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2010年电磁场与无线技术培养方案
2012-02-15 12:01   审核人:

电磁场与无线技术专业本科培养方案

Undergraduate Program for Specialty in

Electromagnetic Field and Wireless Technique

一、培养目标

I. Educational Objectives

培养具有适应社会主义现代化建设需要、德智体全面发展、理论基础扎实、工程能力强的高级电磁场与无线技术人才。本专业毕业生将能从事有关电磁场与无线技术的开发与应用研究,涵盖航空、航天、航海、雷达、电子对抗、遥控遥测、电子元器件、遥感、资源探测等领域。

This program is worked out to educate and train qualified professional electronic engineers, who are with solid theoretical knowledge and sufficient engineering abilities, to adapt the demands of modernization construction. The graduates will be capable of research & development and management related with electromagnetic field and wireless technique including aeronautics, astronautics, marine engineering, radar, electronic countermeasure, telemetry and telecontrol, electronic element and component, microwave communication, microwave remote sensing, and resources exploration, etc.

二、培养要求

II. Educational Requirements

业务素质培养要求:

1.掌握本专业所需要的较系统的基础科学理论,较宽广且扎实的技术基础理论以及必要的专业知识。具有一定的社会主义市场经济知识、管理知识及相关的工程技术知识,懂得一定的社会、人文科学知识、法律知识和国防知识,了解有关科技发展的新动向。

2.具有本专业所必需的制图、运算、实验、测试、表达、基本工艺操作及设计技能。

3.具有较强的自学能力;具有一定的分析和解决工程实际问题的能力及工程设计能力;具有工程的质量和效益观念,有初步的科技研究、开发和组织管理能力;具有较强的计算机应用能力;基本掌握一门外语,能比较顺利地阅读本专业的外文书刊,具有听、说、写的基础。

1.To have basic science theory as well as fairly broad and solid foundation on fundamental engineering science needed by the specialty, and necessary professional knowledge; to understand to a certain degree social and humanities science covering marketing, management, law and national defense knowledge;

2. To have the required abilities of engineering drawing, calculation, experiments and measurements; to

be capable of doing practical operation and engineering design.

3.To have abilities of self-taught, analyzing and solving engineering problems, performing primary research, development and management and computer application; to be aware of the importance of product quality and cost; to be good command of a foreign language, both written and spoken.

毕业生应获得以下几方面的知识和能力:

Expected professional knowledge and abilities:

1.较系统地掌握本专业领域宽广的技术基础理论知识,适应电磁场与无线技术方面广泛的工作范围;

2.掌握微波、射频电路和天线的实验技术,具备分析、设计或组装电子设备的基本能力;

3.掌握电磁场与无线技术的基本理论和应用的一般方法,具有设计、集成、应用及计算机模拟无线系统的基本能力;

4.了解信息产业的基本方针、政策和法规,了解企业管理的基本知识;

5.了解电子设备和信息系统的理论前沿;

6.掌握文献检索、资料查询的基本方法,具有一定的科学研究和实际工作能力。

After the program completed, the graduates will:

1.be well educated with basic technical theory of this specialty and adapt various kinds of work in the field of electromagnetic field and wireless technique.

2.master the experiment skill of microwave and radio circuits, antennas, have the basic ability to analyze , design or assemble radio equipments and system.

3.master the methods of information acquisition and processing ,and be capable of design, integration, application and simulation of radio system.

4.understand general policies and regulations of electronic and information industry ,and have basic knowledge of project management.

5.be acquainted with the advances in electronics equipments and information system;

6.be familiar with general searching methods of technical literatures and have some ability of scientific engineering research and development.

