River Training Works: Methods of river training, guide banks

14th

53 retired (levees) embankments

54 Groynes and spurs

55 Pitched island, cut-off

56 Water Logging and Drainage and Ground Water Re-charge:

11

Definition of water logging – its causes and effects, detection,

prevention and remedies

15th

57 Reclamation of soil, Surface and sub-surface drains and their layout

58 Concept and various techniques used for ground water re-charge

59 Assignment / Revision

60 Revision

12

Name of the Faculty : Ms. Pooja Verma

Discipline : Civil Engg.

Semester : IV

Subject : Concrete Technology

Lesson Plan Duration : 15 weeks (from January, 2018 to April,

2018)

** Work Load (Lecture/Practical ) per Week (In Hours): Lecture-03, Practical -02

Week Theory Practical

Lecture

Day

Topic

(Including assignment/test)

Practical

Day

Topic

1st

1. Definition of Concrete, Uses

of Concrete in comparison

other building material

1st & 2nd

To determine the physical

properties of cement as per IS

codes

2. Ingredients of Concrete,

Cement aggregates water,

Types of Cement

3. Classification of aggregates,

Characteristics of aggregates

2nd

4. Grading of aggregates

1st & 2nd

To determine flakiness and

elongation index of coarse

aggregates

5. Water quality requirement as

per IS Code 456-2000

6. Water cement ratio, Duff

Abrams water cement ratio

law

3rd

7. Limitation of water Cement

ratio law and effect on

strength of concrete

1st & 2nd To determine silt in fine

aggregate 8. Work ability, measurement of

work ability, Factor effecting

work ability

9. Slump Test compacting factor

4th

10. Properties of Concrete in

plastic state, work ability 1st

& 2nd

Determination of specific

Gravity and water absorption of

aggregates

11. Bleeding, Harshness

12. Properties in Hardened,

Strength durability

5th

13. Dimensional changes

impermeability 1st & 2nd Determination of bulk density

and voids of aggregates 14. Revision

13

15. Test

6th

16. Objectives of mix design

1st & 2nd

To determine surface moisture

in fine aggregate by

displacement method

17. Adjustment on site for:

Bulking of fine aggregate

18. Difference between nominal

and controlled concrete

7th

19. Introduction to IS-10262-

2009-code for controlled mix

design

1st & 2nd

Determination of particle size

distribution of fine, coarse and

all in aggregate by sieve analysis

(grading of aggregate)

20. Introduction to admixtures

for improving performance of

concrete

21. -------Do-------

8th

22. Special Concrete, Cold

weather concrete, under

weather concrete, hot

weather concrete 1st & 2nd

To determine necessary

adjustment for bulking of fine

aggregate 23. Ready mix concrete

24. Fiber reinforced concrete

9th

25. Polymer Concrete

1st & 2nd

To determine workability by

slump test:

26. Fly and concrete

27. Silica fume Concrete

10th

28. Concreting Operation, Storing

of Cement

1st & 2nd

To verify the effect of water, fine

aggregate/ coarse aggregate

ratio

29. Storing of aggregate at site

and aggregate/cement ratio on

slump 30. Batching of Cement

11th

31. Batching of Aggregate by

volume by using gauge box

1st & 2nd Compaction factor test for

workability

32. Revision

33. Test

14

12th

34. Mixing, Hand Mixing, Machine

Mixing

1st & 2nd

Non-destructive test on concrete

by:

a. Rebound Hammer Test

35. Maintenance of Machine

36. Transportation of Concrete

by using tower crane, Transit

mixers

13th

37. Placement of Concrete,

Checking of form work

1st & 2nd b. Ultrasonic Pulse Velocity

Test

38. Shuttering and precaution to

be taken placement

39. Compaction, Hand

compaction, Machine

Compaction

14th

40. Finishing Concrete slabs-

screeding, floating and

trowelling

1st & 2nd

Tests for compressive strength

of concrete strength of concrete

cubes for grades of concrete

41. Curing, Objective of curing,

methods of curing

42. Jointing , There importance

and location

15th

43. Defects in Concrete:

Identification and method of

Repair

1st & 2nd ---DO--- 44. Importance and methods of

Non-destructive tests

45. Field Visit may be planned to

explain and show the

relevant things

15

Name of the Faculty : Ms. Pooja Verma


Semester : IV

Subject : Reinforced Cement Concrete


** Work Load (Lecture/ Practical ) per Week (In Hours): Lecture-05

Week Theory

Lecture

Day

Topic

(Including assignment/test)

