Microsoft Word - CTDT Codientu-2006

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B GIO DC VO TOTR NGI HC BCH KHOA H NI

CH NG TRNH TIN TINGIO DC I HC

UNDERGRADUATE ADVANCED PROGRAM

NGNHC IN T

Mechatronics Engineering

XY D NG T CHNG TRNH CA TRNGI HC BASED ON THE CURRICULUM OF THE

California State University Chico, USA

H NI - 2006


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MC L CContents

1 MC TIUO TO Educational Objectives.............................................5 2 THI GIANO TO THEO THIT K - Program Duration...................... 5 3 KHI LNG KIN TH C TON KHA Required Total Credits........... 5 4 I TNG TUYN SINH - Enrollment ....................................................... 6 5 QUY TRNHO TO, IU KIN TT NGHIP- Educational Processand Graduation Requirements .................................................................................... 6 6 THANGIM Grading System ..................................................................... 7

7 NI DUNG CHNG TRNH Curriculum ................................................ 7 7.1 Cu trc ch ng trnho to (Curriculum structure ) ............................... 7 7.2 Danh mc cc hc phn bt buc trong ch ng trnh List of Courses .... 8

7.2.1 Kin thc gio dc i c ng .............................................................. 8 7.2.2 Kin thc gio dc chuyn nghip....................................................... 9

8 K HOCH HC TP CHUN Standard Course Sequence ..................... 11 9 M T VN TT NI DUNG CC HC PHN Course Descriptions... 13

9.1 Cc hc phn ting Vit bt buc .............................................................. 13 9.1.1 SSH1010: Trit hc Mc Lnin ......................................................13 9.1.2 SSH1020: Kinh t chnh tr Mc Lnin...........................................13 9.1.3 SSH1030: Lch s ng Cng sn Vit Nam.................................... 13 9.1.4 SSH1040: Ch ngh a x hi khoa hc ............................................... 13 9.1.5 SSH1050: T t ng H Ch Minh .....................................................13 9.1.6 PE1010-PE1050: Gio dc th cht ...................................................13 9.1.7 MIL1010, MIL2010: Gio dc quc phng.......................................13

9.2 Cc hc phn ting Anh bt buc .............................................................. 14 9.2.1 FL1016, FL1026: Ting Anh c bn (Essential English)..................14 9.2.2 FL2016: Ting Anh k thut (ENGL 130: Academic Writing).........14 9.2.3 MI1016: Gii tch I (MATH 120: Analytic Geometry and Calculus 1) 14 9.2.4 MI1026: Gii tch II (MATH 121: Analytic Geometry and Calculus 2) 14 9.2.5 MI1036:i s (MATH 031: Algebra) ............................................. 14 9.2.6 MI1046: Ph ng trnh vi phn v chui (MATH 260: ElementaryDifferential Equations) ..................................................................................... 15

9.2.7 PH1016: Vt li c ng I (PHYS 204A: Physics for Students ofScience and Engineering: Mechanics) ............................................................. 15


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9.2.8 PH1026: Vt li c ng II (PHYS 204B: Physics for Students ofScience and Engineering: Electricity and Magnetism) .................................... 15 9.2.9 PH1036: Vt li c ng III (PHYS 204C: Physics for Students ofScience and Engineering: Heat, Wave Motion, Sound, Light, and ModernTopics) 16 9.2.10 CH1016: Ha hc i c ng (CHEM 111: General Chemistry)....... 16 9.2.11 IT1010: Tin hc i c ng (Introduction to Computer Science)....... 16 9.2.12 MI2026: Xc sut thng k (MATH 105: Statistics).........................16 9.2.13 ME2006: T nh hc (CIVL 211: Statics).............................................17 9.2.14 ME2016: V k thut I (MECH 100: Graphics I)..............................17 9.2.15 ME2026: V k thut II (MECH 200: Graphics II)...........................17 9.2.16 ME2036: C khi c ng (MFGT 160: Introduction toManufacturing Engineering) ............................................................................ 17

9.2.17 MSE3016: Nhp mn KH&KT Vt liu (MECH 210: MaterialsScience and Engineering) .................................................................................18 9.2.18 IT3xx6: Gii thut v ch ng trnh cho k s (EECE 135: Algorithmsand Programs for Engineers) ............................................................................ 18 9.2.19 IT3xx6: C s thit k logic (EECE 144: Logic DesignFundamentals) .................................................................................................. 18 9.2.20 IT3xx6: Kin trc b x l v h p ng (EECE 221: ProcessorArchitecture and Assembly Language Programming) .....................................19

9.2.21 ME3006: K nng giao tip nhm (CMST 132: GroupCommunication) ...............................................................................................19 9.2.22 ME3016: Kinh t cng nghip (CIVL 302: Engineering Economy andStatistics) ..........................................................................................................19 9.2.23 ME3026:ng hc (MECH 320: Dynamics) ................................... 20 9.2.24 ME3046: Sc bn vt liu (CIVL 311: Strength of Materials).......... 20 9.2.25 ME3056:o l ng v dng c o (MECA 380: Measurements andInstrumentation) ...............................................................................................20 9.2.26 ME3066: n thit k I (MECA 440A: Mechanical EngineeringDesign Project I)...............................................................................................21 9.2.27 ME3076: Thit k c kh (MECH 340: Mechanical EngineeringDesign) 21 9.2.28 ME4006: Thit k h thngiu khin (MECA 482: Control SystemDesign) 21 9.2.29 ME4176: Chuyn ng v t ng ha my (MECA 486: Motion andMachine Automation)....................................................................................... 22 9.2.30 ME4186: n thit k II (MECA 440B: Mechanical EngineeringDesign Project II) .............................................................................................22


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9.2.31 ME4226:o c k s v bo v mi tr ng (CIVL495: LifelongDevelopment for Engineers)............................................................................. 22 9.2.32 EE3706: Mch tuyn tnh I (EECE 211: Linear Circuits I) ............... 23 9.2.33 EE3716: Th nghim Mch tuyn tnh I (EECE 211L: Linear CircuitsLab I) 23 9.2.34 EE3726: Mch tuyn tnh II (EECE 311: Linear Circuits II) ............23 9.2.35 EE3736:in t I (EECE 315: Electronics I) ................................... 24 9.2.36 EE3746:in t II (EECE 316: Electronics II)................................. 24 9.2.37 EE3756: Thit k h thng s (EECE 344: Digital Systems Design) 24 9.2.38 EE3766: Mch giao din my tnh (EECE 343: Computer InterfaceCircuits) 25

9.3 Cc hc phn ting Anh t chn................................................................ 25 9.3.1 EE 4176: Thit k trng thi my - State Machine Design............... 25

9.3.2 IT3xx6 Cu trc vc trng ca h thng - System Architecture andPerformance......................................................................................................26 9.3.3 IT 4xx6 Thit k, th tc v kim th d n - Project Requirements,Design, and Testing 2 TC.................................................................................26 9.3.4 IT 4xx6 Cu trc my tnh tin tin - Advanced ComputerArchitecture ...................................................................................................... 26 3 TC .................................................................................................................. 26 9.3.5 ME3096: CAD-CAM-CNC ............................................................... 27

9.3.6 ME4196: My cng c (Machine Tools) ........................................... 27 9.3.7 ME4216: Robot cng nghip (Industrial Robot) ...............................28 9.3.8 ME3086: Cng ngh ch to my (Design for Manufacturability) ... 28