三、学制与学位

III、Length of Schooling and Degrees

修业年限:四年

Length of schooling: Four years

授予学位:理学学士/工学学士/管理学学士/文学学士/经济学学士/法学学士。

Degrees awarded : Bachelor of Science/ Bachelor of Engineer////

四、学时与学分

IV、Hours/Credits

总学分:185

Total Credits:

课内教学学时/学分:2767/167 占总学分的比例:90%

Curriculum Class Hours/Credits: Percentage in Total Credits:

其中:

Including:

通识教育基础课学时/学分:1522/93.5 占总学分的比例:50%

Class Hrs/Crs of General Education Courses: Percentage in Total Credits:

专业基础课学时/学分:710/41.5 占总学分的比例: 22.4%

Class Hours/Credits of Basic Technical Courses: Percentage in Total Credits:

专业课学时/学分:535/32 占总学分的比例: 17.3%

Class Hours/Credits of Specialized Courses: Percentage in Total Credits:

集中性实践环节周数/学分:9/18 占总学分的比例: 9.7%

Weeks/Credits of Major Practical Trainings: Percentage in Total Credits:

五、主干学科:

V、Major Disciplines:

电路与系统,信号与信息处理, 电磁场与微波技术,通信与信息系统

Circuit and System,Signal and Information Processing,Electromagnetic Fields and MicrowaveTechnique,Communication and Information Syatem

六、主干课程:

VI、Main Courses

电路分析基础Fundamentals of Circuit Analysis,信号与系统Signal and System,模拟电子线路Analog Electronic Circuits,脉冲与数字电路Pulse and Digital Circuits,电磁场与电磁波Electromagnetic Fields and Waves,数字信号处理Digital Signal Processing,高频电子线路High Frequency Electronic Circuits,通信原理The Principle of Communication,微机原理及应用Principle and Application of Microcomputer,微波技术基础Fundamentals of Microwave Techniques天线原理与设计The Principle and Design of Antennas,微波与射频电路Microwave and Radio Circuits,微波工程基础Fundamentals of Microwave Engineering

七、总周时分配

VII、The Distribution of Total Weeks

学期Semester

项目

Item

周数

Weeks

1st

2st

3st

4st

5st

6st

7st

8st

合计

Total

理论教学

Theoretical Teaching

15

17

16

16

16

16

16

112

实验教学

Experiment Teaching

2

2

1

2

7

课程设计(大作业)

Course Design

考 试

Examination

2

2

2

2

2

1

2

2

13

上机训练

Computer Practice

2

2

教学实习

Teaching Practice

2

2

4

认识实习

Acknowledge Internship

3

3

生产实习

Engineering Internship

3

3

毕业设计(论文)

Project and Thesis

17

17

公益劳动

Voluntary Labor for the Public

1

1

军 训

Military Training

3

3

社会调查

Social Survey

毕业鉴定

Graduation Appraisal

机 动

Flexible Arrangement

寒 暑 假

Vacations

总 计

Total

八、课程设置及教学进程

VIII、List of Courses and Teaching Arrangement

学 院:美高梅集团官网 专 业:电子信息工程

School:Electronic and Information Specialty:Electronic Information Engineering

课程类别

Course Classifica-

tion

课程代码

Course

Code

课 程 名 称

Title of Course

学时/

学分

Hrs/Cre

考核方式

Exam or Test

学时分配

Hours

Distribution

各学期学时分配

Hours Distribution in Semesters

考试√

Exam.

考查√

Test

讲课

Teach-

ing

实验

(上机)

Exp

1st

2nd

3rd

4th

5th

6th

7th

8th

通识教 育 基 础General Education Courses

必修课

Required

1310210

中国近现代史纲要

Essentials of Chinese Modern History

32/2

32

32

2010030

思想道德修养与法律基础

Ethics & Fundamentals of Law

48/3

48

48

1310200

毛泽东思想、邓小平理论和“三个代表”重要概论

The Fundamentals of Mao Zedong Thought, Deng Xiaoping Theory & “Three Represents” Important Thought

96/6

96

96

1310190

马克思主义基本原理

Marxist Philosophy

48/3

48

48

2010041-4

形势与政策

Situation & Policy

32/2

32

32

1010010

大学计算机基础

Fundamentals of Computer

54/3

24

30

54

101003

微机原理及应用

Principle & Application of Microcomputer

68/4

48

20

68

1010080

软件技术

Fundamentals of Software Technology

84/5

54

30

84

0810020

C语言程序设计

Advanced Programming Language (C)