1st

1 Concept of reinforced cement concrete

2 Reinforcement materials

3 Properties of mild steel and HYSD steel

4 Loading on structures as per IS: 875

5 Discussion and oral test of previous topics

2nd

6 Introduction about methods of R.C.C. Design

7 Working stress method

8 Limit state method

9 Differentiate between above methods

10 Shear and development length

3rd

11 Shear as per IS:456:2000 by working stress method

12 Shear strength of concrete

13 Concept of maximum shear stress

14 Shear reinforcement

15 Revision of above topics

4th

16 Introduction of singly reinforced beam

17 Stress strain curve and neutral axis

18 Balanced, Under reinforced and over reinforced beam

19 Moment of resistance for singly reinforced beam

20 Design of singly reinforced beam

5th

21 Test of above covered syllabus

22 Concept of limit state method

23 Assumptions made in limit state of collapse

24 Partial factor of safety for loads and materials

25 Design loads, stress block, parameters

6th

26 Singly reinforced beam

27 Theory of singly reinforced beam

28 Design of singly reinforced beam by limit state method

29 Numerical practice

30 Doubts and numerical practice

16

7th

31 Doubly reinforced beam

32 Theory of doubly reinforced beam

33 Design of doubly reinforced beam by limit state method

34 Numerical problems

35 Doubly reinforced beam design practice

8th

36 Introduction of T beam

37 Inverted T beam, isolated T beam and L beam

38 Revision

39 Introduction of one way slab

40 Theory and design of simply supported one way slab

9th

41 Design of simply supported one way slab using limit state method

42 Sketch detail of design of one way slab

43 Numerical problems

44 Practice of numerical problems and doubts

45 Practice of numerical problems

10th

46 Test of above covered syllabus

47 Concept of two way slab

48 Theory and design of two way slab with corner free to lift


50 Design of two way slab with no provision for torsional reinforcement by limit state

method

11th

51 Sketches of two way slab showing reinforcement detail

52 Axially loaded column

53 Definition and classification of columns

54 Effective length of column

55 Specifications for longitudinal and lateral reinforcement

12th

56 Design of axially loaded square column

57 Rectangular short column

58 Circular short column by LSM

59 Sketches of different columns showing reinforcement detail


13th


62 Concept of pre-stressed concrete

63 Introduction of different prestressing methods

64 Pre tensioning

65 Post tensioning

14th

66 Advantages of prestressing

67 Disadvantages of prestressing

68 Losses in prestress

69 Revision of prestressed concrete

17

70 Tutorial for doubts

15th

71 Test

72 Tutorial for numerical problems



75 Revision of syllabus

18



Semester : 4th

Subject : Water Supply and Waste Water Engineering.




day Topic


Day Topic

1st

1 Brief description

1st

Introduction different types of water tests

2 Water requirement for different purpose

3 Variation in Demand 4 BIS Standards

2nd

5 Meaning of pure water

2nd

To determine turbidity of water sample

6 Test of water 7 Standard of Potable water 8 Maintenance of Purity

3rd

9 Brief introduction to Water Treatment

3rd

To determine dissolved oxygen of given sample

10 Sedimentation Coagulation 11 Flocculation Filtration 12 Flow diagrams of different

treatments units

4th

13 Different types of Pipes and their joints

4th

To determine pH value of water

14 Appurtenances

15 Water Distribution System 16 Maintenance of Water Distribution

system

5th

17 Laying out pipes

5th

To perform jar test for coagulation

18 Procedure for laying out pipes 19 Testing 20 Test and assignments

6th

21 System of Building water Supply

6th

To determine BOD of given sample

22 Connections to water main 23 Water supply fixtures and their

installations 24 Assignments

7th

25 Introduction to waste water

7th

To determine residual chlorine in water

26 Necessity of systematic collection and disposal of waste water

27 Methods of Waste Water collection

19

28 Types of Sewage

8th

29 Introduction to sewerage system

8th

To determine conductivity of water and total dissolved solids

30 Types of sewerage 31 Appurtenance for Sewerage system 32 Appurtenance for Sewerage system

9th

33 Laying and Construction of sewer

9th

To study the installations of following Water meter Connections of water supply of building with main

