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Curriculum for Program of Electrical Engineering & Automation

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Major Code: 080601

Discipline Category: Engineering Degree

Conferred: Bachelor of Engineering

Standard Duration: 4 years

Length of Study: 4-6 years

 

    Main Disciplines and Core Courses

1.       Main Disciplines: Electrical Engineering, Control Science and Engineering

2.       Core Courses: Principles of Automatic Control, Principles of Single-Chip Microcomputer and Interface Technology, Electrical and Programmable Controllers, Power Electronics Technology, Motors and Power Drives, Computer Control Technology, Power System Analysis, Power System Relay Protection, Circuit Theory, Analog Electronics Technology, Digital Electronics Technology

 

Graduation Requirements and Degree Awarding

Graduation Requirements: Upon completion of the prescribed courses in the talent cultivation program, students are required to abide by the relevant national and school regulations, achieve satisfactory grades, and obtain all the credits specified for the major to graduate.

 

 

 

General Education Credits

Discipline Foundational Credits

Core Education Credits

Practical Teaching Credits

Compulsory Courses Credits

Elective Courses Credits

Compulsory Courses Credits

Elective Courses Credits

Compulsory Courses Credits

Elective Courses Credits

Compulsory Courses Credits

Elective Courses Credits

46

≧14.5

33

≧4

19.5

≧16

30

≧7

Total Credits Required

140/170 credits

 

Degree Awarding: In accordance with relevant regulations of Guangzhou   Huali College on degree awarding, students will be awarded with the Bachelor of Engineering degree after passing the review of the degree committee.

 

    Course Schedule

(I)             General Education Courses

Course Category

Course Type

Course Code

Course Name

Credits

Total Hours

Hour Allocation

Opening Semester

Assessment

Type

Remark

Theory

Practice

General Education Courses

Compulsory Courses


Introduction to

College Education

0.5

8

8


1

Check



University Student Employment   Guidance

1.0

16

16


6

Check



University Student Career   Planning

1.0

16

16


3

Check



College English (1)

2.0

32

32


1

Exam



College English (2)

3.0

48

48


2

Exam



College English (3)

2.0

32

32


3

Exam



College English (4)

3.0

48

48


4

Exam



Physical Education (1)*

1.5

36


36

1

Check



Physical Education (2)*

1.5

36


36

2

Check



Physical Education (3) Elective*

1.5

36


36

3

Check



Physical Education (4) Elective*

1.5

36


36

4

Check



College Student Psychology

2.0

32

32


1

Check



Current Affairs and Policies (1)

0.5

8

8


1

Check



Current Affairs and Policies (2)

0.5

8

8


2

Check



Current Affairs and Policies (3)

0.5

8

8


3

Check



Current Affairs and Policies (4)

0.5

8

8


4

Check



Essentials of Modern Chinese   History

2.5

40

40


1

Exam



Thought, Morality, and Legal   Studies

2.5

40

40


2

Exam



Mao Zedong Thought and   Introduction to the Theory of Socialism with Chinese Characteristics

2.5

40

40


3

Exam



Xi Jinping Thought on Socialism   with Chinese Characteristics for a New Era

2.5

40

40


4

Exam



Basic Principles of Marxism

3.0

48

48


6

Exam



Integrated Practice of   Ideological and Political Theory

2.0

48


48

4

Check



Basic Computer Application

2.0

32

32


2

Exam



Military Theory

2.0

32

32


1

Check



Military Skills

1.0

Two

weeks


Two

weeks

1

Check



Labor Education

1.5

32

8

24

4-6

Check



Social   Practice

2.0

48


48

1-6

Check


Total Credits

46

888

544

344




 

 

Elective Courses


Life and Health

2.0

32

32






Economic Management

2.0

32

32






Mathematics and Science

0

0

0






Engineering and Technology

0

0

0






Arts and Humanities

2.0

32

32





Total Credits

Require 6

96

96





Note: Choose 6 credits from other modules outside of the   major. Specific courses are listed in the "General Education Elective   Course Catalog."

Limited Elective Courses


Lectures on Chinese and Western   Philosophy

2.0

32

32


5

Check



Party History

1.0

16

16


1

Exam



National Security Education

1.0

16

16


2

Check



Popular Science Lecture on   Artificial Intelligence

1.0

16

16


5

Check



Basic Entrepreneurship

1.0

16

16


6

Check



Entrepreneurship Practice

0.5

12


12

6

Check



Artistic Literacy

2.0

32

32


2

Check


Total Credits

8.5

140

128

12




Total General Education Course   Credits

60.5

1124

768

356




 

Note: * Physical education courses include an annual physical fitness test, with specific times according to the notices from the School of General Education.