10 D KIN PHN CNG GING DY Teaching Assignment (tentative) . 29 11 C S VT CHT PHC V O TO Teaching facilities ..................32

11.1 Cc phng th nghim hin c ...................................................................32 11.2 Phng th nghim cn xy dng m i ......................................................... 32 11.3 Thng k danh mc cc phng th nghim phc v o to ..................... 33


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B GIO DC VO TO CNG HA X HI CH NGHA VIT NAMTR NGHBK H NI c lp - T do - Hnh phc

CH NG TRNH GIO DC I HCUNDERGRADUATE PROGRAM

Tn ch ng trnh: Ch ng trnh tin tin C in t Advanced Program in Mechatronics Engineering

Trnh o to: i hc (K s)Undergraduate (Engineer)

Ngnho to: C in t Mechatronics Engineering

Loi hnho to: Chnh quy tp trungFull-time

1 MC TIUO TO Educational ObjectivesCung cp cho ng i hc cc kh nng s dng kin thc ton hc v cc nguyn lkhoa hc c bn thit k, pht trin vnh gi c cc h thng thit b s dngtrong sn xut cng nghip v ch to sn phm.o to k s c kh nng thit k ch

to cc h thng thng minh cng nh cc sn phm c kh -iu khin bng cchkt h p gia cc sensor v i c cu chp hnh viu khin bng my tnh to ra ccsn phm cht l ng v hiu qu.

Apply knowledge of math, science, and mechatronics engineering to formulate andsolve problems. Conduct experiments, and analyze and interpret the resultant data,design components and mechatronics systems which integrate computers, sensors, andactuators in mechanical systems to meet desired needs, and design experiments toevaluate system performance with respect to specifications.

Mechatronics is the study of the design of intelligent systems and products in whichmechanization and control requiring sensing, actuation are combined and controlled bycomputer to achieve improved product quality and performance.

2 TH I GIANO TO THEO THIT K - Program Duration5 nm (5 years )

3 KHI L NG KIN TH C TON KHA Required Total Credits170 tn ch (170 credits )


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4 I T NG TUYN SINH - EnrollmentHc sinh tt nghip THPT, trng tuyn khi A k thi tuyn sinhi hc (din ctuyn thng hoc im trn mt mc do nh tr ng quynh tng nm),t im kimtra ting Anhu vo hoc TOEFL trn 450 (IELTS 4,5).People who meet the following requirements can be admitted to this program:1. Passed the high school graduation exam.2. Passed the undergraduate entry examination in Group A with higher score than acertain level determined by HUT each year, or received special admission to HUTundergraduate carreer.3. Have TOEFL score of 450 (IELTS 4.5), or passed the entry English test organized by

HUT.

5 QUY TRNHO TO, IU KIN TT NGHIP- Educational Process

and Graduation RequirementsSinh vin c hc trongiu kin hc tp tt nht bng ting Anh, ch ng trnhoto c xy dng trn c s tham kho ch ng trnho to ngnh C in t catr ng i hc California State University, Chico (CSUC), mt trong cc tr ng c uytn hngu ca Hoa K v o to k s c in t. Ging vin l nhng gio s catr ng HBKHN v mt s tr ng, vin nghin cu c kinh nghim ging dy, tngdy v hc ti cc n c ni ting Anh; mt s mn hc s do gio s ca tr ng ihc CSUC trc tip ging dy.

Quy trnho to c t chc theo hc ch tn ch. iu kin tt nghip tun theo Quych o to theo hc ch tn ch ca tr ng i hc Bch khoa H Ni. Sinh vin phihon thnh tt c cc hc phn bt buc cng nh s hc phn t chn theo yu cu cach ng trnho to, tng l ng kin thc ti thiu l 170 TC v i im trung bnh ttnghip 5,0 theo thangim 10. Thc tp tt nghip v n tt nghip cng l nhnghc phn bt buc, phi t im t 5,0 tr ln.Students are educated and trained in the best pedagogic environment. The courses aretaught in English. The curriculum and syllabi were built based on the undergraduate

program in Mechatronics Engineering of the California State University Chico(CSUC),which received accreditation from ABET. Lecturers will be selected from HUT andsome other universities and research institutes, who have distinguished teachingexperience in higher education, already taught technical subjects in English, orgraduated from countries using English as first language. Some courses will be taughtby the professors from CSUC .The educational process is designed in accordance with the credit-based system. Thegraduation conditions obey the Regulation of Credit-based Academic System of HUT.

Student have to pass all the required courses and to complete the necessary amount ofelective courses. The Total Course Requirements are 170 credits; the CPA (Cumulated


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Grade-point Average) must be 5.0 (10-level system). The graduation practice andthesis are required courses, which also required a minimum grade point of 5.0.

6 THANGIM Grading SystemThangim 10 c th quyi sang thangim 4 (im s v im ch) theo quy ch o to theo hc ch tn ch ca tr ng HBK H Ni.The 10-scale grading system, which can be converted into 4-scale system (letter ornumber grade), is to be used in accordance with the Regulation of Credit-based

Academic System of HUT.

7 NI DUNG CH NG TRNH Curriculum

7.1 Cu trc ch ng trnh o to (Curriculum structure )

KHI KIN TH C S TC

1 Kin thc gio dc i c ngGeneral Education, Math and Basic Science 56

2Kin thc c s ngnh

Major core courses 75

3Kin thc chuyn ngnh

Concentration courses14

Bt buc

Required

(159 TC)

4Thc tp tt nghip v n tt nghip

Graduation practice and Graduation Thesis 14

T chn Elective

(11 TC)

5Cc hc phn t chn

Elective Courses11

Tng cng - Total 170


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7.2 Danh mc cc hc phn bt buc trong ch ng trnh List of Courses

7.2.1 Kin th c gio dc i c ngSTT Hc phn HBKHN Hc phn gc (CSUC) Khi l ng

1 SSH1010 Trit hc Mc-Lnin 3(3-0-0-6)2 SSH1020 Kinh t chnh tr 3(3-0-0-6)

3 SSH1030 Lch s ng CSVN 2(2-0-0-4)

4 SSH1040 CNXH khoa hc 2(2-0-0-4)

5 SSH1050 T t ng HCM 2(2-0-0-4)

6 FL1016 Ting Anh c bn I 4(10-10-0-8)

7 FL1026 Ting Anh c bn II 4(10-10-0-8)

8 FL2016 Ting Anh k thut ENGL 130 Academic Writing 2(2-0-0-4)

9 MI1016 Gii tch I MATH 120 Analytic Geometry andCaculus 1

4(3-2-0-8)

10 MI1026 Gii tch II MATH 121 Analytic Geometry andCaculus 2

4(3-2-0-8)

11 MI1036i s MATH 031 Algebra 4(3-2-0-8)

12 MI1046 PT vi phn v chui MATH 260 Elementary

Differential Equations

3(2-2-0-6)