34 Procedure for Laying out sewer 35 Construction of surface mains 36 Test and assignments

10th

37 Sewage Characteristics

10th

To study the installations of following Pipe valves and bends Water supply and sanitary fittings

38 Properties of Sewage 39 IS Standards for analysis of sewage 40 Physical parameter of sewage

11th

41 Chemical and bacteriological parameter of sewage

11th

To study and demonstrate the joining/threading of GI pipes, CI pipes, SW pipes, D I pipes and PVC pipes

42 Natural methods of sewage disposal 43 General composition of sewage 44 Disposal by Land dilution

12th

45 Self-purification of streams

12th

To demonstrate the laying of SW pipes for sewers

46 Disposal by land treatment 47 Sewage Treatments 48 Meaning and Principle

13th

49 Introduction and Use of screens

13th

Study of water purifying process by visiting a field lab

50 Grit chambers, detritus tanks 51 Skimming tank

Plain sedimentation tank 52 Primary and secondary clarifiers

14th

53 Sand filters

14th

To test house drainage 54 Sludge treatments and disposal 55 Oxidation ponds 56 Test

15th

57 Building drainage

15th

Practice 58 Requirements of building drainage 59 Different sanitary fittings and

installations 60 Traps, seals, causes of breaking seals

20

Name of Faculty : Mr. Satish Kumar Jha


Semester : Fourth

Subject : Surveying-II

Lesson Plan Duration: 15 Weeks (from January 2018 to April 2018)

Work Load (Lecture/Practical) per week (in hours): Lecture-02, Practical-06

Week

Theory Practical

Lecture

Day

Topic

(including assignment/test)

Practical

Day

Topic

1st

1st Concept of contours, purpose of

contouring 1st

Preparing a contour plan by

radial line method

2nd

Contour interval and horizontal

equivalent, factors effecting

contour interval

2nd

Preparing a contour plan by

the use of a Tangent

Clinometer/Tachometer

2nd

1st

Characteristics of contours,

methods

of contouring: Direct and indirect,

use of stadia measurements in

contour survey

1st Preparing a contour plan by

method of squares

2nd

Interpolation of contours; use of

contour map, Drawing cross

section from a contour map

Assignment Topic

2nd Preparing a contour plan of a

Road by taking cross sections

3rd

1st

Marking alignment of a road,

railway and a canal on a contour

map,

computation of earth work and

reservoir capacity from a contour

map

Test

1st

Preparing a contour plan of a

Railway track by taking cross

sections

2nd

Working of a transit vernier

theodolite, axes of a theodolite

and their relation

2nd Preparing a contour plan of a

Canal by taking cross sections

4th

1st

Temporary adjustments of a

transit theodolite; concept of

transiting, swinging, face left, face

right and changing face

1st Prepration of Drawing and

reports

2nd

Measurement of horizontal and

vertical angles.Prolonging a line

(forward and backward)

2nd

Taking out the Theodilite,

mounting on the tripod and

placing it back in the box

21

Assignment Topic

5th

1st

Prolonging a line (forward and

backward) measurement of

bearing of a line

1st

Study of a transit vernier

theodolite; temporary

adjustments of theodolite

2nd

Traversing by included angles

and deflection angle method;

traversing by stadia

measurement, theodolite

triangulation

2nd

Reading the vernier and

working out the least count

6th

1st Plotting a traverse 1st

Measurement of

horizontal angles by repetition

and reiteration methods

2nd

Concept of coordinate

and solution of omitted

measurements (one side

affected)

2nd Measurement of vertical angles

and use of tachometric tables

7th

1st

Errors in theodolite

survey and precautions taken to

minimize them; limits of

precision in theodolite traversing.

1st Measurement of magnetic

bearing of a line

2nd

Height of objects – accessible and

non-accessible bases

Test

2nd

Running a closed traverse with

a theodolite (at least five sides)

and its plotting

8th

1st Tachometry, Instruments to be

used in tachometry 1st

Height of objects with

accessible bases

2nd Methods of tachometry, stadia

system of tachometry 2nd Without accessible bases

9th

1st General principles of stadia

tachometry 1st

Prepration of Drawing and

reports

2nd

Examples of stadia

tachometry and Numerical

problems.

