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2016版电气类电气工程及其自动化专业培养方案英文版

发布时间:2018-11-18浏览:0

Undergraduate Program for Electrical Engineering and Automation Major

I.General Description

The specialty of Electrical Engineering and Automation is awarded as the First-rank Characteristic Discipline Development Center of Shaanxi Province. The cultivation plan for specialty in Electrical Engineering and Automation is characterized by the combination of theory and practice, high voltage and low voltage electric engineering, electric and architecture engineering. Considering the development of the electric engineering technology and industry characteristics, the curriculum system is set to strengthen specialized foundation, value the practical teaching part and enhance the engineering awareness. The students will be trained to focus on the using, acquiring and controlling of the electric energy, and the cultivation of the innovation spirit, entrepreneurship and personal ability will be the important indicators. All the students will be encouraged to get their diversified and personalized development to improve their adaptability to society.

II.Objectives

The specialty of Electrical Engineering and Automation includes the study of the techniques of electrical energy transmission, distribution, utilization, etc. The program nurtures composite talents with all-round development of moral, intellectual, physical, aesthetic and labor, and a harmonious unity of knowledge, capability and quality. The students of this program will also possess the basic theoretical knowledge of electrical engineering, and have innovation spirit, professional quality, engineering ability, humanistic social science accomplishment and international vision. The graduates will have the ability for solving practical engineering problems by their expertise and work for engineering design, equipment research, experimental analysis and system operation management in construction electrical engineering and electrical system.

III.Basic Requirements

The students of the major must have following specific knowledge and abilities: Have a solid foundation in fundamental science, such as mathematics, natural science and humanities, social science; Have the basic engineering and technical knowledge and receive basic training in electrical theory, electrical techniques, automation theory, information processing, computer techniques and experience the corresponding engineering training; Have knowledge structure which combines of high voltage and low voltage electric engineering, electric and architecture engineering; Have some computer skills and certain foreign language competence; Have the ability to use the knowledge to refine the concepts of science and technology; Have the ability to solve the complex engineering problems and build complex engineering systems. Finally, they should have good social morality and work ethic; meanwhile form the comprehensive accomplishment that adapts the social development.

After the curriculum study, experimental and engineering training for four years, students in this specialty should acquire the knowledge, abilities and qualities as follows:

1. Good humanity scientific literacy, appropriate society responsibility and nice engineering professional moral.

2. Mastering the related mathematics, natural science and economy management knowledge.

3. Solid engineering and specialty theoretical basic knowledge, receiving the systematic training in engineering practice, and knowing the development and trend of specialty.

4. Having innovative consciousness and innovative abilities; With the ability to analyze and solve the practical problems in electric engineering by the comprehensive application of their learned scientific theoretical methods and technical means; Holding the basic ability of system design, operation and maintenance, project construction and project management.

5. Ability to acquire information and keep study for the whole life.

6. Knowing the technical standards of this professional field, and the related policies, laws and regulations.

7. Good capability of organization and management, communication, adaptation to environment and cooperation in team-work.

8. Good awareness in quality, environment and service; with the primary ability to cope with crisis and emergency.

9. Primary ability to communicate, compete and cooperate in international vision and cross-cultural environment.

IV.Length of Schooling and Conferred Degree

Four years, Bachelor of Engineering

V.Core Disciplines and Special Courses

Core Disciplines: Electrical Engineering, Control Science and Engineering, Computer science and technology

Core Courses: Circuit Theory, Analog Electronics Technique, Digital Electronics Technique, Electric Motor and Driving, Power and Electronic Technique, Automation Control Theory, Electrical Control Technique, Computer Principles and Applications, etc.

Special Courses: Factory Power Supply, Power System Analysis, Power System Relaying Protection, Power System Planning, Power System Monitoring and Controlling, Building Power Supply and Lighting, Automatic Fire Protection System, Information Facility System, Electrical Installation Project Cost, Building Automation System, etc.

VI.Graduation Requirements

After completing thelearning of thecourses according to this cultivation program, obtaining at least 179.5 scores, and passing through the graduation thesis or design, students can graduate and get their Bachelor's Degree.

VII.Time Allotment

Time Allotment

Course Types

Compulsory Courses

Elective Courses

Total

Proportion%

Credits

Hours

(weeks)

Credits

Hours

(weeks)

Credits

Hours

(weeks)

General Education Courses

Theory

32

648

14

230

46

878

25.63

Practice

7

2weeks+48hours

3

10

2weeks+48hours

5.57

Foundation Courses of Discipline

Theory

48

811

3

48

51

859

28.41

Practice

3

3 weeks

3

3weeks

1.67

Specialize Courses

Theory

12.5

200

29

464

41.5

664

23.12

Practice

23

25weeks

5

5weeks

28

30weeks

15.6

Total

125.5

1659hours+30weeks +48hours

54

742hours +5weeks

179.5

2401hours+34weeks

+48hours

100

Practice

33

30weeks +48hours

8

5weeks

41

35weeks+48hours

22.84

VIII.Curriculum

Curriculum ofElectrical Engineering and AutomationMajor

Course Types

Course Codes

Course Titles

Course Nature

Credits

Hours per week

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

General Education Courses

T1101010

Moral Education and Laws

C

3

4

54

36

18

1

T6405010

Military Theory

C

2

2

36

36

1

T1402011

Physical Education(I)