13 PH1016 Vt li c ng I PHYS 204A Physics I 4(2-2-1-8)

14 PH1026 Vt li c ng II PHYS 204B Physics II 4(2-2-1-8)

15 PH1036 Vt li c ng III PHYS 204C Physics III 4(2-2-1-8)

16 CH1016 Ha hc i c ng CHEM 111 General Chemistry 4(3-2-1-8)

17 IT1016 Tin hc i c ng 3(2-1-2-6)

18 PE1010 Gio dc th cht A x(0-0-2-0)

19 PE1020 Gio dc th cht B x(0-0-2-0)20 PE1030 Gio dc th cht C x(0-0-2-0)

21 PE2010 Gio dc th cht D x(0-0-2-0)

22 PE2020 Gio dc th cht E x(0-0-2-0)

23 MIL1010 Gio dc quc phng I N/A

24 MIL2010 Gio dc quc phng II N/A

Tng cng: 56 TC


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7.2.2 Kin th c gio dc chuyn nghipSTT Hc phn HBKHN Hc phn gc (CSUC) Khi l ng

Ki n th c c s ngnh b t buc

25 MI2026 Xc sut thng k MATH 105 Statistics 4(3-2-0-8)

26 ME2016 V k thut I MECH 100 Graphics I 2(1-1-0-4)27 ME2026 V k thut II MECH 200 Graphics II 2(1-1-0-4)

28 ME2006 T nh hc CIVL 211 Statics 3(2-1-0-6)

29 ME2036 C khi c ng MFGT 160 Introduction toManufacturing Engineering

3(2-1-0-6)

30 MSE3016 Nhp mn KH&CN Vtliu

MECH 210 Materials Scienceand Engineering

3(3-1-0-6)

31 IT3xx6 Gii thut v Ch ng trnhcho k s

EECE 135 Algorithms &Programs for Engineers

3(2-1-0-6)

32 IT3xx6 C s thit k logic EECE 144 Logic DesignFundamentals

3(2-1-0-6)

33 IT3xx6 Kin trc b x l v h p ng EECE 221 ProcessorArchitecture and AssemblyLanguage

3(2-1-0-6)

34 ME3006 K nng giao tip nhm CSMT 132 GroupCommunication

3(2-1-0-6)

35 ME3016 Kinh t cng nghip CIVL 302 EngineeringEconomy and Statistics

3(2-1-0-6)

36 ME3026ng hc MECH 320 Dynamics 3(2-1-0-6)

37 ME3036 Thc tp x ng 2(0-0-8-4)

38 ME3046 Sc bn vt liu CIVL 311 Strength ofMaterials

4(3-1-0,5-8)

39 ME3056o l ng v Dng c o MECA 380 Measurement andInstrumentation

3(2-1-0,5-6)

40 ME3066 n thit k I MECA 440A MechanicalEngineering Design Project I

3(2-1-0-6)

41 ME3076 Thit k C kh MECH 340 MechanicalEngineering Design

3(2-1-0-6)

42 ME3106 Thc tp k thut 2(0-0-8-4)

43 EE3706 Mch tuyn tnh I EECE 211 Linear Circuits I 3(3-1-0-6)

44 EE3716 TN Mch tuyn tnh I EECE 211L Linear CircuitsLab I

1(0-0-2-0)

45 EE3726 Mch tuyn tnh II EECE 212 Linear Circuits II 4(4-1-0-8)

46 EE3736in t I EECE 315 Electronics I 4(4-1-0-8)


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47 EE3746in t II EECE 316 Electronics II 4(4-1-0-8)

48 EE3756 Thit k h thng s EECE 344 Digital SystemsDesign

4(4-1-0-8)

49 EE3766 Mch giao din my tnh EECE 343 Computer InterfaceCircuits

4(4-1-0-8)

Tng cng: 75 TC

Ki n th c chuyn ngnh b t buc

50 ME4006 Thit k h thngiu khin MECA 482 Control SystemDesign

4(3-1-0,5-8)

51 ME4176 Chuyn ng v t ng hamy

MECA 486 Motion andMachine Automation

4(3-1-0,5-8)

52 ME4186 n thit k II MECA 440B MechanicalEngineering Design Project II

3(2-1-0-6)

53 ME4226o c ng i k s v bov mi tr ng

CIVL 495 LifelongDevelopement for Engineers

3(2-1-0-6)

Tng cng: 14 TC54 ME5016 Thc tp tt nghip 4(0-0-8-16)

55 ME5116 n tt nghip 10(0-0-20-40)

Tng cng: 14 TC Cc h c phn t chn (ch n 4 hc phn)

56 ME3086 Cng ngh Ch to my 4(3-1-0,5-8)

57 ME3096 CAD-CAM-CNC 2(1-1-0-4)

58 IT3xx6 Cu trc vc trng cah thng

EECE320 System Architecture& Perfomance

3(2-1-0-4)

59 IT4xx6 Cu trc my tnh tin tin EECE425 Advanced computerAchitecture

3(2-1-0,5-8)

60 ME4196 My cng c 3(2-1-0-6)

61 EE4176 Thit k my trng thi EECE236 State Machinedesign 3(2-1-0-6)

62 ME4216 Robot cng nghip 2(1-1-0-4)

63 IT 4xx6 Thit k, th tc v kim th d n

CSCI 305 ProjectRequirements, Design, andTesting

2(1-1-0-4)

Tng cng: 11 TC


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8 K HOCH HC TP CHUN Standard Course SequenceHC K I 9TC H C K II 13TC

FL1016 Ti ng Anh c bn I 4(10-10-0-8) FL1026 Ti ng Anh c bn II 4(10-10-0-8)SSH1010 Tri t hc Mc-Lnin 3(3-0-0-6) SSH1040 CNXH Khoa h c 2(2-0-0-4)SSH1030 L ch s ng CSVN 2(2-0-0-4) SSH1020 Kinh t chnh tr 3(3-0-0-6)PE1010 Gio d c th cht A x(0-0-2-0) MI1016

MATH120Gii tch IAnal. Geom. & Calculus I

4(3-2-0-8)

PE1020 Gio d c th cht B x(0-0-2-0)

HC K III 19TC H C K IV 18TC

SSH1050 T tng H Ch Minh 2(2-0-0-4) FL2016ENGL 130

Ting Anh K thu tAcademic Writing

2(2-0-0-4)

ME2010MECH 100

V k thut IGraphics I

2(1-1-0-4) ME2020MECH 200

V k thu t IIGraphics II

2(1-1-0-4)

MI1026MATH 121

Gii tch IIAnal. Geom. & Calculus II

4(3-2-0-8) MI1046MATH 260

PT vi phn v chu iElem. Diff. Equations

3(2-2-0-6)

MI1036MATH 031 i s Algebra 4(3-2-0-8) PH1026PHYS 204B Vt l i cng IIPhysics II 4(2-2-1-8)PH1016PHYS 204A

Vt l i cng IPhysics I

4(2-2-1-8) CH1016CHEM 111

Ha h c i cngGeneral Chemistry

4(3-2-1-8)

IT1016 Tin h c i cngIntro to Computer Science.

3(2-1-2-6) MSE3016MECH 210

Nhp mn KH&CN V t liuMatls Science & Eng.