78/5

48

30

78

1110011-2

高等数学

Higher Mathematics

192/12

192

96

96

1110051-2

大学物理

College Physics

116/7

116

58

58

1110061-2

物理实验

Physical Experiment

50/3

50

25

25

1110070

普通化学

General Chemistry

48/3

40

8

48

2010011-4

体育

Physical Education

144/9

144

36

36

36

36

1310011-4

英语

College English

240/15

240

60

60

60

60

1210040

工业企业管理

Industrial Enterprise Management

28/1.5

28

28

2010010

军事理论课

Military Theory

36/2

36

36

选修课

Elective Courses

文化素质教育选修课

Cultural and Moral Elective Courses

128/8

理工科学生应在管理、经济、人文类课程每类中至少选修一门;文科类学生应至少选修2门自然科学类素质教育课程

小 计

Sub-Total

1522/93.5

1354

168

技 术 基 础 课

Technical Basic Courses

0520030

工程制图(非机类)

Engineering Drawing

54/3

48

6(大作业)

54

1120050

线性代数

Linear Algebra

40/2.5

40

40

1120110

复变函数与积分变换

Function of Complex Variable & Integral Transformation

32/2

32

32

1120220

概率论与数理统计

Probability Theory and Mathematical Statistics

48/3

48

48

1120060

计算方法

Computational Methods

32/2

32

48

0820010

电路分析基础

Fundamentals of Circuit Analysis

70/4

70

70

0820040

信号与系统

Signal and System

70/4

70

70

0820050

模拟电子线路

Analog Electronic Circuits

70/4

70

70

0820070

脉冲与数字电路

Pulse and Digital Circuits

70/4

70

70

0820080

高频电子线路

High Frequency Electronic Circuits

60/4

60

60

0830010

电磁场与电磁波

Electromagnetic Fields and Waves

54/3.5

54

10

54

电路分析基础课程实验

Experiments for Fundamentals of Circuit Analysis

20/1

20

20

信号与系统课程实验

Experiments for Signal and System

20/1

20

20

模拟电子线路课程实验

Experiments for Analog Electronic Circuits

20/1

20

20

脉冲与数字电路课程实验

Experiments for Pulse and Digital Circuits

20/1

20

20

高频电子线路课程实验

Experiments for High Frequency Electronic Circuits

20/1

20

20

小 计

Sub-Total

700/41

594

116

专 业 课 Specialized Courses

必修课

Required

共设(四)个研究方向课程组,每位学生选其中一组

There are ( 4 )research groups, students could select one of them

电磁场理论方向课

数理方程与特殊函数

Equations of Mathematical Physics &

Special Functions

32/2

32

32

矢量分析与场论

Vector Analysis and Field Theory

32/2

32

32

0830020

电磁场数值方法

Numerical Method of Electromagnetic Field

48/3

48

48

0830030

天线理论与设计

Theory and Design of Antenna

54/4

54

54

0830050

微波技术基础

Fundamentals of Microwave Techniques

54/4

54

54

雷达系统

Radar System

48/3

48

48

0820061-3

专业外语

Professional English

96/6

96

32

32

32

小 计

Sub-Total

364/24

微波与射频技术方向课

微波技术基础

Fundamentals of Microwave Techniques

54/3.5

54

54

微波网络

Microwave Networks

32/2

32

32

微波与射频电路

Microwave and Radio Circuits

54/3

54

54

无线传感器网络

Radio Sensor Network

32/2.5

32

32

微波电路EDA

Microwave Circuits EDA

32/2.5

32

40

软件无线电技术

Software Radio Technique

48/3

38

10

48

专业外语

Professional English

96/6

96

32

32

32

小 计

Sub-Total

348/22.5

天线技术方向课

数理方程与特殊函数

Equations of Mathematical Physics &

Special Functions

32/2

32

微波技术基础

Fundamentals of Microwave Techniques

54/3.5

54

54

天线理论与设计

Theory and Design of Antenna

54/3.5

54

48

天线测量

Measurement of Antenna

32/2

32

32

阵列天线分析与综合

Analysis and Synthesis of Array Antenna

48/3

48

48

电磁场数值方法

Numerical Method of Electromagnetic

48/3

48

48

专业外语

Professional English

96/6

96

32

32

32

小 计

Sub-Total

364/23

电磁兼容技术方向课

数理方程与特殊函数

Equations of Mathematical Physics &

Special Functions

32/2

32

32

电磁兼容原理与设计

The Principle and Design of EMC

48/3

38

10

48

电磁兼容测量技术

EMC Measurement

32/2

28

10

32

微波技术及天线

Microwave Techniques and Antennas

64/4

64

64

电子测量

Electronic Measurement

32/2

32

32

电磁环境仿真

Electromagnetic Environment Simulation

32/2

32

32

专业外语

Professional English

96/6

96

32

32

32

小 计

Sub-Total

336/21

选修课 以下任选课至少选修125 学时

Elective Courses each student must choose at least 125 hours from the following elective courses