2nd

Prepration of Drawing and

reports

10th

1st

Simple Circular Curve:

Need and definition of a simple

circular curve; Elements of

simple circular curve

1st

Setting out of a simple circular

curve with given data by

a) Offsets from the chords

produced

2nd

Degree of the curve, radius of the

curve, tangent length, point of

intersection (Apex point), tangent

point, length of curve, long chord

deflection angle, Apex distance

and Mid-ordinate

2nd b) One theodolite method

22

11th

1st

Setting out of simple

circular curve:

a) By linear measurements only:

- Offsets from the tangent


reports

2nd - Successive bisection of arcs

- Offsets from the chord produced 2nd

Demonstration and use of

minor instruments like Ceylon

Ghat Tracer,

12th

1st

b) By tangential angles using a

theodolite

*Assignment

1st Tangent Clinometer

2nd

Transition Curve:

Need (centrifugal force and super

elevation) and definition of

transition

Curve

Test

2nd Pantagraph

13th

1st

Requirements of transition curve;

length of transition curve for

roads; by cubic parabola;

1st Abney level

2nd

Calculation of offsets for a

transition curve; setting out of a

transition curve by tangential

offsets only

2nd Use of planimeter for

computing areas

14th

1st Vertical curve: Setting out of a

vertical curve 1st

Demonstration of digital

instruments through field

visits to Survey of India and

other government agencies.

2nd

Introduction to the use of Modern

Surveying equipment and

techniques such as:

a) EDM or Distomat

b) Planimeter

c) Total station

2nd Total Station (only

demonstrations).

15th

1st

Introduction to remote sensing,

GIS and GPS, Introduction and

use of minor instruments like

Ceylon Ghat Tracer, Clinometer


reports

2nd

Pantagraph, Abney Level etc.

Use of planimeter for computing

areas

2nd Prepration of Drawing and

reports

23



Semester : 6th

Subject : Quantity Surveying and Valuation

Lesson Plan Duration : 15 weeks (from January, 2018 to April,2018)


Week Theory

Lecture Day


1st

1 Introduction: Quantity surveying and its importance. 2 Duties of quantity surveyor. 3 Types of Estimates: preliminary estimates 4 Detailed estimates 5 Stages of preparation-details of measurement and calculation of quantities and

abstract

2nd

6 Measurement: Units of measurement of various items of work as per BIS:1200 7 - Rules for measurement 8 Different methods of taking out quantities 9 Centre line methods

10 Numerical of centre line method

3rd

11 Long wall and short wall method 12 Numerical of long wall and short wall method 13 Preparation of detailed and abstract estimates from drawing 14 Calculation of quantities of a small residential building with a flat roof and pitched

roof building 15 Calculation of quantities of a small residential building with a flat roof and pitched

roof building

4th

16 Earthwork for unlined channel 17 WBM road and pre mix carpeting 18 Single spanRCC slab culvert 19 Earthwork for plain and hill road 20 RCC work in beams, slab ,column and lintel, foundations

5th

21 User septic tank 22 Calculation of quantities of materials for cement mortars of different proportion 23 Calculation of quantities of materials for cement concrete of different proportions 24 Calculation of quantities of materials for Brick/stone masonry in cement mortar 25 Calculation of quantities of materials for plastering and pointing

6th

26 Sessional Test 27 Calculation of quantities of materials for white washing, painting 28 Calculation of quantities of materials for RCC, work in slabs, beams 29 Analysis of rates: Steps involved in analysis of rates 30 Requirement of material, labour, sundries, contractor’s profit

7th

31 Analysis of rates for earthwork in excavation in hard/ordinary soil and filling with a concept of lead and lift

32 Analysis of rates for RCC in roof slab/beam/lintel/columns 33 Analysis of rates for RCC in roof slab/beam/lintel/columns 34 Analysis of rates brick masonry in cement mortar

24

35 Analysis of rates for white washing and painting

8th

36 Analysis of rates for stone masonry in cement mortar 37 Running and maintenance cost of construction equipment 38 Contract ship: meaning of contract 39 Quality of good contractor and their qualification 40 Essentials of contract