3(3-1-0-6)

PE1030 Gio d c th cht C x(0-0-2-0) PE1040 Gio d c th cht D x(0-0-2-0)MIL1010 Gio d c qu c phng I N/A MIL2010 Gio d c qu c phng II N/A

HC K V 17 TC H C K VI 22 TC

PH1036 PHYS204C

Vt l i cng III Physics III

4(2-2-1-6) MI2026MATH 105

Xc xu t thng kStatistics

4(3-2-0-6)

ME2006CIVL 211

T nh h cStatics

3(2-1-0-6) IT3xx6EECE 144

C s thit k logicLogic Design fundamentals

3(2-1-0-6)

IT3xx6

EECE 135

Gii thut v ch ng trnhcho k s Algorithms & Prog. forEngineers

3(2-1-0-6) ME2046CIVL 302

Kinh t cng nghi pEng. Economy

3(2-1-0-6)

ME2036MFGT 160

C kh i cngIntro. Manufact. Eng.

3(2-1-0-6) ME3006CSMT 132

K nng giao ti p nhmGroup Communications

3(2-1-0-6 )

EE3706EECE 211

Mch tuy n tnh ILinear Circuits I

3(3-1-0-6)EE3726EECE 311

Mch tuy n tnh IILinear Circuits II

4(4-1-0-8)

EE3716EECE 211L

TN Mch tuy n tnh ILinear Circuits Lab I

1(0-0-1-0) ME3026MECH 320

ng h cDynamics

3(2-1-0-6)

PE1020 Gio d c th cht E x(0-0-2-0) ME3036 Th c tp xngWorkshop Practice

2(0-0-8-4)

HC K VII 17 TC H C K VIII 20 TC

ME3046CIVL 311

Sc bn vt liuStrength of Materials

4(3-1-0,5-8) ME3056MECA 380

o lng v d ng c oMeasurements & Instr.

3(2-1-0,5-6)

IT3xx6

EECE 221

Kin trc b x l v h png Processor Architecture andAssembly Language

3(2-1-0-6) ME3066MECA440A

n thi t k 1ME Design Project I 3(1-2-0-6)

ME3076MECH 340

Thit k C khMechanical Eng. Design

3(2-1-0-6) ME3086 Cng ngh Ch to my Manufacturing Engineering

4(3-1-0,5-8)


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in t IElectronics I

4(4-1-0-8) EE3756EECE 344

Thit k h thng s Digital System Design

4(4-1-0-8)

ME3096 CAD-CAM-CNC 3(2-1-0-6) EE3746EECE 316

in t IIElectronics II

4(4-1-0-8)

ME3106 Th c tp k thu tTechnical Practice

2(0-0-8-4)

HC K IX 19 TC H C K X 17TCME4006MECA 482

Thit k HT iu khinControl System Design

4(3-1-0,5-8) ME5016 Th c tp tt nghi pGraduate practice 4(0-0-8-16)

ME4176MECA 486

Chuy n ng v T H myMotion & MachineAutomation

4(3-1-0,5-8) ME5116 n t t nghi pGraduating thesis

10(0-0-20-40)

ME4186MECA440B

n thi t k IIME Design Project II

3(2-1-0-6) ME4226

CIVL 495

o c ng i k s vbo v mi tr ngLifelong Dev. for Engineers

3(2-1-0-6)

EE3766

EECE 343

Mch giao di n my tnh

Computer Inter. Circuits

4(4-1-0-8)

ME4196 My cng c Machine Tools

2(1-1-0-4)

ME4216 Robot cng nghi pIndustrial Robots

2(1-1-0-4)


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9 M T VN TT NI DUNG CC HC PHN Course Descriptions

9.1 Cc hc phn ting Vit bt buc

9.1.1 SSH1010: Trit hc Mc Lnin3 TCNi dung ban hnh theo Quyt nh s 45/2002/Q-BGD&T, ngy 29/10/2002 ca B tr ng B Gio dc vo to.

9.1.2 SSH1020: Kinh t chnh tr Mc Lnin3 TCNi dung ban hnh theo Quyt nh s 45/2002/Q-BGD&T ngy 29/10/2002 ca B tr ng B Gio dc vo to.

9.1.3 SSH1030: Lch s ng Cng sn Vit Nam2 TC

Ni dung ban hnh theo Quyt nh s 41/2003/Q-BGD&T ngy 27/8/2003 ca B tr ng B Gio dc vo to.

9.1.4 SSH1040: Ch ngh a x hi khoa hc2 TC

Ni dung ban hnh theo Quyt nh s 34/2003/Q-BGD&T ngy 31/7/2003 ca B tr ng B Gio dc vo to

9.1.5 SSH1050: T t ng H Ch Minh2 TC

Ni dung ban hnh theo Quyt nh s 35/2003/Q-BGD&T ngy 31/7/2003 ca B tr ng B Gio dc vo to.

9.1.6 PE1010-PE1050: Gio dc th chtNi dung ban hnh theo Quyt nh s 3244/GD-T ngy 12/9/1995 v Quyt nh s 1262/GD-T ngy 12/4/1997 ca B tr ng B Gio dc vo to.

9.1.7 MIL1010, MIL2010: Gio dc quc phngNi dung ban hnh theo Quyt nh s 12/2000/Q-BGD&T ngy 9/5/2000 ca B tr ng B Gio dc vo to.


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9.2 Cc hc phn ting Anh bt buc

9.2.1 FL1016, FL1026: Ting Anh c bn (Essential English)8 TCCung cp nhng kin thc v k nng Ting Anh c bn lm nn tng vng chc gip sinhvin c th tip thu thun l i nhng bi hc cp cao h n bng ting Anh.

9.2.2 FL2016: Ting Anh k thut (ENGL 130: Academic Writing)2 TCCung cp cho sinh vin nhng kin thc v k nng trnh by ting Anh trong k thut, tptrung vo k nng vit.

Instruction and practice in writing university-level expository prose.

9.2.3 MI1016: Gii tch I (MATH 120: Analytic Geometry and Calculus 1)4 TC

Gi i hn v s lin tc. php tnho hm vng dng vo vn tc, cc tr, v th. Hmsiu vit. Nhp mn tch phn xcnh v tnh din tch.

Limits and continuity. The derivative and applications to related rates, maxma and minima,

and curve sketching. Transcendental functions. An introduction to the definite integral andarea.

9.2.4 MI1026: Gii tch II (MATH 121: Analytic Geometry and Calculus 2)4 TC

Hc phn hc tr c: MI 1026

Tch phn xcnh vng dng tnh din tch, th tch, cng, ph ng trnh vi phn, hnh

thang cong. Chui, vc t , hnh gii tch khng gian 2, 3 chiu. To cc, ph ng trnhtham s.The definite integral and applications to area, volume, work, differential equations, etc.Sequences and series, vectors and analytic geometry in 2 and 3-space, polar coordinates,and parametric equations.

9.2.5 MI1036:i s (MATH 031: Algebra)

4 TC


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Gi i thiu chung v s thc, bin, ph ng trnh, biu thc i s, hm v th, gii h ph ng trnh v bt ph ng trnh tuyn tnh.

Introduction to the basic properties of real numbers, variables, equations, algebraicexpressions, functions and their graphs. This includes evaluation of expressions and

formulas; translation from words to symbols; solutions of linear equations and inequalities.9.2.6 MI1046: Ph ng trnh vi phn v chui (MATH 260: Elementary Differential

Equations)4 TC


Ph ng trnh sai phn tuyn tnh bc nht; ph ng trnh tuyn tnh bc hai, bin iLaplace, khai trin chui im tm th ng, h ph ng trnh tuyn tnh bc nht v cc

ng dng.First order separable, linear, and exact equations; second order linear equations, Laplacetransforms, series solutions at an ordinary point, systems of first order linear equations, andapplications.

