Control Science and Engineering

I.     Training Objectives and Specifications

The major aims to cultivate students into high-quality, versatile talents with a sense of social responsibility, a global vision, a solid mastery of control theory coupled with skills in control engineering technique, and the knowledge of other related disciplines. With creative minds, team-work spirits and comprehensive high qualities, the students are expected to be capable of scientific research, teaching, technology development and management in such control-related fields as control science and engineering, information processing, computer applications, electrical engineering.

With the development of information technology, the automation area has achieved a comprehensive development. The discipline of control, as the core academic subject in Automation major, has progressed from the control science purely for industrial enterprises into the informational one, which, with a managerial combination, is digitalized, webified, integrated and intelligent. With its theoretical essentials as in control theory, system theory and information theory, the Automation major specializes in the cultivation of students who can grasp the core problems in systems, control, optimization and information processing from their engineering practices, and can provide a preliminary analysis of those complex problems so as to figure out the solutions. Students are also expected to possess at the entry level the all-round engineering technical competences in aspects of control system design, testing and implementation.

The major is intended for research talents, which can be specified into two types of professionals: one with continuous learning and researching abilities, and thus potential for further education; and the other type with solid theoretical foundation and practical ability, and thus capability of researching and developing in such technical fields as information processing and control.

 

II.   The Curriculum System

1. General Education Courses

General education curriculum consists of three parts, namely, public courses, general education core courses and general education practices. A total of 48 credits are required: 25 credits in public courses including ideological and political courses, English and PE; 21 credits in general education core courses including 8 credits in humanities, 4 credits in social sciences, and 9 credits in natural sciences and engineering technology; 2 credits in general education practices.

2. Professional Education Courses

Professional education curriculum is composed of platform-based courses, professional compulsory courses and professional elective courses, with a total of 106 credits. The credits of Programming Methodology course can meanwhile be counted as credits for natural sciences and engineering technology module in general education. During the study of professional courses (i.e. from the 5th to 7th semester), students are required to attend at least one professional course taught in English.

3. Practical Education Courses

Practical education courses require a total of 43 credits, including 7 credits for compulsory laboratory courses, 12 credits for compulsory and elective courses in internship and practice, 3 credits for military training, 4 credits for specialized elective courses for comprehensive training and 17 credits for graduation project. The credits of Engineering Practice and Technological Innovationcourse can meanwhile be counted as credits for natural sciences and engineering technology module in general education.

4. Individualized Education Courses

Individualized education courses are electives at students’ choice and 20 credits are to be finished during their study. All credits count in this curriculum but those for the above three modules as in the major’s training program (i.e. modules of general education, professional education and practical education). To illustrate, credits for Individualized Education Courses include credits of minor courses and elective courses, excess credits of restricted electives, credits of professional electives with no credit requirements provided by some other majors, credits of College Basic English (3) and (4), and credits from the recognized extracurricular competitions and practical innovation projects such as PRP.

 

III. Academic System, Graduation Requirements and Degree

The flexible academic system is applied in Automation and lasts 4 to 6 years. Early graduation is allowed for students who have obtained 217 credits as required. Extended schooling within six years is also permissible. According to “Regulations Concerning Academic Degrees in the People’s Republic of China”, BE Degree will be granted to students who have completed the curricula and teaching practice as required in the major training program and obtained the required credits with qualified moral, intellectual and physical examination results.

 

IV.   The Curriculum List

Common Core Required By University

Course No.

Course Title

(in English)

Course Title

(in Chinese)

Credits

Semester

Language

PH001

Physics I

物理(I

4

2

C E

PH002

Physics II

物理(II

4

3

C E

PH006

Experiment in  Physics I

物理实验(I

1.5

2

C E

PH007

Experiment in  Physics II

物理实验(II

1.5

3

C E

MA081

Advanced Mathematics I

高等数学(A

4

2

C E

MA031

Probability and Mathematical Statistics

概率论与数理统计(A类)

2.5

2

C E

MA025

Functions of Complex variable and Integral Transformation

复变函数与积分变换

 

2

3

C E

MA208

Discrete Mathematics

离散数学(A类)

3

2

C E

CA001

Chemistry

大学化学

2

2

C E

 

LanguageC: Teach in Chinese;  E: Teach in English; B: Bilingual

Common Technology Core

Course No.

Course Title

(in English)

Course Title

(in Chinese)

Credits

Semester

Language

EI 102

Data Structures and Algorithms

数据结构与算法

3

3

C

EI 203

Basic Circuit Theory

基本电路理论

4

3

C E

EI 204

Basic Circuit Lab

基本电路实验

2

3

C E

EI 205

Digital Electronic Technology

数字电子技术

3

3

C E

EI 206

Digital Electronic Technology Lab

数字电子技术实验

1.5

4

C

EI 207

Analog Electronic Technology

模拟电子技术

3

4

B

EI 210

Signals and System

信号与系统

3

4

B

EI 223

Electromagnetic Field

电磁场

2.5

4

C E

EE 305

Principles of Microcomputer and its Interface

微机原理与接口技术

3

4

B

EI 110

Programming II

程序设计

2

2

C E

EI 208

Analog Electronics Lab

模拟电子技术实验

1.5

5

C E

EE 313

Principles of Microcomputer and its Interface Lab

微机原理与接口技术实验

1

5

C

EI 212

Principles of Automatic Control

自动控制原理

2.5

5

C E

EI 214

Inspect Technology

检测技术基础

2

6

C

EI 209

Computer Architecture

计算机组成

2

7

C

EI 224

Electromechanical Energy Conversion

机电能量转换

2

7

C

EI 211

Introductory Communication Principles

通信原理概论

2

7

C E

 

Major Specialty

Major Core:

Course No.

Course Title

(in English)

Course Title

(in Chinese)

Credits

Semester

Language

AU 315

Principles of Automatic Control

自动控制理论

5

5

C E

AU 303

Discrete Control System

离散控制系统

2

5

C E

AU 306

Automatics Instrument

自动化仪表

2.5

5

C

AU 308

Digital Signal Processing

数字信号处理

2

5

C E

AU 309

Power Electronics Technology

电力电子技术

2.5

5

C

AU 302

Modern Control Theory

现代控制理论

3

6

C

AU 305

Microcomputer Control Technique

微机控制技术

3.5

6

C

AU 307

Process Control System

过程控制系统

3

6

C

AU 310

Motion Control System

运动控制系统

3

6

C

AU 311

Introductory Pattern Recognition

模式识别导论

2

5

C

AU 414

Embedded System

嵌入式系统

2

6

C

 

Major Selective:

Course No.

Course Title

(in English)

Course Title

(in Chinese)

Credits

Semester

Language

AU 415

Introduction to CIMS

CIMS导论

2

7

C E

AU 416

Robotics

机器人学

2

7

C

AU 417

Design of MCU System

单片机系统设计

2

7

C

AU 404

Digital System Design Technology

数字系统设计技术

2

7

C

AU 419

Computer Network

计算机网络

2

7

C E

AU 420

Java Language

JAVA语言

2

7

C

AU 421

Database

数据库

2

7

C

AU 422

Operating System

操作系统

2

7

C E

AU 423

Linear Programming and Non-Linear Programming

线性规划与非线性规划

2

7

C

AU 313

Simulation of Control System

控制系统仿真

2

7

C

AU 312

Digital Control System

数字程序控制系统

2

7

C

 

[ 2011-08-30 ]