C

1

2

36

36

1

T1301011

College English (I)

C

4

4

72

72

1

General Electives

E

11

1-8

Basic computer courses≥2 credits; Public art courses ≥2 credits; innovation and employment guidance courses ≥2 credits; Psychology education courses ≥1 credits

Foundation Courses of Discipline

X1201011

Higher Mathematics(I)

C

5

6

90

90

1

X1204050

Mechanical Drawing

C

3.5

4

62

62

1

X3207010

Introduction to Electrical EngineeringDiscipline

C

1

2

16

16

1

Practice Courses

S1101010

Situation & Policy

C

2

32

32

1-8

Recorded in 8th term

S6405010

Military Training

C

2

2weeks

1

S6400030

Practice Courses for Freshman Education

C

1

1-2

Recorded in 2th term

S6400020

practice courses for ideological and political morality

C

1

1-8

Recorded in 8th term

S6400010

Comprehensive Quality Practice

E

3

1-8

≥3 Credits

S1402010

Physical Education Test

C

1

16

1、3、5、7

Test in 1st、3rd、5th、7th term respectively,Recorded in 8th term

26.5credits for compulsory courses,26.5credits in total in 1st term

(14credits for general electives and Comprehensive quality practice courses are not included)

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

General Education Courses

T1101020

Introduction to Modern Chinese History

C

2

2

36

26

10

2

T1402012

Physical Education(Ⅱ)

C

1

2

36

36

2

T1301012

College English(II)

C

4

4

72

72

2

Foundation Courses of Discipline

X1201012

Higher Mathematics (II)

C

5

5

90

90

2

X1202011

College Physics(I)

C

3

4

54

54

2

X3205040

Circuit Theory

C

5

6

80

64

16

2

X2407010

C Language Program Design

E

3

4

48

36

12

2

Free Electives

specialized Courses

Practice Courses

S7501010

Cold Machining Practical Training

C

1

1weeks

21 credits for compulsory course, 3 credits for the electives,24 credits for the total in 2nd term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

General Education Courses

T1101030

Introduction to Marxist Theory

C

3

4

54

36

18

3

T1403013

Physical Education(Ⅲ)

C

1

2

36

36

3

T1301013

College English ( III )

C

4

4

72

72

3

Foundation Courses of Discipline

X1201030

Linear Algebra

C

2.5

4

40

40

3

X1201050

Complex Variables and Integral Transformations

C

3

4

48

48

3

X3205100

Analog Electronics Technology

C

4

4

64

56

8

3

X1202012

College Physics (II)

C

3

4

54

54

0

3

Specialized courses

X1202050

College Physical Experiment

C

2.5

45

0

45

3-4

Z3202030

Computer Network and Communication

E

2

2

32

28

4

3

Z3207010

Mechanical Base

E

2

2

32

32

3

Choose 1 of the 2 electives

23 credits for compulsory course, 2 credits for the electives,25 credits for the total in the 3rd term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

General Education Courses

T1101040

Mao Zedong Thought & Socialist Theory with Chinese Characters

C

6

6

108

72

36

4

T1403014

Physical Education (Ⅳ)

C

1

2

36

36

4

Integrated English

E

3

4

54

54

4

≥3 credits

Foundation Courses of Discipline

X1201040

Probability and Mathematical Statistics

C

3

4

48

48

4

X3205110

Digital Fundamentals

C

3

4

48

40

8

4

Specialized Courses

Z3202040

Motor and drag Foundation

C

3

4

48

38

10

4

Z4101200

Outlines of Architecture

E

1.5

2

24

24

4

Z3207020

Power Quality and Control

E

1.5

2

24

24

4

Z3207030

Electrical CAD

E

1.5

2

24

24

4

Practice Courses

S3205020

Course Exercise inDigital Fundamentals

C

2

2weeks

4

18 credits for compulsory course, 6 credits for the electives,24 credits for the total in 4th term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

Foundation Courses of Discipline

X3202030

Automation Control Theory

C

4.5

4

72

60

12

5

Specialized Courses

Z3202050

Power and Electronic Technique

C

2.5

4

40

32

8

5

Z3207040

Computer Principlesand Applications

C

4

4

64

52

12

5

Z3207050

ElectricalControlTechnology

C

3

4

48

40

8

5

Z3207060

Specialty English

E

1

2

16

16

5

Choose 2 of the 3 electives

Z3207070

Detection Technology

E

2

2

32

32

5

Z3207080

Power System Planning and Reliability

E

1

2

16

16

5

Practice Courses

S3207010

Comprehensive Experiment of Electrical Control Technology

C

2

2weeks

5

Including the electrical craft practical training

S3207020

Comprehensive Experiment of Computer Principles and Applications

C

2

2weeks

5

Including the electronic craft practical training

18credits for compulsory course, 2 credits for the electives,20credits for the total in 5th term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