9.2.7 PH1016: Vt li c ng I (PHYS 204A: Physics for Students of Science andEngineering: Mechanics)

4 TCHc phn hc tr c: MI 1026ng hc vng lc hc cht im - C nng v tr ng th nng -ng lc hc vt rn -Daong v sng c - Thuyt t ngi Einstein.Kinetics and dynamics of material point - Mechanical energy and field of potential energy -

Dynamics of rigid - Vibration and machanical waves - Einsteins Relative Theory.

9.2.8 PH1026: Vt li c ng II (PHYS 204B: Physics for Students of Science andEngineering: Electricity and Magnetism)

4 TCHc phn hc tr c: MI 1026; PH1016in tr ng t nh -in mi - Vt dn v t in - T tr ng - Cmngin t - Cc vtliu t - Daong v sngin t - Tr ngin t.Statistic electrical field - Insulator - Conducting object and capacitor - Magnetic field -

Electromagnetic induction - Magnetic material - Electromagnetic oscillations and waves - Electromagnetic field.


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9.2.9 PH1036: Vt li c ng III (PHYS 204C: Physics for Students of Science andEngineering: Heat, Wave Motion, Sound, Light, and Modern Topics)

4 TCHc phn hc tr c: MI 1026; PH1016Thuyt ng hc phn t, cc nguyn l ca nhit ng hc - Tnh cht sng v ht ca nhsng - L ng tnh sng-ht ca vt cht, hm sng v ph ng trnh Schroedinger - Nguynt v ht nhn nguyn t - Vt rn tinh th.Theory of molecular kinetics, principles of thermodynamics - wave and particle charactersof light - The wave-particle duality of matter, wave functions and the Schroedinger equation- Atoms and nuclei - Crystal solid.

9.2.10 CH1016: Ha hc i c ng (CHEM 111: General Chemistry)

4 TCPrinciples of chemistry for students in science, medical, and related professions. Atomicstructure, chemical bonding, stoichiometry, periodic table, gases, solids, liquids, solutions,and equilibrium.

9.2.11 IT1010: Tin hc i c ng (Introduction to Computer Science)3 TC

Cc nguyn tc, khi nim c bn, phng php tnh, trng tm l ng dng vo khoa hc vk thut vt l. Gii cc bi ton c bn v k thut lp trnh; cc thut ton c bn v cutrc d liu; s dng my tnh gii cc bi ton khoa hc v k thut.Fundamental principles, concepts, and methods of computing, with emphasis onapplications in the physical sciences and engineering. Basic problem solving and

programming techniques; fundamental algorithms and data structures; use of computers insolving engineering and scientific problems.

9.2.12 MI2026: Xc sut thng k (MATH 105: Statistics)4 TC

Tng quan d liu s, xc sut s cp, phn phi v nhp mn l thuyt thng k.

Summary of numerical data, elementary probability, distributions, and introduction tostatistical inference.


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9.2.13 ME2006: T nh hc (CIVL 211: Statics)3 TC

Hc phn hc tr c: ME 2010; MI 1026, PH 1016

H lc, m men lc, s cn bng, khi tm, m men qun tnh.

Force systems, moments, equilibrium, centroids, and moments of inertia.

9.2.14 ME2016: V k thut I (MECH 100: Graphics I)2 TC

Gi i thiu cng ngh giao tip ha, s dng c v tay v v trn my tnh m hnh havt rn

An introduction to engineering graphical communication using both free-hand sketchingand computer-aided solid modeling.

9.2.15 ME2026: V k thut II (MECH 200: Graphics II)2 TC

Hc phn hc tr c: ME2016

Chun v k thut, kch th c hnh hc, dung sai, bn v ch to, qun l d liu sn phm,m hnh ha vt rn trung gian, gi i thiu cch phn tch s dng m hnh ha vt rn.

Drawing standards, geometric dimensioning and tolerancing, working drawings, productdata management, intermediate solid modeling, introduction to analysis using solidmodeling.

9.2.16 ME2036: C kh i c ng (MFGT 160: Introduction to Manufacturing

Engineering)3 TC

Gip sinh vin c hiu bit y v cc khi nim c bn ca cng ngh c kh, tc l chiu bit v qu trnh v vt liu gia cng thng th ng v kin thc gii quyt cc vn trong gia cng.

This course is designed to familiarize the student with the basic concepts of manufacturingengineering, i.e., an understanding of the common manufacturing materials and processes,and the knowledge to solve manufacturing problems.


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9.2.17 MSE3016: Nhp mn KH&KT Vt liu (MECH 210: Materials Science andEngineering)

3 TC

Hc phn hc tr c: PH 1016; CH 1016 (cng c th hc ng th i)

Qu trnh, cu trc, tnh cht v biu hin ca vt liu k thut. Kin thcng dng v tnhcht vt liu nh l cc thng s thit k ca cng ngh. Cc qu trnh sn xut tin tin, k c cng ngh vi m.

Processing, structure, properties, and performance of engineering materials. Appliedknowledge of material properties as engineering design parameters. Advancedmanufacturing processes, including microfabrication.

9.2.18 IT3xx6: Gii thut v ch ng trnh cho k s (EECE 135: Algorithms andPrograms for Engineers)

3 TC


Gi i thiu cho sinh vin chu trnh pht trin ca phn mm v cc yu t cu thnh h thng my tnh. Dy c php chung cho c C v C++. Trnh by cch chia mt ch ng trnhl n thnh cc phnon nh th no v gii thch vai tr ca gii thut trong k thut lp

trnh. V d lp ch ng trnh gii mt s bi ton v vn k thut n gin. Introduces students to the software development life cycle and the elements of a computersystem. Teaches the syntax common to both C and C++. Shows how to split large programinto segments and explains the role of algorithms in programming. Programmingassignments are taken from simple engineering and mathematics problems.

9.2.19 IT3xx6: C s thit k logic (EECE 144: Logic Design Fundamentals)

4 TCHc phn hc tr c: Nn hc MI 2010

nh ngh a v tnh cht ca chuyn mchi s. Cc tiu ha hm ph ng trnhi s. S dng biu Karnaugh n gin ha. Thit k mng logic t h p. Thit k thit b logiclin tc bao gm phn t lt, mch ghi, mch m. Phn tch vng dng ca cc thit b s. Phn tch v thit k cc thit b trng thi lin tc ng b v khngng b, bngtrng thi gc v rt gn. S dng dng c cng c CAD bt s v m hnh ha thitb logic.

Definition and properties of switching algebra. Minimization of algebraic function. Use ofKarnaugh maps for simplification. Design of combinational logic networks. Design of


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sequential logic devices including flip-flops, registers, and counters. Analysis andapplications of digital devices. Analysis and design of synchronous and asynchronoussequential state machines, state table derivation and reduction. Use of such CAD tools forschematic capture and logic device simulations.

9.2.20 IT3xx6: Kin trc b x l v h p ng (EECE 221: Processor Architecture andAssembly Language Programming)

3 TC

Hc phn hc tr c: IT 3xx6

Gi i thiu cc phn t to nn b x l v cu to ca cc phn t ny. Biu din s, d liu, cc ch dn bn trong b x l dc theo ng m cc d liu c nh a ch.

