I. TRAINNING OBJECTIVES

1.1. Proposed knowledge

Graduate students are provided with the basic standard and updated knowledge related to  electronics, mechanical engineering, information technology, automation and material science systematically. The undergraduate program enable students to integrate and apply the above systems to create a new mechatronics system. In addition to this, graduates will be equipted with a certain language level for doing researches and communicating the daily basic.

1.2. Skill

Graduate students could be able to process, edit and maintain the modern equiptments and mechatronics systems. The program also enable graduates to joint the team work, to study themselves and manage the related projects.

1.3. Ability

This program provides students calculating and analyzing ability and graduates could be capable to deal with any situation as a qualified mechatronic engineer. They also can design and develope new products, have ability to research and implement of real application. Graduates will be also well-qualified to teach at universities and other higher education institutions.

1.4. Attitudes

Graduate students are expected to be good Vietnamese citizens, devoting for the National construction and defence. They will have passion in doing research for increasing of  the knowledge  and studying for better political points of view.

II. PROGRAM CONTENT

2.1. Requirements of undergraduate program

Total number of required credits is:                                                               135 credits
and divided as follows:

– Common subjects                                                                                           33 credits
(Excluding the subjects of Physical education and National defense education )
– Social Sciences and Humanities                                                                    04 credits
+ Optional                              04/08 credits
– Basic subjects                                                                                                  25 credits
– Fundamental subjects                                                                                      50 credits
– Specialization Subjects                                                                                   11 credits
+ Compulsory                            07 credits
+ Optional                                04 credits
– Specialized practice                                                                                          6 credits

– Minor thesis or Graduation eximination  10 credits

2.2. The Curriculum

No.
Subjects
Amount  of credits
Type of Credit Hours
PrerequisiteSubjects
 (Ordinal Number of  Subject)
In Class
  Practice,   Experiment
  Self-study, 
  Self-research
Theory
Exercise
  Discussion
I
 Common Knowledge Subjects 
(Excluding the Subjects from 12 to 16)
33
 
 
 
 
 
 
1
 Marxist-Leninist Philosophy
4
40
10
10
2
 Marxist -Leninist Political Economics
3
30
12
3
1
3
 Scientific Socialism
2
20
2
6
2
2
4
 History of the Communist Party of  Vietnam
2
24
4
2
2
5
 Ho Chi Minh Ideology
2
20
6
2
2
4
6
 Fundamental  Informatics 1
4
20
2
38
7
 Fundamental  Informatics 2
2
16
2
12
6
8
 Foreign Language 1
4
18
18
18
6
9
 Foreign Language 2
3
15
13
13
4
8
10
 Foreign Language 3
3
15
13
13
4
9
11
 Foreign Language for Specific Purposes
4
18
18
18
6
10
12
 Physical Education 1
2
2
26
2
13
 Physical Education 2
2
2
26
2
12
14
 National Defense Education 1
2
14
12
4
15
 National Defense Education 2
2
14
12
4
14
16
 National Defense Education 3
3
18
3
21
3
II
 Social Science and Humanities Subjects
4/8
 
 
 
 
 
 
17
 General Logic
2
20
6
4
1
18
 General Psychology
2
20
4
4
2
19
 General Pedagogy
2
14
6
10
20
 Introduction to Management  Science
2
20
5
5
III
 Basic Science Subjects
25
 
 
 
 
 
 
21
 Higher Mathematics (Algebra 1)
2
20
10
22
 Higher Mathematics (Algebra 2)
2
20
10
21
23
 Higher Mathematics (Analysis 1)
5
45
30
24
 Higher Mathematics (Analysis 2)
5
45
30
23
25
 General Physics 1
3
32
9
4
22, 24
26
 General Physics 2
3
32
9
4
22, 24
27
 General Physics 3
2
20
7
3
22, 24
28
  Practices of General Physics
3
45
25÷27
IV
 Fundamental Subjects
50
 
 
 
 
 
 
29
 Probability and Statistics
2
17
9
4
23, 25
30
 Numerical Methods
2
14
12
4
23, 25
31
 Principle of Electronic Engineering
2
14
12
4
23, 24¸28
32
 Electronic Components and Chips
2
26
4
23, 24¸28
33
 Theoretical Mechanics
2
17
9
4
23, 24
34
 Functional Materials
2
26
4
23, 24
35
 Strength of Materials
2
17
9
4
23, 24¸28
36
 Technical Drawing and CAD
2
12
6
9
3
21
37
 Fundamental Design of Machines
4
40
6
7
7
23, 24¸28, 36
38
 Technological Principle of Manufactory of Machinery
2
15
10
5
23, 24¸28, 36
39
 Digital Technique
2
20
6
4
31, 32
40
 Measuring Engineering and Sensors
3
24
6
9
6
34, 39
41
 Hydraulic  Technique
2
13
4
9
4
23, 24¸28
42
 General Automatic Control Theory
2
13
7
6
4
40
43
 Fundamental Electrical  Engineering
2
14
7
5
4
23, 24¸28
44
 Computer Architectures and Industrial Communication Network
3
24
12
9
39
45
 Introduction to Mechatronics
2
24
6
37, 42¸44
46
 Introduction to MEMS/NEMS Technology
2
26
4
37, 42¸44
47
 Programming Language
2
13
13
4
21
V
 Specialization Subjects
11
V.1
 Field of study : Mechatronic Systems
11
 
