Cultivation Plan

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 sustainable development

●

●

8 Professional norms

●

●

9 Individuals and teams

●

●

10 Communication

●

●

11 Project management

●

●

12 Lifelong learning

●

●

General education foundation courses

Subject foundation course

Professional course

Credits

69

32

27

42

Percentage in total credits

40.58%

18.82%

15.8%

24.7%

1st

2

13

1

2

2

20

2st

16

1

1

2

20

3st

15

3

2

20

4st

14

2

1

1

2

20

5st

14

4

2

20

6st

14

4

2

20

7st

13

3

2

2

20

8st

2

15

1

2

20

Total

2

100

14

1

2

7

1

15

1

14

4

160

1602000

Military training and entrance education

National defense education and entrance education

1st

2

1

0502001

Practice of ideological, and political course

Comprehensive practice of ideological, and political course

2st

(1)

1

0502002

Social practice

Social investigation

Summer

(4)

(4)

0502000

Comprehensive practice of morals and ethics

Laboring for public benefit

4st

1

1

0302000

Course Design

Course Design of C Programming Language Design

1st

1

1

1402000

Practice

Metalworking practice (1)

2st

1

1

0402000

Intensive training

English application ability practice

2st

1

1

0102501

Practice

Professional cognition practice

3st

1

1

1402006

Practice

Electronic practice(2)

3st

2

2

0102001

Course Design

Course Design of Digital Electronics

4st

2

2

1402007

Practice

Electronic practice(1)

4st

1

1

0102502

Course Design

PCB board making and technology  Course Design

5st

2

2

0102503

Course Design

Course Design of Principle and Application of Single-chip Microcomputer

5st

2

2

0102504

Course Design

Course Design of measurement and control circuit

6st

1

1

0102505

Course Design

PLC principle and application  Course Design

6st

1

1

0102506

Course Design

Course Design of virtual instrument

6st

2

2

0102507

Course Design

DSP technology  Course Design

7st

2

2

0102508

Comprehensive experimental week

Engineering practice training

7st

2

2

0102509

Course Design

Visual inspection technology  Course Design

7st

1

1

0102510

Professional practice

Determined based on specific job and project requirements in enterprise

8st

2

2

0102511

Graduation design (thesis)

Graduation design (thesis)

8st

15

15

Total

42

42

Total

Teaching

Experiment and practice

1^st

2^nd

3^rd

4^th

5^th

6^th

7^th

8^th

13 weeks

16 weeks

15 weeks

14 weeks

15 weeks

11 weeks

6 weeks

Basic courses in general education

Compulsory

Module of ideology and politics

0500000

Ideological Morality and Rule of Law

2.5

40

32

8

3

`

Exam

0500001

The Basic Principles of Marxism

3

48

40

8

4

Exam

0500002

Outline of Contemporary and Modern Chinese History

2.5

40

32

8

3

Exam

0500003

Introduction of Mao Tse-tung's Thoughts and Chinese Characteristic Socialism Theories System

2

32

32

3

Exam

0500004

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

3

48

40

8

4

Exam

0500005

Situation and Policy (1)

1.5

24

24

*

*

*

*

Check

0500008

Situation and Policy (2)

0.5

8

8

*

*

Check

Module of mathematics and natural science

1000000

Advanced Mathematics A(1)

4.5

72

72

6

Exam

1000001

Advanced Mathematics A(2)

6

96

96

6

Exam

1000004

Linear Algebra

2

32

32

2

Exam

1000005

Complex Function and Integral Transformation

2

32

32

2

Check

1000006

Probability and Mathematics Statistics

2

32

32

3

Exam

1000008

College Physics (1)

2.5

40

40

3

Exam

1001000

Experiments in College Physics (1)

1

16

16

1

Check

1000009

College Physics(2)

3

48

48

4

Exam

1001001

Experiments in College Physics (2)

1

16

16

1

Check

Basic courses in general education

Compulsory

Module of comprehensive application ability

0400000

College English (1)