Lp trnh ngn ng assembly s dng s hc, logic, kim th v cc ch dn ra/vo. An introduction to the components that make up a processor and the organization of thosecomponents. The representation of numbers, data, and instructions within a processor alongwith the ways they are addressed. Assembly language programming using arithmetic,logical, test, and input/output instructions.

9.2.21 ME3006: K nng giao tip nhm (CMST 132: Group Communication)

2 TCNi dung mn hc giao tip nhm c truyn ti hiu bit vai tr c tnh quyt nh cagiao tip trong vn ha, x hi v cc hot ng ca con ng i, cng nh nng cao kh nng giao tip c nhn ca sinh vin, mt s truyn ti v i giao tip v o c, trchnhim,nh h ng. Mn hc tm kim duy tr v ci thin cht l ng ca ch ng trnh,khuyn khch gio vin nghin cu v pht trin, cng nhn v k kt h p ng.

The Communication Studies program is committed to an understanding of the crucial roleof communication in human culture, society, and activity, as well as an enhancement ofstudents' personal communication skills, and a commitment to ethical, responsible, andeffective communication. The program seeks to maintain and improve the quality of its

program, faculty research and development, and grant and contract activity.

9.2.22 ME3016: Kinh t cng nghip (CIVL 302: Engineering Economy and Statistics)3 TC



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Phn tch cc la chn trn c s ph ng php kinh t cng ngh v ccng dng cathng k bao gm xc sut, l thuyt ly mu v phn tch d liu, kim tra cc gi thuyt

Analysis of alternatives by basic engineering economic methods and applications ofstatistics including probability, sampling theory and data analysis, and tests of hypotheses.

9.2.23 ME3026:ng hc (MECH 320: Dynamics)3 TC

H c phn hc tr c: ME 2006; MI 1046 (c th hc ng th i)

ng hc vng lc hc ca h gm cc vt rn. Cci l ng qun tnh. Lc t ng tc,lc qun tnh v m men qun tnh. Ph ng trnh chuyn ng ca h khng gian.

Kinematics and dynamics of mechanical systems composed of rigid bodies. Moments and products of inertia, forces of interaction, inertia forces and torques. Equations of motion ofnon-planar systems.

9.2.24 ME3046: S c bn vt liu (CIVL 311: Strength of Materials)4 TC

Hc phn hc tr c: ME 2006; ME 2010

Sc bn v tnh do ca vt liu ca cu trc; bin dng,ng suet, lc ct, m men xon;dch chuyn v bin dng; phn tchng sut ca dm.

Strength and elastic properties of materials of construction; tension, compression, shear,and torsion stresses; deflection and deformation; stress analysis of beams and columns.

9.2.25 ME3056:o l ng v dng c o (MECA 380: Measurements andInstrumentation)

3 TCHc phn hc tr c: EE 3706; EE 3716 Nn hc ME 2016

Kho st tnh trngn nh v cc hin t ng ng hc v i vic s dng cc thit b tiphng th nghim dng c o l ng. Chun ho dng c o, pngng hc ca dng c o, x l cc d liu thng k.

Measurement of steady-state and dynamic phenomena using common laboratoryinstruments. Calibration of instruments, dynamic response of instruments, and statistical

treatment of data.


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9.2.26 ME3066: n thit k I (MECA 440A: Mechanical Engineering DesignProject I)

3 TC

Hc phn hc tr c: FL 2016; EE 3756; ME 3076; ME 2036; Nn hc ME 3056; ME

2016. ng dng ph ng php thit k h thng vo h thng c kh. n thit k nhm. C tnhn gi thnh ch to, mi tr ng v tcng x hi. Tr l i vn p v vit trnh by cckt qu, cc thng s u vo cho n c tip tc thc hin trong mn ME4186.y lbn vit st hch trnh, WP, mn hc t im 6/10 hoc cao h n cho mn chuynngnh.

System design methods applied to mechatronic systems. Group design projects.Consideration of the manufacturing cost, and environmental and social impact. Oral and

written presentation of results. Initial design of the capstone design project to be continuedin MECA 440B.

9.2.27 ME3076: Thit k c kh (MECH 340: Mechanical Engineering Design)3 TC

Hc phn hc tr c: ME 2006; ME 2026. Nn hc ME 3086; ME 3026; ME 2036

Thit k, biu din cc chi tit my v h thng la chn trongiu kin ti t nh v ting. Khi qut v l thuyt h hng, tin cy, s dng cc bng m v tiu chun, thchnh thit k h thng chun.

Design and performance of machine components and systems subjected to both steady andvariable loading conditions. Introduction to failure theories, reliability, use of codes andstandards, and standard design practices.

9.2.28 ME4006: Thit k h thng iu khin (MECA 482: Control System Design)4 TC

Hc phn hc tr c: EE 3706; MI 1046. Nn hc ME 3056; ME 3026 hoc IT 3xx6

Thit lp v m phng biu din h ng lc hc. Thit k h thngiu khin cho h lintc s dng c k thut iu khin s v t ng t.

Modeling and simulation of dynamic system performance. Control system design for

continuous systems using both analog and digital control techniques.


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9.2.29 ME4176: Chuyn ng v t ng ha my (MECA 486: Motion and MachineAutomation)

4 TC

Hc phn hc tr c: EE 3706; EE 3716 (c th hc ng th i).

Khi nim v k thut t ng trong mchin, c kh chnh xc, h thngiu khin, vlp trnh. Kch c ng c , b truyn ng bnh rng, kh p ni, mch tip t, hiu qu s dng ca ng c b c, ng c servoiu khin kn, ci tin phc hi, mng, vo /ra,cung cp nng l ng, daong v cng h ng, dung sai c kh, tuyn tnh v c cuiu khin, v x l s c hng hc. Phng th nghim m phngng dng cc khi nimnh l chuyn ng theo to im, hnh trnhnh tr c, dn h ng, c cu cam, vCAD thnh chuyn ng c th v i s phi h p ca cc loi ng c v i cc dng thit b c kh khc nhau.

Machine automation concepts in electrical circuits, precision mechanics, control systems,and programming. Motor sizing, gearing, couplings, ground loops, effective use of stepmotors, servo control loops, regeneration, networking, I/O, power supplies, vibration andresonance, mechanical tolerancing, linear bearings and drive mechanisms, andtroubleshooting. Labs simulate application concepts such as point-to-point coordinatedmoves, registration, following, camming, and CAD-to-Motion by combining various motortechnologies with various mechanical drive types.

9.2.30 ME4186: n thit k II (MECA 440B: Mechanical Engineering DesignProject II)

3 TCHc phn hc tr c: ME 3066. Nn hc ME 3056; ME 2016.

Tip tc ni tip n t ME3066. Cc d liu b xung cho s tip ni ca n thit k l ch to, kim tra v c l ng vic to mu. Phi thc hin ngay sau ME3066.

Continuation of the capstone design project from MECA 440A. Implementation of thecapstone design project, including fabrication, testing, and evaluation of a working

prototype. Must be taken the semester immediately following MECA 440A.

9.2.31 ME4226:o c k s v bo v mi tr ng (CIVL495: LifelongDevelopment for Engineers)

3 TCHc phn hc tr c: FL 2016


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Cc thng l hnh ngh cng ngh: o c, cc kh nng pht trin lin tc, thit k hnhvi, s dng phn mm ng cch thc, cc quan h ngh nghip. i hi sinh vin phi vit n thc.

