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Undergraduate Program for Specialty in Measurement and Control

| Date：2013-05-16
 
Undergraduate Program for Specialty in Measurement and Control
Ⅰ. Educational Objectives
This program nurtures high-quality technical talents with knowledge on detecting principle and processing technology, adaptable and capable of such job fields related to instrument testing, measurement and control system designing, and equipment developing.
Ⅱ．Skills Profile
Students specialized in Measurement and Control will not only accept education in the basic technology of optical mechanical, electrical technology, digital and intelligent design method of measuring instruments, advanced automatic control theory and technology, but also be trained with modern measurement and control technology and instrumentation applications.
 Students of this program should acquire the knowledge and abilities as follows:
1. Solid foundation in mathematics and physics, and good foundation in humanities, sociology and managerial science, and the comprehensive ability in applications of a foreign language;
2. Basic technological theories required in this subject area, measurement and control technologies combinedoptical, mechanical, electrical and computer, development capabilities of instrumentation and systems etc.;
3. Abilities in English and computer application;
4. Innovation and ability of acquiring knowledge independently.
Ⅲ．Major Disciplines
Optics Engineering, Instrument Science and Technology
Ⅳ. Main Courses
Circuit Theory, Analogue Electronics Technology, Digital Electronics Technology, Engineering Mechanics, Engineering Optics, Automatic control Theory, Principle and Application of Microcomputer, Theory of Error and Analyse, Automatic Measurement Technique, Technology of Computer Control, Process Control Engineering, Principle and Design of Intelligent Instrument.
Ⅴ. Main Procedure of Practicing
Metalworking Practice, Electronic Practice, Cognitive Practice of Production Process and Automatic Control System, Analogue Electronics Technology Course Design, Digital Electronics Technology Course Design, Mechanical Design Basis Course Design, Microcontroller Theory and Application Course Design, Process Control Engineering Course Design,Measurement and Control System Comprehensive Experiments,Production Practice, Graduation Practice, and Graduation Project.
Ⅵ. Length of Schooling
Flexible schooling: 3~6 years based on credit system. Basis limit study at school is 4 years.
Ⅶ. Degree
Bachelor of Engineering
Ⅷ. Hours /Credits of Course system
Course Classified
Course Series
Credits
Class Hours
Percentage
General Education Courses
Moral Education Series
14
224
6.90%
Foreign Language Series
16
256
7.88%
Physical and Mental Qualities Series
8
136
3.94%
Computer-based Series
7
112
3.45%
Natural Science Basis Series
25.5
414
12.56%
General Quality Education Series
10
200
4.93%
Basic Courses in Discipline
Disciplinary Basis Series
30.5
500
15.02%
Courses in Specialty
Basic Courses in Specialty
18.5
296
9.11%
Specialty-Oriented Courses
13.5
216
6.65%
Elective Courses in Specialty
10
160
4.93%
Courses in Practicing
Centralized Curricular Practical Teaching Series
36
 
17.73%
Individuality Development Series
4
 
1.97%
Extracurricular Practicing Education Series
10
 
4.93%
Total
203
2514
100%
 
Ⅸ. Class Hours Allocation
Items
Week
 
 

Semester
Theory Teaching
Examination
Practice teaching
Entrance Education
Graduate Education
Individuality Development
Education
Flexible
Subtotal
Winter/Summer vacation
Military Training
Practicum
Curriculum design
Specialty Experiment
Graduation Project (Thesis）
1
15
2
2
 
 
 
 
1
 
 
 
20
5
2
15
2
 
2
 
 
 
 
 
 
 
19
8
3
15
2
 
1
1
 
 
 
 
 
 
19
5
4
15
2
 
1
1
 
 
 
 
 
 
19
7
5
15
2
 
 
2
 
 
 
 
 
 
19
5
6
15
2
 
 
2
 
 
 
 
 
 
19
8
7
6
1
 
5
1
1
 
 
 
6
 
20
5
8
 
 
 
 
 
 
17
 
1
 
1
19
8
Total
96
13
2
9
7
1
17
1
1
6
1
154
51
 
Ⅹ. Table of Teaching Schedule
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theor）
（Experiment）
（Computer）
Basic Courses in General Education
Morals & Ethics & Fundamentals of Law
Required
3.0
48
48
 
