School of Electrical and Electronic Engineering

Electric Engineering and Automation

Course Program

1.Training Targets

The target is to provide the electrical engineers who can do the scientific research, engineering design, manufacturing and operating, lab analysis, economic management and computer application synthetically.

2.Major Features and Training Requirements

The students of Electric Engineering and Automation will study the Electric Engineering Technology, ElectronicTechnology, Information Control and Computer Technology, etc. The features of the Major are the combination of weak and strong electric power, that of mechanical and eletrical components, and that of software and hardware. The undergraduate should have:

(1).solid foundation in natural sciences (Mathematics, Physics, etc.), humane and social science, as well as the foreign language;

(2).wide fundemental theory knowledge, including the electric circuits and electro-magnetic field theory, electronic technology, information processing, control theory, computer software and hardware;

(3).good engineering practice training,proficient computer application ability;

(4).knowledge and Skills of one to two Major Orientations, the command of the major development trends;

(5).adaptation ability to the works, and scientific research, development and organizing ability.

3.Major OrientationsAElectric Machines and Apparatus and Control;BPower Systems and Automation;

CPower Electronics and Power Transmission;DHigh-voltage Technology;EElectric Insulation and Cables

4.Main Subjects

Electric Engineering; Control Science and Engineering; Computer Science and Technology

5.Main Courses

Electric Circuits; Electro-magnetic Field; ElectronicTechnology; Electric Machines, Principles of Automatic Control; Foundation of Computer Technology; Foundation of Power Electronic Technology; Modern Electric Control Technology; Electric Testing Technology; Foundation of Power Engineering; Power System Analysis

6.Course Program

Common Essential Courses

0701A03E

Advanced Mathematics (I)

0701A10E

Linear Algebra (II)

0701A11E

Probability Theory and Mathematical Statistics

0701A13E

Complex Variable Functions and Integral Transforms

7101A01E

Foreign Language

5301A09E

C Language Programming

0703A01E

College Physics (I)

0708A01E

Physics Lab

7303A01E

Physical Education

Humane, social science and economics courses

7201B01E

Building of Morality and Law Essentials

7201B03E

Principles of Marxism

7201B02E

Outlines ofChinaModern History

7201B04E

Theories of Mao,Deng and Jiang

0601B51E

Essentials of Business Management

0601B52E

Introduction to Tech-economics

1601B01E

Military Theory

9201B01E

Undergraduates Health Education

9201B02E

Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0301C01E

Major Chairs

0303C03E

Electric Circuits

0303C02E

Electro-magnetic Fields

0504C01S

ElectronicTechnology

0105C05E

Mechanical Drawings CAD Technology

1503C04E

Engineering Mechanics

0106C33E

Foundation of Mechanical Design

0301C02E

Principles and Application of Single-chip Micro-computers

0301C03E

Foundation of Computer Technology

0301C04E

Electric Machines

0301C05E

Foundation of Power Electronic Technology

0301C06E

Modern Electric Control Technology

Subject Essential Elective Courses

0701C51E

Numerical Computation Methods

0301C07E

Computer Control Technology

0302C30E

Signal Analysis and Processing

5301C11E

Computer Network Technology & Application

0301C08E

Chemical Foundation of Macromolecular Insulation

0101C41E

Numerical Control Theory & Programming

0101C42E

UniEraphics Application Foundation

Major Platform Courses

0301D01E

Automatic Control Principles

0301D02E

Electric Testing Technology

0301D03E

Power System Stability Analysis(Orientation B)

0301D04E

Power Engineering Foundation (Orientation A, C, D, E)