微波通信

Microwave Communication

48/3

48

48

无线传感器网络

Wireless Sensor Network

32/2

32

32

通信原理

The Principle of Communication

48/3

48

48

数字图像处理

Digital Image Processing

48/3

48

48

随机信号分析

Analysis and Detection of Random Signal

54/3.5

54

54

电磁场数值方法

Numerical Method of Electromagnetic Field

48/3

48

48

阵列天线分析与综合

Analysis and Synthesis of Array Antenna

32/2

32

32

无线传感器网络

Radio Sensor Network

32/2

32

32

微波与射频电路

Microwave and Radio Circuits

48/3

48

48

微波技术及天线

Microwave Techniques and Antennas

64/4

48

4

4

64

微波工程

Microwave Engineering

48/2

48

48

数理方程与特殊函数

Equations of Mathematical Physics &

Special Functions

32/2

32

32

矢量分析与场论

Vector Analysis and Field Theory

32/2

32

32

微波测量

Microwave Measurement

32/2

20

10

32

天线与RCS测量

Antenna and RCS Measurement

32/2

20

10

32

微波电路计算机辅助设计

CAD of Microwave Circuits

54/3

32

22

54

微波网络

Microwave Networks

32/2

32

32

天线理论与设计

Theory and Design of Antenna

54/3.5

54

现代天线技术

Modern Antenna Technique

32/2

32

自适应天线原理

Principle of Adaptive Antenna

32/2

32

电磁兼容原理与设计

The Principle and Design of EMC

48/3

32

48

电磁兼容测试

EMC Measurement Simulation

32/2

20

10

32

电磁环境仿真

Electromagnetic Environment Simulation

32/2

20

10

现代控制理论

Modern Control Theory

32/4

32

32

光纤通信

Fiber Optical Communication

32/2

32

40

电子测量

Electronic Measurement

32/2

32

卫星通信

Satellite Communications

32/2

32

40

电子系统(CAD)

Electronics System CAD

32/22

32

6

40

网络与通信技术

The Technology of Network & Communication

32/2

32

32

高级DSP原理及其应用

High Speed Digital Signal Processor Principle and Application

32/2

32

40

机载探测系统

Airborne Detection and Tracking System

32/2

32

32

系统仿真

System Simulation

32/2

32

32

信息论基础

Fundamentals of Informatics

32/2

32

32

Visual Basic NET程序设计语言

Visual Basic NET Programmer Language

32/2

32

40

电子与信息技术前沿论题

The Advanced Topics on Electronics & Information Engineering

32/2

32

40

传感器原理与应用

Principle and Application of sensors

32/2

32

32

小 计

Sub-Total

理论课学时共计( )

Total Hours

理论课学分共计( )

Total Credits

实 践 环 节Practice Training

必修课

Required

金工实习

Metalworking

2w/4

电子实习

Electronic Practice

2w/4

认识实习

Acknowledge Internship

2w/4

毕业设计(论文)

Undergraduate Thesis

0890010

电子线路、脉冲数字电路课程设计

Course Design of Electronic Circuit & Pulse

2w/4

2w/4

0890020

高频电子线路课程设计

Course Design of High-Frequency Electronic Circuit

1w/2

1w/2

微波与射频电路课程设计

1w/2

1w/2

军 训

Military Training

公益劳动

Commonweal Work

社会活动

Social Activities

选修课

Elective Courses

创新性综合实验

Innovation and Comprehensive Experiments

1w/2

小 计

Sub-Total

必修课学时/学分小计: Subtotal class hours/credits of required courses:

限选课学时/学分小计: Subtotal class hours/credits of restricted electiye courses:

实验学时/学分小计: Subtotal class hours/credits of experiment and operation :

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