 
1
Basic Theory of Marxism
Required
3.0
48
48
 
 
1
Current Affairs and Policy
Required
2.0
32
32
 
 
8
General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics
Required
2.0
32
32
 
 
3
General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics
Required
2.0
32
32
 
 
4
Survey of Modern Chinese History
Required
2.0
32
32
 
 
2
College English （Ⅰ）
Required
4.0
64
48
 
16
1
College English （Ⅱ）
Required
4.0
64
48
 
16
2
College English （Ⅲ）
Required
4.0
64
48
 
16
3
College English （Ⅳ）
Required
4.0
64
48
 
16
4
Physical Education(Ⅰ)
Required
1.5
30
30
 
 
1
Physical Education（Ⅱ）
Required
1.5
30
30
 
 
2
Physical Education（Ⅲ）
Required
1.5
30
30
 
 
3
Physical Education（Ⅳ）
Required
1.5
30
30
 
 
4
Military Theory
Required
1.0
16
16
 
 
1
Basis of University Computer
Required
3.0
48
24
 
24
1
Advanced Programming Language C
Required
4.0
64
36
 
28
3
Advanced Mathematics (1)
Required
5.0
80
80
 
 
1
Advanced Mathematics (Ⅱ)
Required
5.5
88
88
 
 
2
Linear Algebra
Required
2.0
32
32
 
 
2
Probability Theory and Mathematical Statistics
Required
3.0
48
48
 
 
3
Complex Function and Integral Transformation
Required
4.0
64
64
 
 
3
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theor）
（Experiment）
（Computer）
 
College Physics
Required
4.5
72
72
 
 
2
College Physics Experiment
Required
1.5
30
 
30
 
2
Elective Courses in General Education
Students are required to repair full 10 credits, science, engineering and medical students must repair quite 6 credits in philosophy and social sciences, economic management classes, art and sports courses in four years.
 
 
Basic Courses in General Discipline
 
Circuit Theory (1)
Required
3.5
56
56
 
 
2
Circuit Theory (Ⅱ)
Required
4.0
64
64
 
 
3
Circuit Experiment
Required
1.5
30
 
30
 
3
Analogous Electronic Technical Basis
Required
3.0
48
48
 
 
3
Digital Electronic Technical Basis
Required
4.5
72
72
 
 
4
Electronic Technical Basis Experiment
Required
1.5
30
 
30
 
4
Engineering Drawing
Required
3.0
48
48
 
 
1
Automatic Control Theory
Required
5.0
80
74
6
 
5
Principles and Applications of Microcomputer
Required
4.5
72
62
10
 
5
Basic Courses in Discipline
Engineering Mechanics
Required
3.5
56
54
2
 
4
Engineering Optics
Required
3.0
48
40
8
 
5
Theory of Error and Analyse
Required
2.5
40
32
8
 
5
Mechanical Design Basis
Required
2.5
40
38
2
 
5
Digital Signals Processing
Required
3.5
56
46
10
 
6
Automatic Measurement Technique
Required
3.5
56
48
8
 
6
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theor）
（Experiment）
（Computer）
Specialty-Oriented Courses
Control Devices and Instruments
Required
2.5
40
34
6
 
6
Microcontroller Theory and Application
Required
2.0
32
26
6
 
6
Process Control Engineering
Required
2.5
40
36
4
 
6
Principle and Design of Intelligent Instrument
Required
2.5
40
36
4
 
7
Technology of Computer Control
Required
3.0
48
44
4
 
7
Specialty- Elective Courses
MATLAB Basis
Elective
2.0
32
20
 
 
4
Information Retrieval
Elective
2.0
32
26
 
 
4
Electrical Engineering CAD
Elective
2.0
32
16
16
 
5
Electronics Circuit Design
Elective
2.0
32
16
16
 
5
Specialty English
Elective
2.5
40
40
 
 
6
Modern Control Theory
Elective
2.5
40
34
6
 
6
Electric Control and PLC
Elective
2.5
40
34
6
 
6
Virtual Instrument Technology
Elective
2.0
32
20
12
 
6
Fuzzy Control and Application
Elective
1.5
24
20
4
 
6
DSP and Application
Elective
2.0
32
24
8
 
7
Photoelectric detection technology
Elective
1.5
24
20
4
 
7
Distributed Control System
Elective
1.5
24
    14
10
 
7
Field-Bus Technology
Elective
2.0
32
32
 
 
7
Signal and System
Elective
3.0
48
48
 
 
5
 
Course Classified
Practical Training
Practice Training Course Name
（Cores）
Distribution
Semester
（Weeks）
Internship and Practical Training
Intensified Internship Practical Training
Military Training
2.0
1
2
Social Practice
2.0
5
 
Metalworking Practice
2.0
2
2
Cognitive Practice
1.0
3
1
Electronic Practice
1.0
4
1
Analogue Electronics
Technology Course Design
 
 
1.0
3
1
Digital Electronics
Technology Course Design
1.0
4
1
Automatic Control Theory
Course Design
1.0
5
1
Principles and Applications of Microcomputer Course Design
1.0
5
1
Microcontroller Theory and Application Course Design
1.0
6
1
Process Control Engineering Course Design
1.0
6
1
Technology of Computer Control Course Design
1.0
7
1
Measurement and Control System Comprehensive Experiments
1.0
7
1
Production Practice
3.0
7
3
Graduation Practice
2.0
7
2
Graduation Project
17.0
8
16
Extracurricular Practical Training
Students must take full 6 credits on extracurricular practice training series.
Personality development education
Students must take full 4 credits on personality development education Centralized arrangement in the seventh semester, a total of 6 weeks