SpecializeCourses

Z3202070

Signals and Systems

E

2

4

32

32

6

Z3202080

Modern Control Theory

E

2.5

4

40

36

4

6

Z3202090

Technology of ComputerControl

E

2.5

4

40

36

4

6

Z3207330

Process Control

E

2

2

32

28

4

6

Z3207090

Building Electrical Equipment Engineering

E

2

2

32

28

4

6

Z3207100

Buildings Power Supply and Lighting

E

3

4

48

44

4

6

Z3207110

Information Technology System Infrastructure

E

2

4

32

28

4

6

Z3207120

AC Motor Speed Regulating System

E

2

2

32

30

2

6

Z3207130

Electric Control Technology of Water Supply, Drainage and Air Conditioner System

E

2

2

32

32

6

Z3207140

Power System Analysis

E

3

4

48

44

4

6

Z3207150

Protective Relaying in Power Systems

E

3

4

48

42

6

6

Z3207160

Power System Automation

E

2.5

4

40

34

6

6

Z3207170

Electrical Equipment of Power Plant and Substation

E

2

2

32

32

6

Z3207180

Electrical Illuminating

E

2

2

32

32

6

Z3207190

Building Energy Saving Technology

E

2

2

32

32

6

Z3207200

System Integration Technique

E

2

2

32

28

4

6

Practice Courses

S3207030

Curriculum Design of Buildings Power Supply and Lighting

E

1

1weeks

6

Choose 2 of the 5 weeks

S3207040

Comprehensive Experiment ofAC Motor Speed Regulating System

E

1

1weeks

6

S3207050

Curriculum Design of Electrical Illuminating

E

1

1weeks

6

S3207060

Comprehensive Experiment of Protective Relaying in Power Systems

E

1

1weeks

6

S3207070

Comprehensive Experiment of Detection Technology and Process Control

E

1

1weeks

6

S3207180

Engineering Internship

C

2

2weeks

6

2 credits for compulsory course,13.5credits for the electives,15.5credits for the total in 6th term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

SpecializeCourses

Z3202100

Control System Imitation

E

2

2

32

28

4

7

Z3207340

Fieldbus Technology and Applications

E

2

2

32

32

7

Z3207210

Building Automatic Fire Protection System

E

2.5

4

40

36

4

7

Z3207220

Electrical Installation Project Cost

E

2.5

4

40

40

7

Z3207230

The Elevator Control Technique

E

2

2

32

28

4

7

Z3207240

Power System Microcomputer Protection

E

2

2

32

28

4

7

Z3207250

Power System Monitoring and Control

E

2

2

32

28

4

7

Z3207260

Power System Computer Simulation Technique

E

2

2

32

28

4

7

Z3207270

New Energy Power Generation and Control Technique

E

2

2

32

32

7

Z3207280

Factory Electricity Supply

E

3

4

48

42

6

7

Z3207290

High Voltage Technology

E

2

2

32

32

7

Z3207300

Building Automation System

E

2

2

32

28

4

7

Z3207310

Community Safety Technological

E

2.5

4

40

36

4

7

Z3207320

Instruction of Intelligent Building

E

2

2

32

32

7

Z2305240

Project Management and Construction Supervision

E

2

2

32

32

7

Practice Courses

S3207080

Comprehensive Experiment of Information Technology System Infrastructure

E

1

1weeks

7

Choose 3 of the 8 weeks

S3207090

Curriculum Design of

Building Automatic Fire Protection System

E

1

1weeks

7

S3207100

Curriculum Design of Electrical Installation Project Cost

E

1

1weeks

7

S3207120

Comprehensive Experiment of New Energy Power Generation and Control Technique

E

1

1weeks

7

S3207130

Comprehensive Experiment of Power System Automation

E

1

1weeks

7

S3207140

Comprehensive Experiment of Building Automation System

E

1

1weeks

7

S3207150

Comprehensive Experiment of Community Safety Technological

E

1

1weeks

7

S3207160

Comprehensive Experiment of Power System Simulation

E

1

1weeks

7

0 credits for compulsory course, 13 credits for the electives,13 credits for the total in 7th term

Course Types

Course Codes

Course Titles

Course Nature

Credits

Weekly Hours

Lecturing Hours

Suggested Terms

Remarks

Total

Lecturing

Experiment

On Computer

Extracurricular

Practice Courses

S3207110

Comprehensive Experiment of Electrical Engineering

C

2

2weeks

8

S3207190

Graduation Practice

C

1

1weeks

8

S3207200

Graduation Design

C

14

16weeks

8

17credits for compulsory course,4credits for the electives,21credits for the total in 8th term

IX.Programming persons

Responsible person: Chendong Duan

Participant: Xijian Liu, Yanning Zhang, Xin Hu