Professional practices in engineering: ethics, opportunities for continuing development,

design practices, proper use of computer software, professional relationships. A substantialwritten project will be required.

9.2.32 EE3706: Mch tuyn tnh I (EECE 211: Linear Circuits I)3 TC

Hc phn hc tr c: MI 1026; PH 1026

Phn tch mch mt chiu v mch hnh sin, bao gm cc phn t in tr , in cm vmch dn in v cc ngun c lp. Bin th l t ng.nh l mch Thevenin v Nortonv chng mch. Pha, tr khng, cng h ng v ngun xoay chiu. Phn tch mch xoaychiu 3 pha.

DC and sinusoidal circuit analysis, including resistive, capacitive, and inductive circuitelements and independent sources. Ideal transformer. Thevenin and Norton circuit theoremsand superposition. Phasors, impedance, resonance, and AC power. Three-phase AC Circuitanalysis.

9.2.33 EE3716: Th nghim Mch tuyn tnh I (EECE 211L: Linear Circuits Lab I)1 TC

Hc phn song hnh: EE 3706

Cc th nghim cng c cc nguyn tc dy trong EE 3706. T h p ca hai mn hc EE3706 v EE 3716 t ng ng 2.0 gi th nghim.

Experiments to reinforce the principles taught in EECE 211.

9.2.34 EE3726: Mch tuyn tnh II (EECE 311: Linear Circuits II)4 TC

Hc phn hc tr c: EE 3706, MI 1046 (C th hc ng th i)

K thut phn tch mch cho mng v i ngun c lp v ph thuc. Topo ca mng. Ngungc v tcngh ngng ca mch RLC. H thng tn s, cc vim khng. Cc mchi t tnh v mang hai cng. C s i s tuyn tnh, m t mch s dng PSPICE v giitch s dng MATLAB.


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Circuit analysis techniques for networks with both independent and dependent sources. Network topology. Natural and forced responses for RLC circuits. Complex frequency, poles, and zeros. Magnetically coupled circuits and two-port networks. Introduction tolinear algebra, circuit simulation using PSPICE, and mathematical analysis using

MATLAB.

9.2.35 EE3736:in t I (EECE 315: Electronics I)4 TC

Hc phn hc tr c: EE 3706, EE 3716

Hc phn song hnh: EE 3726; MI 1046

it l t ng.it Zene viu chnh. Phtit v pin mt tr i. Tnh cht thin p vmt chiu ca transito l ng cc. JFETs v MOSFETS. Cc mch t ng ng xoay chiutn hiu nh. Cc b khuychi transito n trng thi. H ngng tn s thp. Khuychi phn hi r i rc.

Ideal diodes. Zener diodes and regulation. Photodiodes and solar cells. Biasing and DCbehavior of bipolar transistors. JFETs and MOSFETS. Small-signal AC equivalent circuits.Single-state transistor amplifiers. Low-frequency response. Discrete feedback amplifiers.

9.2.36 EE3746:in t II (EECE 316: Electronics II)4 TC

Hc phn hc tr c: EE 3736

Mch Op Amp, my pht dng sng, b to daong hnh sin, b khuychi tn s cao,b lc tch cc, b iu chnh ngun cp, b cp ngun in t, mch IC tuyn tnh nngcao.

Op Amp circuits, waveform generation and shaping, sinusoidal oscillators, high frequency

amplifiers, active filters, power supply regulators, power electronics, advanced linear ICs.

9.2.37 EE3756: Thit k h thng s (EECE 344: Digital Systems Design)4 TC

Hc phn hc tr c: IT 3xx6; EE 3706; EE 3716

M rng nghin cu mch s i v i thit b LSI v VLSI. S dng m phng trn my tnh

trong phn tch h thng v kim nh thit k. B vi x l 8 bit v 16 bit, cu trc, t chcbus v gii ma ch. Thit k cc khi nim cho b vi x l, gm c h thng tch h p v i


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b logic kh trnh. mch ni tip, qu trnh ngn mch. S dng m lu tr v truyn d liu thng tin: tnh chn l, ASCII, xcnh cc sai s khc v hiu chnh m.

Extends the study of digital circuits to LSI and VLSI devices. Use of computer simulation insystem analysis and design verification. 8-bit and 16-bit microprocessors, architecture, bus

organization and address decoding. Design concepts for microprocessor systems, includingsystem integration with programmable logic devices. Interfacing to A/D and D/AConverters. Design of input and output ports and interface to programmable ports. Serialcommunications; interrupt processing. Use of codes for storage and transmission ofinformation: parity, ASCII, Hamming and other error detecting and correcting codes.

9.2.38 EE3766: Mch giao din my tnh (EECE 343: Computer Interface Circuits)4 TC

Hc phn hc tr c: IT 3xx6; EE 3736

Nhn mnh vic s dng m hnh ha trn my tnh phn tch v thit k mch; s dngcng c CAD nh PSPICE v Altera MAX+PLUS II. Bao gm c dng sng xung v s iv i h mch tch h p (TTL, CMOS, ECL). Ngun cp dng cho c hai h thng c nh vc l n, ngun v cc cu trc bus ni t. ng dn trnhiu khin v b thu; chng kt n i v i cc ng dn driver khc nhau. Ph ng php thit k thit b trng thi tintin v th tc thit k giao din mch v my tnh.

The use of computer simulation in circuit analysis and design is emphasized; CAD tools asPSPICE and Altera MAX+PLUS II are used. Pulse and digital wave shaping circuits forintegrated circuit families (TTL, CMOS, ECL) are covered. Power supplies as applied toboth large- and small-scale systems; power and ground bus structures. Line drivers andreceivers; single-ended versus differentially driven lines. Advanced state machine designmethodologies and procedures for computer interface circuit designs are discussed.

9.3 Cc hc phn ting Anh t chn

9.3.1 EE 4176: Thit k trng thi my - State Machine Design3 TC

Mn t chn

Thit k v phn tch tnhng b v khngng b ca dy cc my mc thit b, ngungc v ph ng php lm gim trng thi bt n nh. Nhn mnh v chuyn trng thi vbiu nhn bit,ng dng phn t logic PAL, PGA v ROM

Design and analysis of synchronous and asynchronous sequential machines, state tablederivation and reduction. State assignment and flow table realization, application of PAL,PLA, PGA and ROM logic will be stressed.


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27iu kin tin quyt: hc mnCu trc v c trng ca h thngEECE 320

ng dng, thit k, v cc tch cht c trng ca cu trc x l song song, nt s v phnt x l vct , phn loi cu trc, cu trc b nh ; h thnga x l; ni mng,iu khinv biu a x l.

The application, design, and performance aspects of parallel processor structures,arithmetic pipelining and vector processing units; architectural classification; memorystructures, multiprocessor systems; interconnection networks, multiprocessing control andscheduling;

9.3.5 ME3096: CAD-CAM-CNC3 TC

Hc phn hc tr c: ME 4196Khi nim v iu khin s trong my cng c. Nguyn l cu trc v tnh nng ca myNC, CNC, trung tm gia cng v h thng DNC. Lp trnh cho my CNC th cng v lptrnh bng cc phn mm chuyn dng, s dng phng th nghim CNC.