9th

41 Types of contracts, their advantages, dis-advantages and suitability 42 Single and two cover bids, tender, tender forms 43 Tender documents , tender notice, submission of tender 44 Deposit of earnest money, security deposit, retention money, maintenance periods 45 Classification and types of contracting firms/contraction companies

10th

46 Preparation of tender documents based on common schedule rate 47 Introduction to CSR and calculation of cost based on premium on CSR 48 Exercise on writing detailed specifications of different types of building 49 Exercise on preparing tender documents for earth work 50 Exercise on preparing tender documents for construction of a small house as per

given drawing

11th

51 Exercise on preparing tender documents for RCC work 52 Exercise on preparing tender documents for pointing, plastering and flooring, white

washing, distempering and painting 53 Exercise on preparing tender documents for wood work including polishing,

sanitary and water supply installations 54 Exercise on preparing tender documents for false ceiling, aluminium partitioning,

tile flooring including base course 55 Sessional Test

12th

56 Exercise on preparing tender documents for construction of WBM road/concrete road

57 Exercise on preparation of comparative statement for item rate contract 58 Exercise on preparation of comparative statement for item rate contract 59 Assignments 60 Test

13th

61 Valuation: purpose of valuation 62 Principle of valuation 63 Definition of various terms related to valuation like depreciations 64 Sinking 65 assignments

14th

66 Salvage and scrap value 67 Market value, fair rent 68 Year purchase 69 Revision 70 Revision

15th

71 Methods of valuation: replacement cost method 72 Rental return method 73 Preparation of stock register 74 Assignment / Revision 75 Revision

25

Name of the Faculty : Ms. Chhavi Goyal


Semester : 6th

Subject : Construction Management & Accounts

Lesson Plan Duration : 15 weeks (from January, 2018 to

April, 2018)


Week

Theory

Lecture

Day


1st

1 Introduction: Significance of construction management, Main objectives of

construction management and overview of the subject

2

Functions of construction management, planning, organising, staffing,

directing, controlling and coordinating, meaning of each of these with respect

to construction job.