3

48

48

4

Exam

0400001

College English (2)

2

32

32

3

Exam

0400002

College English (3)

3

48

48

4

Exam

0400003

College English (4)

3

48

48

4

Exam

0300901

C Language Programming

4

64

44

20

5

Check

0100006

Literature Review and Research Paper Writing

1

16

16

2

Check

Module of quality development

1100000

Physical Education (1)

1

36

32

4

2

Check

1100001

Physical Education (2)

1

36

32

4

2

Check

1100002

Physical Education (3)

1

36

32

4

2

Check

1100003

Physical Education (4)

1

36

32

4

2

Check

0000000

Cultural Education (Chinese culture, natural science, etc.)

1

16

16

Check

0000001

Cultural Education (Public Art)

2

32

32

Check

1600000

Military Theory and National Security Education

2

36

24

12

*

Check

1800000

Mental Health Education for College Students

1

16+(16)

16

(16)

*

Check

0000002

Second Classroom

*

Check

Module of innovation and entrepreneurship

0010000

Career Development and Employment Guidance for College Students

2

16+(22)

16

(22)

*

Check

5210000

Innovation and Entrepreneurship Education (1)

1

8+(8)

8

(8)

2

Check

5210001

Innovation and Entrepreneurship Education (2)

1

8+(8)

8

(8)

2

Check

Subtotal

69

1156+(54)

1044

112

(54)

21

20

15

12

3

6

2

0

Disciplinary basic courses

Compulsory

0200902

Engineering  Drawing B

2.5

40

40

3

Check

0100501

Introduction to Measurement and Control Profession

0.5

8

8

1

Check

0100001

Circuit Theory (1)

3

48

48

3

Exam

0101001

Circuit Measurement Technology (1)

1

16

16

1

Check

0100002

Circuit Theory (2)

2.5

40

40

3

Exam

0101002

Circuit Measurement Technology (2)