 
 
 
 
 
V.1.1
 Compulsory Subjects
7
 
48
 Mechatronic Systems
3
18
9
10
8
45
49
 Microprocessor and Microcontroller
2
18
6
6
39
50
 Industrial Robots
2
16
3
6
5
37, 42¸44
V.1.2
 Elective Subjects
4/10
 
 
 
 
 
 
51
  PLC Programming
2
15
10
5
39, 43
52
 Computer Applications for Control and  Measurement.
2
12
12
6
42, 44
53
 Electrical, Pneumatic and Hydraulic Control
2
15
9
6
42
54
 C Language Programming  for Windows
2
15
9
6
47
55
 Modeling and Design of Mechatronic Systems
2
15
9
6
37, 42¸44
V.2
 Field of study: Manufacturing of Equipments
11
 
 
 
 
 
 
V.2.1
 Compulsory Subjects
7
 
 
 
 
 
 
56
 Technology of Manufactory of Machinery
3
28
9
8
33, 35, 37, 38,  42
57
 Machine Tools – CNC
2
15
3
6
6
33, 35, 37, 38
58
 Technology CAD/CAM/CNC
2
13
3
8
6
36, 47
V.2.2
 Elective Subjects
4/8
 
 
 
 
 
 
59
 Design of Forms and Patterns
2
15
9
6
34¸36
60
 PLC Programming
2
15
10
5
39, 43
61
 Pneumatic and Hydraulic Automation
2
16
8
6
41, 42
62
 Special Technologies and Rapid Design of Patterns
2
16
8
6
34¸36
V.3
 Field of study:  Measurement and Control
11
 
 
 
 
 
 
V.3.1
 Compulsory Subjects
7
 
 
 
 
 
 
63
 Power Electronics
2
24
 
 
 
6
39
64
 Microprocessors and Microcontrollers
2
18
6
 
 
6
39
65
 Analog and Digital Techniques – Measurement and Control Procedures
3
30
6
 
 
9
42, 44
V.3.2
 Elective Subjects
4/8
 
 
 
 
 
 
66
 PLC Programming
2
15
 
 
10
5
39, 43
67
 Computer Applications for Control and  Measurement.
2
12
 
 
12

6
42, 44

68

 Advanced  Automatic Control Theory

2

18

6

 

 

6
42, 44

69

  C programming for Windows

2

15

9

 

 

6
47

V.4

 Field of study:  MEMS/NEMS Systems

11

 

 

 

 

 
 

V.4.1

 Compulsory Subjects

7

 

 

 

 

 
 

70

 Micro-Nano Design  Technology

3

30

 

 

10

5
46

71

 Microprocessors and Microcontrollers

2

20

5

 

 

5
43, 44

72

 Control and Measurement Techniques

2

20

5

 

 

5
42, 43, 47

V.4.2

 Elective Subjects

4/10

 

 

 

 

 
 

73

 Design of Micro-Electro-Mechanical Systems (MEMS)

2

24

 

 

 

6
46, 47

74

 Materials for MEMS/NEMS technology

2

24

 

 

 

6
32¸35

75

 Package’s Technology and Checking of Micro-Electro-Mechanical Systems

2

24

 

 

 

6
32¸35

76

 Application of MEMS/NEMS for Electronics and Communication.

2

24

 

 

 

6
36, 45¸47

77

 Application of MEMS/NEMS for
Bio – Medical Engineering

2

24

 

 

 

6
36, 45¸47

V.5

 Field of study:  Robot techniques

11

 

 

 

 

 
 

V.5.1

 Compulsory Subjects

7

 

 

 

 

 
 

78

 Modeling and design of  robots

3

20

5

 

15

5
33, 42, 44, 47

79

 Sensors and Actuators

2

12

10

 

4

4
35, 43

80

 Robot Control

2

12

4

 

10

4
33, 37, 42

V.5.2

 Elective Subjects

4/6

 

 

 

 

 
 

81

  Microcontrollers and Embedded Systems

2

15

5

 

5

5
39, 43

82

 Fuzzy Logic and Neural Network

2

20

5

 

0

5
42

83

 Image Processing

2

15

5

 

5

5
42, 43

V.6

 Field of study:  Technical  Diagnotics

11

 

 

 

 

 
 

V.6.1

 Compulsory Subjects

7

 

 

 

 

 
 

84

 Modeling of the Mechatronic Systems

2

12

5

 

10

3
33, 37, 39

85

 Technical  Diagnotics and  Non- Fracture Controls.

3

24

6

 

9

6
39, 47

86

 Systems Identification and Characteristics

2

21

3

 

 

6
33

V.6.2

 Elective Subjects

4/8

 

 

 

 

 
 

87

 Systems Theory

2

24

6
23, 25

88

 Reliability of Industrial Systems

2

24

6
32

89

 Acoustic Diagnotics of Machines

2

16

10

4
33, 42

90

 Balancing of Machines

2

16

10

4
33

VI

 Specialization Practice

6

 

 

 

 

 
 

91

 Practice for Technicians

2

30

92

 Specialization Practice

4

60

91

VII

 Minor Thesis or Graduation Examination

10

 

Total

135