3 Classification of construction into light, heavy and industrial construction ;

Stages in construction from conception to completion

4 Stages in construction from conception to completion

5 The construction team: owner, engineer, architect and contractors, their

functions and inter-relationship

2nd

6 Construction Planning: Importance of construction planning

Stages of construction planning

- Pre-tender stage

7 - Contract stage

8 Scheduling construction works by bar charts

9 Definition of activity, identification of activities

10 Preparation of bar charts for simple construction work

3rd

11 Preparation of schedules for labour, materials.

12 Preparation of schedules for machinery and finances for small works;

Limitations of bar charts

13 Scheduling by network techniques

- Introduction to network techniques; PERT and CPM

14 Differences between PERT and CPM terminology

15 Organization: Types of organizations

4th

16 Line Organization

17 line and staff organization

18 Functional organization and their characteristics

19 Assignment/ Revision

20 Revision

26

5th

21 Site Organization: Principle of storing and stacking materials at site

22 Location of equipment at site

23 Preparation of actual job layout for a building

24 Organizing labour at site

25 Revision / Assignment

6th

26 Sessional Test

27 Construction Labour: Conditions of construction workers in India

28 Wages paid to workers

29 Labour Welfare Fund Act 1936

30 Payment of Wages Act 1936

7th

31 Minimum Wages Act 1948

32 Revision

33 Control of Progress: Methods of recording progress

34 Methods of recording progress

35 Analysis of progress; Taking corrective actions keeping head office informed

8th

36 Cost time optimization for simple jobs - Direct and indirect cost, variation with

time, cost optimization

37 Inspection and Quality Control: Need for inspection and quality control

38 Principles of inspection

39 Stages of inspection and quality control for

- Earth work

40 - Masonry

9th

41 - RCC

42 - Sanitary and water supply services

43 Revision

44 Revision

45 Accidents and Safety in Construction: Accidents – causes

10th

46 Accident remedies

47 Safety measures for Excavation work

48 Safety measures for Drilling and blasting

49 Safety measures for Hot bituminous works

50 Safety measures for Scaffolding, ladders, form work

11th

51 Safety measures for Demolitions

52 Safety campaign and safety devices

53 Revision/Assignment

54 Revision

55 Sessional Test

12th

56 Public Work Accounts: Introduction

57 Technical sanction , administrative approval

58 Allotment of funds, reappropriation of funds bill

59 Contractor ledger

60 Measurement book running and final account bills complete

27

13th

61 preparation of bill of quantities (BOQ),

62 Completion certificate & report, hand receipt, aquittance roll

63 Muster Roll labour, casual labour roll-duties and responsibility of different

cadres

64 Budget-stores, returns account of stock, misc.

65 P.W. advances T & P – verification

14th

66 Survey report, road metal material charged direct to works

67 Account - expenditure & revenue head

68 Remittance and deposit head

69 Defination of cash, precaution in custody of cash book

70 Imprest account, temporary advance, treasury challan

15th

71 preparation of final bills

72 Preparation of accounts register

73 Preparation of stock register

74 Assignment / Revision

75 Revision

28

Name of the Faculty : Chhavi Goyal


Semester : 6th

Subject : Employability Skills-II


April, 2018)

Work Load : Practical -02(per week)

Week Practical

Lecture Day Topic

1st 1 Introduction of Mock Interview 2 Benefits of Mock Interview

2nd 3 Do's and Dont's of Mock Interview 4 Mock interview questions and answers for freshers

3rd 5 Practice of Mock interview in class 6 What is Group Discussion and Why it is important.

4th 7 Do's and Dont's in Group discussion 8 Tips and Tricks of Group discussion.

5th 9 Practice of Group Discussion in class

10 Group Discussion in class

6th 11 What is Paper reading and Why it is important. 12 How to read paper.

7th 13 Practice of Paper reading in class 14 Practice of Paper reading in class

8th 15 Paper reading Contest 16 Elements of good presentation

9th 17 Structure and tools of presentation 18 How to create power point presentation step by step

10th 19 How do you play a power point presentation. 20 Power point presentation in class by students

11th 21 Introduction about Seminar Presentation 22 Seminar Presentations Skills

12th 23 Seminar Presentations practice in class 24 Seminar Presentations practice in class

13th 25 Seminar Presentations practice in class 26 Why it is important to prepare for a meeting

14th 27 What do you need to prepare for a meeting 28 What are the things that need to be done before a meeting.

15th 29 How to organise a meeting 30 What are minutes of meeting.

Note: Topics for Group discussions, Paper reading, Power Point Presentation etc.

may be selected in class in interest of students.

29

Name of Faculty : Mr. Satish Kumar Jha (Theory)


Semester : Sixth

Subject : Earth Quake Resistant Building Construction


Work Load (Lecture/Practical) per week (in hours): Lecture-03

Week

Theory

Lecture

Day

Topic

(including assignment/test)

1st

1st Elements of Engineering Seismology: General features of tectonic of seismic

regions

2nd Causes of earthquakes, Seismic waves, earthquake size (magnitude and intensity)

3rd Epicenter, Seismograph,

Assignment

2nd

1st Classification of earthquakes

2nd Seismic zoning map of India,

3rd Static and Dynamic Loading

3rd

1st Fundamental period.

2nd Test

3rd Seismic Behaviour of Traditionally-Built Constructions of India: Performance of

building during earthquakes

4th

1st Performance of building during earthquakes cont…

2nd Mode of failure (Out-of-plane failure, in-plane failure

3rd Diaphragm failure

5th

1st Connection failure

2nd Non-structural components failure

3rd Assignment

6th

1st Test

2nd Special construction method

3rd Special construction method

7th

1st Tips and precautions to be observed while planning

2nd Tips and precautions to be observed while planning cont..

3rd Designing and construction of earthquake resistant building.

8th 1st Designing and construction of earthquake resistant building cont..