1.     Assessment categories are divided into exams and checks.

2.     Hour statistics do not include off-campus internships in the fourth year. Course practices correspond to 40 hours per week.

 

(II)          Discipline Foundation Courses

Course Category

Course Type

Course Code

Course Name

Credits

Total Hours

Hour Allocation

Opening Semester

Assessment

Type

Remark

Theory

Practice

 

 

 

 

 

 

Discipline Foundation Courses

 

 

 

Compulsory Courses


Advanced Mathematics (1)

5.0

80

80


1

Exam



Advanced Mathematics (2)

5.0

80

80


2

Exam



Engineering Drawing

2.0

32

32


1

Exam



Circuit Theory

4.0

64

64


2

Exam



College Physics (1)

2.5

40

40


2

Exam



College Physics (2)

3.0

48

48


3

Exam



Linear Algebra

2.0

32

32


3

Exam



Complex Variables and Integral   Transforms

2.0

32

32


3

Exam



Analog Electronics

4.0

64

64


3

Exam



Digital Electronics

3.5

56

56


4

Exam


Subtotal

33.0

528

528





 

Elective Courses


Introduction to Electrical   Engineering

1.0

16

16


1

Check



Python Language Programming

2.0

40

16

24

3

Exam



C Language Programming

3.0

56

32

24

3

Exam



Probability Theory and   Mathematical Statistics

2.0

32

32


4

Exam



Scientific Paper Writing and   Literature Retrieval

1.0

16

16


6

Check


Required Elective Credits not   less than

4.0


Total Discipline Foundation   Course Credits

37


 

(III)        Professional Education Courses

Course Category

Course Type

Course Code

Course Name

Credits

Total Hours

Hour Allocation

Opening Semester

Assessment

Type

Remark

Theory

Practice

 

 

 

 

 

Professional Education Courses

Compulsory Courses


Automatic   Control Principles

3.0

48

48


4

Exam



Single-Chip   Microcomputer Principles and Interface Technology

2.0

32

32


5

Exam



Electrical   and Programmable Controllers

2.5

40

40


5

Exam



Power   Electronics Technology

2.5

40

40


5

Exam



Motor and Power Drive

2.5

40

40


5

Exam



Computer Control Technology

2.0

32

32


6

Exam



Power System Analysis

2.5

40

40


6

Exam



Power System Relay Protection

2.5

40

40


6

Exam


Subtotal

19.5

312

312





Elective Courses


Virtual Instrumentation Technology

1.5

24

24


4

Check



Modern Control   Theory

2.0

32

32


4

Check



Engineering Ethics

1.0

16

16


4

Check



Sensor and Detection Technology

2.5

40

40


5

Exam



Fundamentals of Power Distribution Technology

2.0

32

32


5

Exam



High Voltage Technology

2.0

32

32


5

Exam



Electrical CAD

1.0

20

8

12

5

Check



Computational Mathematics

2.0

32

32


5

Exam



Electrical Part of Power Plant

2.5

40

40


6

Exam



Embedded Systems   and Interface Technology

3.0

48

48


6

Exam



Machine Vision   Technology

2.5

48

24

24

6

Check



New Energy   Generation Technology

2.0

32

32


6

Check



Analysis and   Control of Electrical Power Quality

2.0

32

32


6

Check



Selected Topics in   Advanced Technology

1.0

16

16


7

Check



Power System   Automation

2.0

32

32


7

Check



Optimization Methods

2.0

32

32


7

Check



English for Electrical   Engineering

1.0

16

16


8

Check


Requirement: Elective Credits not less than

16.0


Professional Education Course Subtotal

35.5


 

 

 

 

(IV)        Practical Courses

Course Category

Course Type

Course Code

Course Name

Credits

Total Hours

Hour Allocation

Opening Semester

Assessment

Type

Remark

Theory

Practice

Practical Courses

Compulsory Courses


University   Physics Experiment

1.0

24


24

2

Check



Circuit Experiment

1.0

24


24

2

Check



Electronic   Technology Internship

0.5

12


12

3

Check



Analog Electronic   Technology Experiment

1.0

24


24

3

Check



Metalworking   Internship

1.0

2 weeks


2 weeks

4

Check



Comprehensive   Experiment of Automatic Control Principles

0.5

12


12

4

Check



Electrical Skills   Training

1.0

24


24

4

Check



Digital Electronic   Technology Experiment

1.0

24


24

4

Check



Electrical and   Programmable Controller Experiment

1.0

24


24

5

Check



Motor and Power   Drive Experiment

0.5

12


12

5

Check



Power Electronics   Technology Comprehensive Experiment

0.5

12


12

5

Check



Single-Chip Microcomputer   Principles and Interface Technology Comprehensive Experiment