0.5

8

8

1

Check

0100004

Digital Electronics C

3

48

48

4

Exam

0101004

Digital Electronics Measurement Technology

1

16

16

1

Check

0100003

Analog Electronics

3.5

56

56

4

Exam

0101003

Analog Electronics Measurement Technology

1

16

16

1

Check

0100205

Microcomputer Principle and Interface Technology

3.5

56

48

8

4

Exam

0100206

Principle of Automatic Control A

3.5

56

48

8

4

Exam

0100208

Principle and Application of Single-chip Microcomputer A

3

48

36

12

4

Exam

0100211

Signals and Systems B

2

32

28

4

4

Exam

0100502

Error Theory and Data Processing

2

32

32

3

Exam

Subtotal

32.5

520

432

88

4

4

9

13

8

3

0

0

Specialized courses

Compulsory

0100503

Measurement Bus and Virtual Instrument

3

48

40

8

4

Exam

0100504

Sensor and Detection Technology

2.5

40

32

8

4

Exam

0100505

Digital Image Processing A

2.5

40

32

8

3

Exam

0100506

Measurement and Control Circuit

3

48

40

8

4

Exam

0100209

Principle and Application of PLC

2.5

40

34

6

4

Exam

0100507

Digital Signal Processing

2

32

26

6

4

Exam

0100215

Process control  and system simulation

2

32

20

12

3

Exam

0100508

DSP Technology A

2

32

26

6

4

Exam

0100509

Visual Inspection Technique

2.5

40

32

8

4

Exam

Subtotal

22

352

282

70

0

0

0

0

12

10

12

0

Elective

0100511

Signal Detection and Valuation

1.5

24

24

2

Check

0100512

Photoelectric Detection Technology

2

32

32

3

Check

0100513

Electronic Circuit Design and Testing

2

32

32

3

Check

0100514

Precision Measurement and Control Technology and System

2

32

32

3

Check

0100515

Fundamentals of Computer Software Technology

1.5

24

24

2

Check

0100516

Computer Networks and Communications

2

32

32

3

Check

0100517

Process Testing and Instrumentation

2

32

32

3

Check

0100518

Interchangeability and Measurement Techniques

1.5

24

24

2

Check

0100227

Process and Manufacturing Technology of Electronic and Electrical Equipment

1

16

16

2

Check

0100519

Measurement and Control System Reliability

2

32

32

3

Check

0100520

Control System Simulation Technology

2

32

20

12

3

Check

0100521

Internet of Things Technology A

1.5

24

24

2

Check

0100522

Intelligent Instrument

2

32

28

4

3

Check

0100721

Fundamentals of Intelligent Robot

2

32

32

3

Check

0100719

Python Programming

1.5

24

18

6

2

Check

0100217

Modern Control Theory

2

32

28

4

3

Check

0100523

Embedded System

2

32

26

6

3

Check

Subtotal

At least 4.5 credits

4.5

72

62

10

5

5

Total

128

2100

1820

280

(54)

25

24

24

25

23

24

19

0

1.Engineering knowledge

1.1 Problem description: Be able to apply the basic concepts, terms, graphics, symbols and other language tools of mathematics, natural science and engineering science to the description of engineering problems.

1. Maths *

2. College Physics

3. Principle of Automatic Control

4. Engineering Drawing

1.2 Problem modeling: Apply basic engineering knowledge and professional knowledge to model and solve complex engineering problems, and propose a variety of solutions.

1. Signal and System

2. Digital Electronic Technology

3. Analog Electronics Technique

1.3 Model verification: Be able to use basic engineering knowledge to synthesize the solution ideas of complex engineering problems and give appropriate solutions.

1. Maths *

2. Theory of Circuit

3. Engineering Drawing

4. Signal and System

2.Problem analysis

2.1 Reasonable expression of key parameters and links: Able to apply the basic principles of mathematics, natural science knowledge and control science, identify the key parameters and links in the complex engineering of industrial process control, motion control and electrical automation equipment, and express them reasonably.

1. Circuit

2. Sensor and Detection Technology

3. Digital Signal Processing

4. Error Theory and Data Processing

2.2 Problem analysis: Apply mathematics, natural science, engineering foundation and professional knowledge to preliminarily analyze complex engineering problems and seek multiple sets of effective solutions.

1. Error Theory and Data Processing

2. Digital Electronic

3. Process control and system simulation

4. Principle of Automatic Control

5. Digital Image Processing

2.3 Evaluation and improvement plan: To further understand and evaluate the influencing factors and solutions of complex engineering problems in related fields such as sensor and detection technology, automated instrumentation and system, intelligent instrumentation and computer measurement and control system, so as to obtain effective conclusions.

1. Process control and system simulation

2. Digital Electronic

3. Visual Inspection Technique

3.Design/development

3.1 Requirement determination: Being able to clarify user requirements based on actual situations, establish design objectives for complex engineering problems in the measurement and control field, and be familiar with fundamental design methods throughout the entire cycle and process of engineering design and product development.

1.Principle and Application of Microcontroller

2. Principle and Application of PLC

3.Graduation design (thesis)

3.2 Scheme Design: Consideration should be given to social, health, safety, legal, cultural, and environmental factors in order to propose design schemes that meet the design objectives.  Complete the design of relevant units or subsystems and conduct feasibility studies on the design schemes through evaluation indicators such as technical and economic aspects.

1.Principle of Automatic Control

2.Graduation design (thesis)

3.Microcomputer Principle and Interface Technology

4. Measurement and Control Circuit

3.3 Scheme optimization: Optimize units and subsystems based on the functional modules in the design scheme, reflecting innovative thinking.

1.Computer Control Technology

2.Course Exercise in Professional Synthesis

3.Digital Electronic Technology Course Design

3.4 Scheme determination and implementation: Determine the development scheme according to the system design scheme and realize the software and hardware design.

1.Principle and Application of Microcontroller Course Design

2. Measurement and Control Circuit Course Design

3.Principle and Application of PLC Course Design

4.Graduation design (thesis)

5.DSP Technology Course Design

4.Research

4.1 Design experiments: Determine research objectives and design reasonable simulation and experiment schemes for complex engineering problems.