2nd Assignment

30

3rd Test

9th

1st Introduction to IS: 4326,

2nd IS: 13828

3rd IS: 1893(Part 1)

10th

1st IS:154326 and IS: 13920 (latest edition)

2nd Assignment and Test

3rd Seismic Provision of Strengthening for Traditionally-Built Constructions

11th

1st Seismic Provision of Retrofitting for Traditionally-Built Constructions

2nd Seismic Provision of Strengthening for Brick structure

3rd Seismic Provision of Retrofitting for Brick structure

12th

1st Seismic Provision of Strengthening for RCC structure

Test

2nd Seismic Provision of Retrofitting for RCC structure

3rd Assignment and Revisions

13th

1st Provision of reinforcement detailing in masonry constructions

2nd Provision of reinforcement detailing in masonry constructions cont…

3rd Provision of reinforcement detailing in RCC constructions

14th

1st Provision of reinforcement detailing in RCC constructions cont…

2nd Assignment and Test

3rd Disaster Management: Disaster rescue, psychology of rescue, rescue workers

15th

1st Rescue plan, rescue by steps

Assignment

2nd Rescue equipment, safety in rescue operations

3rd Debris clearance and casuality management.

Test

31

Name of Faculty : Mr. Satish Kumar Jha (Practical)


Semester : Sixth

Subject : Major Project


Work Load (Lecture/Practical) per week (in hours): Practical-12

Week Practical

Day

Topic

1st

1st

To Develop understanding regarding the size and scale of operations and

nature of field work in which students are going to play their role after

completing the courses of study.

2nd TO Develop understanding of subject based knowledge given in the

classroom in the context of its application at work places.

2nd

1st

To Provide first hand experience to develop confidence amongst the

students to enable them to use and apply classroom based knowledge and

skills to solve practical problems of the world of work.

2nd To Develop special skills and abilities like interpersonal skills,

communication skills, attitudes and values.

3rd 1st

To Define Title of Project: Estimation and designing of a State Highway

Road

2nd Reconniance survey of proposed road

4th 1st Reconniance survey of proposed road cont..

2nd Reconniance survey of proposed road cont..

5th 1st To take L - section and cross sections

2nd To take L - section and cross sections cont..

6th 1st To take L - section and cross sections cont..

2nd To take L - section and cross sections cont..

7th 1st Fixing of grades

2nd Fixing of grades cont..

8th 1st Fixing of grades cont..

2nd Fixing of grades cont..

9th 1st Estimation of cutting and filling of earth mass

2nd Estimation of cutting and filling of earth mass cont..

10th 1st Estimation of cutting and filling of earth mass cont..

2nd Estimation of cutting and filling of earth mass cont..

11th 1st Plane tabling survey of proposed road

2nd Plane tabling survey of proposed road

12th 1st Plane tabling survey of proposed road cont..

2nd Plane tabling survey of proposed road cont..

13th 1st Estimation of proposed road

32

2nd Estimation of proposed road cont..

14th 1st Estimation of proposed road cont..

2nd Prepration of Project Report

15th 1st Prepration of Project Report cont..

2nd Prepration of Project Report cont..

33

Name of the faculty : Ms. Pooja Verma


Semester : 6th Semester

Subject : Railways, Bridges and Tunnels

Lesson Plan Duration : 15 weeks (from January, 2018 to April,

2018)

Work Load (Lecture) per week (in hours): Lectures-05

Week Lecture Day

Theory

1st

Topic (Including Assignment / Test)