1.0

24


24

5

Check



Comprehensive   Training of Electrical Major

2.0

48


48

6

Check



Production   Internship

10.0

20 weeks



7

Check



Graduation   Internship

2.0

4 weeks



8

Check



Graduation   Thesis (Design)

6.0

12 weeks



8

Check


Subtotal

30

344


344




 

 

Elective Courses


Virtual   Instrumentation Technology Experiment

0.5

12


12

4

Check



Electronic   Technology Comprehensive Design

1.0

2 weeks


2 weeks

4

Check



Sensor and   Detection Technology Experiment

0.5

12


12

5

Check



Comprehensive   Training of Intelligent Microgrid Technology

0.5

12


12

5

Check



Innovative   Application Practice

1.0

24


24

5

Check




Single-Chip   Microcomputer Principles and Interface Technology Course Design

1.0

2 weeks


2

weeks

5

Check



Additive Manufacturing Technology Experiment

0.5

12


12

4

Check



Intelligent   Manufacturing and System Integration Technology Experiment

0.5

12


12

6

Check




Computer Control   Technology Experiment

0.5

12


12

6

Check




Embedded Systems and   Interface Technology Experiment

1.0

24


24

6

Check




MATLAB and   Electrical Engineering Simulation

1.0

24


24

6

Check




Power System   Analysis Course Design

1.0

2 weeks


2 weeks

6

Check




Machine Vision Technology Course Design

1.0

2 weeks


2 weeks

6

Check




Interdisciplinary   Application Research

1.0

24


24

8

Check



Requirement: Elective Credits not less than

7


Practical   Course Credits Subtotal

37


 

(V)           Extracurricular Activities

Course Category

Course Type

Number

Course Name

Credits

Description

Extracurricular Activities

Quality Enhancement

1

Navigation Plan - Artificial Intelligence Course:

Deep Learning Fundamentals (Online)

Advanced Deep Learning (Online)

Unmanned Driving Training (Offline)

Smart City Training (Offline

4

https://lfjy.web.jikehx.com/commonweal-course-detail/_V1A?recommend=54071?userFission=22526

-   Certificate of Completion or Graduation Certificate

2

Classic Reading


Specific tasks managed by the librarian

3

Foreign   Language Proficiency Test (English CET-6, CET-8, TOEFL, IELTS)

1.5

Meet   the school's examination requirements

4

Yuxiu Lecture or Academic Lectures organized by various   secondary colleges and reported to the Academic Affairs Office for record

0.5/1

Accumulate   four times/eight times or more, and write summaries

5

Participation   in National Industry Qualification Unified Examination

1

Obtain   corresponding certificate


Innovation and Entrepreneurship

Number

Type of Competition/Project

Competition/Project Name

Description

1

Academic Paper

Indexed by SCI, EI, SSCI, ISTP, ISSHP, etc., included in   domestic and foreign core journals, conference proceedings, and domestically   published academic journals

According to the indexing or inclusion level, 1-10 credits

2

Literary Works, Fine Arts, and Art Design Works

Core domestic and foreign, national-level publishers, other   public publications

According to the publication level (first author), 1-3   credits

3

Academic Works

Publicly published monographs, academic works

According to the level of compilation and word count, 1-8 credits

4

Science and Technology Achievement Awards

Provincial   Level

Special, First, Second, Third Prize, 10/8/6/5 credits

5

Scientific   Research Projects

Complete project application, experimental research,   project acceptance, and project leader

National, provincial, and municipal levels, 6/4/2 credits

6

Patents

Invention patents, utility models, product appearance   patents, software copyrights

Categories (first inventor), 6/3 credits

7

Discipline Competitions

International   Level - Special, First, Second, Third Prize

According   to the prize level (first place), 10/8/6/4 credits

Provincial Level - Special, First, Second, Third Prize

According to the prize level (first place), 5/4/3/2 credits

School Level - Special, First, Second Prize

According to the prize level (first place), 2/1/0.5 credits

* Detailed project list subject to notices from the   Youth League Committee, Research Office, Academic Affairs Office, and various   secondary colleges.









 

Note: * The second classroom is optional. After students complete relevant courses or projects in the second classroom, they need to apply individually. After being recognized by the teaching unit (project), the credits obtained can be counted into the total credits of general elective courses, up to a maximum of 4 credits.

 

VI.           Relationship Matrix between Graduation Requirements and Educational Goals (Marked with "√")

Graduation Requirements

Educational Goals

1 Humanistic Literacy

2

Professional Knowledge

3. Engineering Ability

4.

Teamwork

5.