1.Circuit Measurement Technology

2.Analog Electronic Measurement Technology

3.Digital Electronic Measurement Technology

4.Process control and system simulation

4.2 Carry out experiments: The experimental platform can be built in the form of software simulation, physical or semi-physical, etc., to carry out system implementation and experiment.

1.CircuitMeasurement Technology

2.Analog Electronic Measurement Technology

3.Digital Electronic Measurement Technology

4.Principle and Application of Microcontroller

5.Visual Inspection Technique Course Design

4.3 Analysis Experiment: Ability to accurately collect, organize and analyze experimental data, evaluate the results of experiments, propose improvement plans, obtain reasonable and effective interpretations, and provide support for solving complex engineering problems.

1.Microcomputer Principle and Interface Technology

2.Visual Inspection Technique

3.Analog Electronic Measurement Technology

4.Digital Electronic Measurement Technology

5.Use of modern tools

5.1 Knowledge of modern tools: Effective knowledge of information technology tools, modern instruments, engineering tools and simulation software.

1.C Language Programming

2.Principle and Application of Microcontroller

3.Principle and Application of PLC

4.DSP Technology

5.Digital Image Processing

5.2 Selection of modern tools: Be able to select and use modern engineering tools, apply them to the scheme design of complex engineering problems in the field of measurement and control, component selection, module design and system integration.

1.Literature Reading and Thesis Writing

2.Principle and Application of Microcontroller Course Design

3.Principle and Application of PLC Course Design

4.Digital Electronic Technology Course Design

5. Printed Circuit Board and Technology Curriculum Design Course Design

5.3 Development and application of modern tools: Able to develop modern engineering tools and information technology tools to predict and simulate complex engineering problems in the field of measurement and control, judge and analyze the effectiveness of the results, and understand their limitations.

1.Measurement Bus and Virtual Instrument

2.Process control and system simulation

3.Course Exercise in Professional Synthesis

6.Engineering and society

6.1 Familiar with engineering background: have engineering internship and practice experience, understand the operation management mode, intellectual property rights, industrial policies and laws and regulations of related enterprises in the measurement and control circuit industry.

1.Cognition Practice

2. Printed Circuit Board and Technology Curriculum Design Course Design

3.Introduction to Measurement and Control Profession

6.2 Assessment of influencing factors: Can understand the influence of relevant technical standards, intellectual property rights, industrial policies and quality management systems in the field of measurement and control, and can consider the influence of different cultures on sensor and detection technology, automated instrumentation and systems, intelligent instrumentation and computer measurement and control system engineering practices.

1.Course Exercise in Professional Synthesis

2.Cognition Practice

6.3 Understanding of social responsibility: can objectively analyze and evaluate the development, production and operation of new products, new technologies and processes and the mutual impact of society, health, safety, law and culture, and understand the responsibility to be borne.

1.Course Exercise in Professional Synthesis

2.Cognition Practice

7.Environment and sustainable development

7.1 Cognitive Sustainable Development: Being able to understand the connotation and significance of environmental protection and social sustainable development, familiar with relevant laws and regulations on environmental protection, understanding the relationship between sensor and detection technology, automation instruments and systems, intelligent instruments and computer measurement control system engineering practice with environment and social sustainable development.

1.Situation and Policy

2.Cultivation of Ideological Morality and Basic Laws

7.2 Assessment of sustainable development: For solutions to complex engineering problems in the field of sensor and inspection technology, automated instrumentation and systems, intelligent instrumentation and computer measurement and control systems engineering, to evaluate their resource utilization efficiency, pollutant disposal schemes and safety precautions, and to determine the possible damage to humans and the environment during the product cycle.

1.Sensor and Detection Technology

2.Course Exercise in Professional Synthesis

8.Professional norms

8.1 Have humanistic literacy: have humanistic and social science literacy and critical thinking ability, have socialist core values, understand the national conditions, can safeguard national interests, and clearly define the responsibility and mission as a builder and successor of the socialist cause.