1 Introduction to Indian Railways

2 Railway Surveys, Factors influencing the railway route

3 Brief description of various types of railway survey

4 Classification of permanent way, its component parts

5 Rail gauge definition, types, practice in India

2nd

6 Revision of previous topics

7 Rails and types of rails 8 Rail Fastenings

9 Rail joints, types of rail joints

10 Fastenings for Rails

3rd

11 Fish plates and bearing plates


13 Assignment

14 Sleepers definition

15 Function of sleepers

4th

16 Types of Sleepers

17 Requirements of an ideal material for sleepers

18 Revisions of previous tropics

19 Definition of ballast

20 Function of ballast

5th

21 Test

22 Requirement of an ideal material for ballast


24 Assignment

25 Crossings and signals

26 Brief Description regarding diff. Types of crossing/signals

34

6th


28 Maintenance of track definition

29 Necessity maintenance of track

30 Inspection of soil, track and fixtures

7th

31 Maintenance and boxing of ballast maintenance gauge


33 Earth work and drainage definition

34 Features of rail road, bed level, width of formation

35 Side slopes, drains method of construction

8th

36 Requirement of drainage system

37 Assignment

38 Bridge Introduction

39 Bridge function and component parts

40 Difference between a bridge and a culvert

9th

41 Classification of bridge

42 According to life-permanent and temporary

43 According to deck level-Deck, through and semi-through

44 According to material-timber, masonry, steel, RCC, pre-stressed

45 According to structural form

10th

46 IRC Classification


48 Assignment

49 Test

50 Bridge foundation Introduction

11th

51 Introduction to open foundation

52 Pile foundation and its type

53 Well Foundation and its type


55 Introduction of piers

12th

56 Types of piers

57 Abutments and wing walls definition

58 Types of abutments

59 Types of wing wall


61 Bridge bearings, purpose of bearings

62 Types of bearings

35

13th

63 Assignment

64 Maintenance of bridge

65 Inspection of bridges

14th

66 Routine maintenance


68 Definition of tunnels

69 Necessity of tunnels

70 Test

15th

71 Typical section of tunnel for a national Highway

72 Cross-section of single and broad gauge railway track

73 Ventilation definition

74 Necessity and methods of ventilation

75 Drainage methods and lighting of tunnels

36

Name of the Faculty : Mr. M. N. Hasan


Semester : 6th

Subject : ENVIRONMENTAL ENGINEERING


April, 2018)


Week

Theory

Lecture

Day


1st

1

Study of Importance of Environmental Engineering: Importance of clean

environment, control of environmental pollution with respect to air, land and

water

2 Conservation of natural resources,

3 environmental education and awareness, sustainable development,

2nd

4 Environments and Ecology: Definition and understanding of environment and

ecology concept, ecosystem and types of ecosystems

5 Assignment, energy flow in an ecosystem, food chain

6 ecological pyramids, consortium and ecological balance

3rd

7 Water Pollution: Causes of pollution in surface and underground water

eutrophication of lakes and its preventing measure

8 BIS standards for water quality

9 Air Pollution: Definition, principal air pollutants

4th

10 atmospheric parameters influencing air pollution

11 types of air contaminants and their sources

12 effects of air pollution on human beings, Assignment

5th

13 plants, animals, automobile pollution

14 BIS ambient air quality standards

15 measures to combat air pollution

6th

16 Noise Pollution: Definition, unit of measurement of noise

17 sources and effects of noise pollution

18 control of noise pollution

7th

19 Effects of mining, blasting and deforestation : Ill effects of mining

20 blasting and deforestation on the environment human life and wild life

21 Land Use : Effect of land use on environmental quality

8th

22 land use and natural disasters,(land slides etc)

23 soil degradation problems - erosion

24 water logging

9th 25 soil pollution

26 Environmental Impact Assessment: Definition and requirements

37

27 environmental impact assessment

10th

28 Flour chart of environmental impact assessment methodology

29 Assignment, Describe the need and importance of EIA

30 Describe the need and importance of EIA, Revision, Assignment

11th

31 Legislation to Control Environmental Pollution (idea) : Indian legislative acts for

water

32 land and air pollution control

33 land and air pollution control – provisions

12th

34 land and air pollution control – scope

35 land and air pollution control – implementation

36 Global Issues of Environmental Engineering: Global warming

13th

37 ozone depletion

38 acid rain

39 oil pollution

14th

40 radiation hazards and their control

41 concept of clean technology and carbon credits

42 Renewable Source of Energy: Role of non-conventional sources of energy (biogas,

solar, wind etc) in environmental protection

15th

43 Conservation of energy resources like coal

44 Conservation of energy resources like oil etc

45 alternative fuels, bio-diesel etc, Revision

38

Name of the Faculty : Mr. M. N. Hasan


Semester : 6th

Subject : MAJOR PROJECT WORK


April, 2018)

Work Load : Practical -12

Week

MAJOR PROJECT WORK

TOPIC- Nutrients Removal from wastewater by Natural system

Lecture Day Topic to be covered

1st 1 to 12 Introduction

2nd 13 to 24 Need of the study

3rd 25 to 36 Literature Review

4th 37 to 48 Objective of the study

5th 49 to 60 Study on all Parameters related to wastewater

6th 61 to 72 Methodology

7th 73 to 84 Setup of Reaactor

8th 85 to 96 Experimental work




12th 133 to 144 Data summarization

13th 145 to 156 Result Analysis

14th 157 to 168 Report writing

15th 169 to 180 Viva Voce

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