Lifelong Learning

1. Engineering Knowledge




2. Problem Analysis




3.Design/Development of   Solutions


4. Research




5. Use of Modern Tools



6. Engineering and Society


7.       Environment   and Sustainability Development




8. Professional Ethics




9. Individual and Team




10. Communication




11. Project Management




12. Lifelong Learning





 

VII.        Matrix of Relevance between Compulsory Courses and Graduation Requirements

Course/Practice Section

Graduation Requirements

1

2

3

4

5

6

7

8

9

10

11

12

1. Advanced Mathematics

H

H


M









2. Engineering Drawing

H


H


M








3. Circuit Theory

H

M

M

L









4. University Physics

H

M


M









5. Linear Algebra

H

M



L








6. Complex Variables and Integral   Transforms

H

M


M









7.Analog Electronic Technology

H

M

H










8. Digital Electronic Technology

H

M

H










9. Automatic Control Principles

H

H

H

M

L








10. Single-Chip Microcomputer   Principles and Interface Technology

M


H


L








11. Electrical and Programmable   Controllers



H


M

M







12. Power Electronics Technology

H

H

M










13. Motor and Power Drive

H

M

H

L









14. Power System Analysis

H

H

M










15. Power System Relay Protection

H

H

M










16. Computer Control Technology

M

M

H

M

H








17. University Physics Laboratory




H

M




L

M



18. Circuit Experiment




H

M




L




19. Electronic Technology Internship




H

H




L




20. Analog Electronic Technology   Experiment




H

M




L




21. Metalworking Internship






L



M

H



22. Comprehensive Experiment of   Automatic Control Principles




H

M




L




23. Electrical Skills Training




H

H








24. Digital Electronic Technology   Experiment




H

M




L

L



25. Electrical and Programmable   Controller Experiment



H


M




L




26. Motor and Power Drive Experiment




H

M




L




27. Comprehensive Experiment of   Power Electronics Technology




H

M




M

L



28. Comprehensive Experiment of   Single-Chip Microcomputer Principles and Interface Technology



M

H

M





M



29. Comprehensive Training of   Electrical Professional Abilities



H




M


M

L

H

M

30. Production Internship






M

H

L

H

H

M


31. Graduation Internship






M

H

L

H

H

H

M

32. Graduation Thesis (Design)



L

H

H

M




H

H

H

 

Instructions:

1.     The same course across different semesters should be entered only once. For example, courses like "College English I" and "College English II" should be recorded as "College English."

2.     All courses and teaching activities must be included in the table, including intensive practical segments.

3.     "Relevance" refers to the extent to which the course covers the graduation requirement indicators: H means it covers at least 80%, M covers at least 50%, and L covers at least 30%.

 

 

 

VIII.      Credit Proportion of Curriculum System

Knowledge Category

Course Category

Credits

Total Hours

Percentage of Total Credits

Theoretical Courses

General   Education Compulsory Courses

34

544

20.00%

28.24%

General   Education Elective Courses

14

224

8.24%

Discipline   Basic Compulsory Courses

33

528

19.41%

41.17%

Discipline   Basic Elective Courses

3

48

1.76%

Professional   Core Courses

19.5

312

11.47%

Professional   Elective Courses

14.5

232

8.53%

Practical Courses

Practical   Compulsory Courses

24

688

14.12%

Credit   Proportion:

30.59%

Hour   Proportion:

33.14%

Practical   Elective Courses

10

At least 248

5.88%

Production, Graduation   Internship,

Thesis   (Design)

18

(Not included in total hours)

10.59%

Minimum Graduation Credits

140/170

Minimum

Total Classroom Hours

2824

 

Explanation:

1.     Mandatory practical courses include general education practice section (12 credits, 344 hours) + discipline education practice section + professional education practice section + mandatory practical courses.

2.     Elective practical courses include general education practice section (0.5 credits, 12 hours) + discipline education practice section + professional education practice section + elective practical courses.

3.     For courses that contain both theoretical and practical components, the hours corresponding to the practical part are converted to credits. Credits less than 0.5 for practical skills are not counted towards practical skills but are included in theoretical knowledge credits.

4.     Hour statistics do not include off-campus internships in the fourth year. Each week of course practice corresponds to 40 hours.

5.     The minimum total classroom hours for teaching: general education courses (mandatory, elective) hours + discipline basic courses (mandatory, elective) hours + professional core courses (mandatory, elective) hours + mandatory + elective practical course hours.

 

 

IX.           Summary Table of Semester Credit

Academic Year

Semester

Credits

 

First Year

First Semester

25

Second Semester

26

 

Second Year

Third Semester

24

Fourth Semester

25

 

Third Year

Fifth Semester

24

Sixth Semester

24

 

Fourth Year

Seventh Semester

13

Eighth Semester

9

 

 


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