Outline about flexible automatic machine tools and numeral control machines: Principle,structure, technical requirements NC, CNC, machining center, DNC system. ManualProgramming for CNC machine and by professional software; Mathematic model for FMS,CIM and connecting global network.

9.3.6 ME4196: My cng c (Machine Tools)2 TC

H c phn hc tr c: ME 3086; ME 3076; ME 3066; ME 4006; ME 4176 (c th hc ngth i).

Khi nim v cc chuyn ng to hnh, s ng ca my cng c, xch truyn ng.

Cc phn t chnh ca my cng c, cc nhm truyn ng chnh, cc chi tit c bit. S ng ca cc my cng c c trng: My tin, my phay, my khoan, my gia cngrng, my mi...

Concepts of motion elements: Transmission-motion groups, Electrical motors, Integral parts and analysis the kinematics structure chain: Mechanic-Electromagnetic Uncouple,Planar transmission. Investigate kinematics diagram of the general machines: Metalcutting - Lathe, Gear manufacturing, pressing.


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9.3.7 ME4216: Robot cng nghip (Industrial Robot)2 TC

Hc phn hc tr c: ME 3096C s ton hc cho vic tnh tonng hc vng lc hc r bt. H thngiu khin s

trong r bt cng nghip. Nguyn l hot ng , cu trc c kh v cc tnh nng cn thitca tay my. Lp trnh cho r bt cng nghip trn paneliu khin v lp trnh trn phnmm chuyn dng, s dng phng th nghim v r bt cng nghip KUKA.

Basic applied mathematics for designing kinetic and dynamic of industrial robots; Digitalcontrol system for industrial robot; Motion principles, mechanical structures, andcharacters of manipulator. Programming on control panel and using professional software;KUKA industrial robot.

9.3.8 ME3086: Cng ngh ch to my (Design for Manufacturability)4 TC

Hc phn hc tr c: ME 2006; ME 2026, ME 3056 (c th hc ng th i) . Nn hc ME3086; ME 2026; ME 3026; ME 2036

Khi nim v ph ng php thit k v dng c, qun l cht l ng, chn vt liu (m i vtruyn thng); thit k cc qu trnh gia cng s cp (c s ct, c, dp, to hnh), thit k v i vt liu nha, thit k lp, thit k o kim, gia cng c tr gip ca my tnh (CIM).

Introduction to design methodologies and tools; quality management; material selection(new and traditional materials); designing for primary manufacturing processes (cutting

fundamentals, casting, forming, and shaping); designing with plastics (snap-fits, integralhinges, etc.); design for assembly (DFA); design for inspection and metrology (datum,geometric tolerancing, inspection equipment); computer integrated manufacturing (CIM).


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10 D KIN PHN CNG GING DY Teaching Assignment (tentative)

HC K I Phn cng H C K II FL1016 Ti ng Anh FL1026 Ti ng Anh

SSH1010 Tri t hc Mc-Lnin SSH1040 CNXH Khoa h cSSH1030 L ch s ng CSVN SSH1020 Kinh t chnh tr

PE1010 Gio d c th cht A MI1016MATH120

Gii tch IAnal. Geom. & Calcu

PE1020 Gio d c th cht

HC K III Phn cng H C K IV SSH1050 T tng H Ch Minh

ENGL 130Ting Anh K thuAcademic Writing

ME2010

MECH 100

Hnh h a - v k thut 1

Graphics I

TS. Nguy n Vn Tin/TS.Nguy n Th Hng Minh/TS.

Phm Vn S n

ME2020

MECH 200

V k thut 2

Graphics II

MI1026MATH 121

Gii tch IIAnal. Geom. & Calculus II

MI1046MATH 260

PT vi phn v chuElem. Diff. Equation

MI1036MATH 031

i s Algebra

PH1026PHYS204B

Vt l i cng IIPhysics II

PH1016PHYS 204A

Vt l i cng IPhysics I

CH1016CHEM 111

Ha h c i cngGeneral Chemistry

IT1016 Tin h c i cngIntro to Computing, Eng. &Sci.

MSE3016MECH 210

Nhp mn KH&CN liuMatls Science & Eng

PE1030 Gio d c th cht C PE1040 Gio d c th cht

MIL1010 Gio d c qu c phng I MIL2010 Gio d c qu c ph

HC K V Phn cng H C K VI


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PH1026 PHYS204C

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MI2026MATH 105

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PGS. inh Vn Phong + PGS.Nh Ph ng Mai + ThS. Nguy n

Minh Ph ng

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EECE 135 Gi i thu t v cc ch ngtrnh cho k s - Algorithms& Prog. for Engineers

TS. T Tu n Anh/ ThS. BchDi p

CIVL 302ME2xx6

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MFGT 160ME2xx6

C kh i c ng -Intro. Manufact. Eng.

TS. Ng L Thng + PGS.Nguyn Thc H + GS. Tr n Vn

ch

CSMT 132FL3xx6

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TSKH. Tr n Hoi Linh/ TS.Nguyn Cng Ph ng

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EECE 211L Th nghi m M ch tuy n tnh1-Linear Circuits Lab IMECH 320

ME3xx6 ng l c h cDynamics

PE1020 Gio d c th cht E MSE3016 Workshop PracticeThc tp xng

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MECA 380ME3xx6

o l ng v d ng Measurements & Inst

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ThS. V n Th Minh/ThS. Tr nTrung Kin

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n thi t k 1ME Design Project I

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ThS. ng Bo Lm/ThS. Hu Nam

ME4xx6 Cng ngh Ch t Manufacturingenginneering


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EECE 315 i n t 1Electronics I

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EECE 344 Thi t k h th ng sDigital System Desig

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HC K IX Phn cng H C K X MECA 482

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TS. Hong V nh Sinh + ThS. oB Phong

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Automation

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Huyn Trm

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GS. Tr n Vn ch/ TS. Nguy nTh Ph ng Mai/TS. Nguy n

Trng Doanh/PGS. Ph m VnHng/ PGS. T Duy Lim

CIVL 495ME4xx6

o c ng i k Bv mi tr ngLifelong Dev. forEngineers

EECE 343 Giao di n m ch v my tnh- Computer Inter. Circuits

TS. Nguy n Cng Ph ng /TSKH. Tr n Hoi Linh

ME5xx6 CAD-CAM-CNC GS. Tr n Vn ch/TS. Nguy nHuy Ninh/ TS. Tr ng Honh

Sn

ME5xx6 Robot cng nghi pIndustrial Robots

TS. Nguy n Trng Doanh/PGS.T Duy Lim/ThS. Nguy n Th

Ngc Huy n


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phc v cc bi th nghim cho ch ng trnh tin tin, b c tip theo, b xung nngcp phc v i tr.

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tin, trn c s dn my tnh mnh.y cng l mn chung cho cc nhnh C trongton tr ng, do mc ch th nghim ca mn hc ny tr c ht mc phc v cc bi th nghim cho ch ng trnh tin tin, b c tip theo, b xung nng cp phc v i tr.

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ang trin khai D

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6 IT3xx6 Gii thut v Ch ngtrnh cho k s 7 IT3xx6 C s thit k logic

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15 Thc hnhin, PLC, thy

kh,in t ME3106 Thc tp k thut S dng c ngay


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Bnh Tin Long

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