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

0301E01E

Design of Electric Machines

0301E02E

Electric Machine for Control

0301E03E

Motion Control of Electric Machines

0301E04E

Electric Machines Testing Technology

0301E05E

New Technology of Grand Electric Machines

Compulsory of Orientation B

0301E06E

Electric Parts in Power Plant

0301E07E

Relay Protection of Power Systems

0301E08E

Power System Automatic Devices

0301E09E

High Voltage Technology

Compulsory of Orientation C

0301E10E

Modern Power Supply Technology

0301E11E

AC Speed Control

0301E12E

Power Electronic Devices and Systems

0301E13E

Power Electronic Circuits Analysis and Simulation

Compulsory of Orientation D

0301E14E

Engineering Dielectric Physics

0301E15E

High-voltage Experiment Technology

0301E16E

Electric Insulation Structure Principles and CAD

0301E17E

Over-voltage and Protection of Power Systems

Compulsory of Orientation E

0301E18E

Dielectric Physics

0301E19E

Polymer Engineering Principles for Electric Engineering

0301E20E

Electric Insulation Structure Principles and CAD

0301E21E

Photoelectric Transmission Principles

Elective Courses of Various Major Orientations

0301E22E

Foreign Language in Major

0301E23E

Special Electric Machines

0301E24E

AC Speed Control

0301E25E

Design of Permanent Magnet Electric Machines

0301E26E

Design of Power Transformers

0301E27E

New Energy Electric Power Generation

0301E28E

Application Software of Electric Machines Engineering

0301E29E

Heating and Cooling of Electric Machines

0301E30E

Numerical Calculation of Electric Machine Magntetic Fields

0301E31E

Electric Machines Structure Technology

0301E32E

Electric Machines Control

0301E33E

Programable Logic Controllers

0301E34E

Transient Analysis of Power Systems

0301E35E

Dynamic Simulation of Power Systems

0301E36E

Power System Automation

0301E37E

Power Systems Planning

0301E38E

Electric Power Markets

0301E39E

Design of Programable LogicControllers

0301E40E

Single-chiped Micro-computer C Language and Embedded System Programming

0301E41E

Automatic Control Systems

0301E42E

CAD Technology of Electronic Circuits

0301E43E

Numerical Analysis and Application of Electric Fields

0301E44E

Principles and Application of High-voltage Apparatus

0301E45E

Electric Insulation Testing Technology

0301E46E

Power Station Equipment and Insulation Conjugation

0301E47E

New Techniques of High-voltage Application

0301E48E

Insulation Diagnosis Technology of Electric Equipment

0301E49E

Cables Technology

0301E50E

Fibers and Cables

0301E51E

Cables Materials

0301EC0E

New Energy Technology and Application

Electronic Information Engineering

Course Program

1.Training Targets

The target is to provide the electronic engineers who master the basic theory and application technology in the Electronic Technology and Information Technology. They will be able to do the scientific research, development application and management in Electronic Circuits, Equipment and System after Graduation.

2.Major Features and Training Requirements

The students of ElectronicInformationEngineering will studythe basic theoryand methods of Electronic Circuits and System; Acquisition, Processing and Transmission of Information,Signal Detection,System Control, etc. They also study the design methods of applying electronic technology synthetically. The Graduationuates should have the command of:

(1).the basic theory, operating principles, design methods, lab and installation of analog and digital electronic circuits, power electronic circuits, etc.

(2).the basic theory of information and signal acquisition, processing,detection, transmission and control;

(3).the organization of electronic devices and systems, the principles and design methods of automatic system, initial debugging ability;

(4). the computer-aided design, testing, control and application software for the development.

3.Major Orientations: A.Electronic Engineering;B.Information Engineering;

C.Communication Engineering

4. Main Subjects: Information and Communication Engineering; Computer Science and Technology; Electronic Science andTechnology

5. Main Courses:

Electric Circuits Theory; Electronic Technology; Principles and Application of Single-chip Micro-computers; Signals and Systems; Power Electronic Technology; Digital Signal Processing; Transducers Technology; Modern Measurement and Control Technology; High-frequency Electronic Circuits; Communication Principles and Systems; Computer Communication Networks; CAD Technology of Electronic Circuits; Digital Images Processing;Random Signals Analysis; Information Theory and Encoding; Engineering Mathematics(Linear Algebra, Complex Variable Functions, Probability Theory and Random Process)

6.Course Program

Common Essential Courses

0701A03E

Advanced Mathematics (I)

0701A10E

Linear Algebra (II)

0701A12E

Probability Theory and Random Process

0701A13E

Complex Variable Functions and Integral Transforms

7101A01E

Foreign Language

5301A09E

C Language Programming

0703A10E

College Physics (I)

0708A01E

Physics Lab

7303A01E

Physical Education

Humane, social science and economics courses

7201B01E

Building of Morality and Law Essentials

7201B03E

Principles of Marxism

7201B02E

Outlines of China Modern History

7201B04E

Theories of Mao,Deng and Jiang

0601B51E

Essentials of Business Management

0601B52E

Introduction to Tech-economics

1601B01E

Military Theory

9201B01E

Undergraduates Health Education

9201B02E

Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0302C01E

Chairs of Major

0303C01E

Electric Circuits

0504C01E

ElectronicTechnology

0302C02E

Computer Software Foundation

0302C03E

High-frequency Electronic Circuits

0302C04E

Signals and Systems

0302C05E

Digital Signal Processing

0302C06E

Communication Principles and Systems

0302C07E

Principles and Application of Single-chiped Micro-computers

0302C08E

Computer Graphics

0302C09E

Information Theory and Encoding

Subject Essential Elective Courses

0302C10E

Electro-magnetic Fields and Electro-magnetic Waves

0301C24E

Programable Logic Controllers

1401C40E

Automatic Control Principles

0111C63E

Modern Industrial Technology

0510C20E

Electro-magnetic Compatibility

0301C20E

Modern Electric Control Technology

Major Platform Courses

0302D01E

Computer Communication Networks

0302D02E

Modern Measurement and Control Technology

0302D03E

CAD Technology of Electronic Circuits

0302D04E

Random Signals Analysis

0302D05E

Transducers Technology

0302D06E

EDA Technology and Application

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

0302E01E

Smart Instruments Design

0302E02E

Power Electronic Technology

0302E03E

Measurement and Control Interface

Compulsory of Orientation B

0302E04E

Embedded System

0302E05E

Digital Images Processing

0302E06E

Speech Signals Processing

0302E07E

Programable Logic Devices

Compulsory of Orientation C

0302E08E

Communication and Simulation Technology

0302E09E

Mobile Communication

0302E10E

Optic Fiber Communication

Elective Courses of Various Major Orientations

0302E11E

Program-controlled Exchange Technique

0302E12E

Modern Communication Technology

0302E13E

Operating Systems

0302E14E

Artificial Intellegence

0302E15E

JAVA Language

0302E16E

VC++ Language

0302E17E

Virtual Instruments

0302E18E

Biologic Electronics

0302E19E

Foreign Language in Major

0302E20E

DSP Principles and Application

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