1.Outline of Modern Chinese History

2.Situation and Policy

3.Introduction to MAO Zedong Thought and the Theoretical System of Socialism with Chinese Characteristics

4.The basic Principles of Marxism

5.Introduction to Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era

8.2 Professional quality: Understand the core concept of engineering ethics, and be able to abide by the professional ethics and norms of honesty, fairness, integrity code, respect for life, care for others and advocate justice in the development, experiment and production practice of measurement and control projects.

1.Graduation design (thesis)

2.Graduation Practice

8.3 Fulfill social responsibility: Be able to recognize the social responsibility of measurement and control engineering technicians for public safety, health and well-being, as well as environmental protection, and consciously fulfill their responsibilities in engineering practice.

1.Cultivation of Ideological Morality and Basic Laws

2.Engineer Ethics and Responsibilities

9.Individuals and teams

9.1 Sense of cooperation: In a multidisciplinary context, can actively cooperate with members of other disciplines to carry out work.

1. Metalworking Practice

2. Electronic Technology Practice

9.2 Teamwork: Capable of playing the role and responsibility of a team member, listening to the opinions of other team members, and completing team tasks independently or cooperatively.

1.Course Exercise in Professional Synthesis

2.Graduation Practice

9.3 Role understanding: Be able to build a team according to tasks and personnel characteristics, understand the division of roles and responsibilities in the team, manage and coordinate team operation.

1.Course Exercise in Professional Synthesis

2.C Language Programming Course Design

10.Communication

10.1 Oral and written expression: In response to the theoretical, technical research, and engineering practice needs in sensors and detection technology, automation instruments and systems, intelligent instruments and computer measurement and control systems, one should be able to accurately express opinions and respond to doubts through oral or written means based on industry requirements as well as societal demands.

1.Virtual Instrument Course Design

2.Literature Reading and Thesis Writing

3.Principle and Application of Microcontroller Course Design

4.Graduation design (thesis)

10.2 Understand the frontier and understand the difference: In the practice of measurement and control engineering, understand the development trend and research hotspot, understand and respect the difference and diversity of different cultures.

1.Graduation Practice

2.Course Exercise in Professional Synthesis

10.3 International perspective: With a certain international perspective, able to carry out basic communication and exchange on complex engineering problems in the fields of Sensor and Detection Technology, automation instrumentation and system, intelligent instrumentation and computer measurement and control system under a cross-cultural background.

1. College English

2. Translation Theory and Practice

3.Graduation design (thesis)

11.Project management

11.1 Understanding Project Management: Master the methods of management and economic decision-making related to engineering project, and have a certain degree of fundamental knowledge of market economy and engineering management.

1. Innovation and Entrepreneurship Education

2.Graduation Practice

11.2 Engineering Management application: The ability to apply management principles and economic decision methods to product development, design and measurement and control engineering optimization in a multidisciplinary environment.

1.Principle and Application of Microcontroller Course Design

2. Printed Circuit Board and Technology Curriculum Design Course Design

3.Graduation design (thesis)

12.Lifelong learning

12.1 Lifelong learning awareness: Be able to recognize the necessity of investigate and learn continuously, and have the awareness of autonomous and lifelong learning.

1.Principle and Application of Microcontroller

2. Psychological and Health Hducation of Hollege Students

3. Career Development and Employment Guidance for College Students

4. Innovation and Entrepreneurship Education

12.2 Master lifelong learning methods: Have the knowledge base of lifelong learning, master the methods of independent learning, and understand the ways to expand knowledge and ability.

1.Course Exercise in Professional Synthesis

2.Graduation design (thesis)

3.Introduction to Measurement and Control Profession

12.3 Have lifelong learning ability: Have the ability to learn independently, summarize and ask questions in a concise way, and have the ability to initially adapt to the development of the measurement and control industry and society.

1. Innovation and Entrepreneurship Education

2.Graduation Practice