2010版信息工程中英文本科培养计划-最终版.doc

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信息工程专业本科培养计划
Undergraduate Program for Specialty in Information Engineering

一、业务培养目标
ⅠEducational Objectives
本专业是电气信息类宽口径专业，培养具有信息的获取、传递、处理及利用等方面知识，能在信息产业等国民经济部门以及国防部门从事电子信息系统的研究、设计、集成及制造等方面工作的信息工程学科高级工程技术人才。
With a broad caliber, this specialty attaches electric and information. The program is committed to training students to become talented professionals with a strong background in information engineering. Equipped with knowledge on acquiring transmitting, processing and exploiting of information, our graduates will be quite qualified for jobs in the related branches of the national economy and national defense as well as the information industry, being engaged in researching, designing, integrating and manufacturing of the electrical information systems.

二、业务培养要求
Ⅱ　Educational Requirement
本专业学生主要学习信息科学与技术的基本理论和基本知识，受到信息系统的分析与设计等方面的基本训练，具有设计、开发、集成及应用信息系统等方面的基本能力。
要求本专业毕业生应获得以下几方面的知识和能力：
1. 系统掌握信息科学与技术的基本理论和基本知识；
2.系统掌握信息的获取、传递及处理等方面的知识和技能；
3.具有电子与信息系统的分析、设计、开发、集成及应用等方面的基本能力；
4.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；
5.了解信息科学与技术的发展动态、信息产业的方针、政策和法规；
6.具有较强的英语综合应用能力，特别是听说能力，在工作和社会交往中能用英语进行口头和书面的信息交流，能熟练地进行外文阅读，有一定的科技外语写作能力。
Students in this specialty are required to study the basic theory and knowledge of information science and technology, accept the fundamental training on the analysis and design of information system, then get the basic probability to design, develop, integrate and application the information system.
Students are required to have the following knowledge and ability:
1.To grasp systematically the basic theory and knowledge of information science and technology.
2.To grasp systematically the knowledge and skill on obtaining, transmitting and processing of information.
3.To have the basic ability of analyzing, designing, developing, integrating and applying on electronics and information systems.
4.To master the basic method of information retrieval in addition to some specific hands-on experience of scientific research.
5.To understand the current developing trends in information science and technology as well as the policies and regulations of the information industry.
6.To possess strong English synthesis application ability especially of speaking and listening which means both oral and written communications in work or social contacts, smooth reading and skilled scientific paper writing.
三、主干学科与主要课程
Ⅲ　 Major Disciplines & Major Courses
主干学科：信息与通信工程、电子科学与技术、计算机科学与技术
Major Disciplines：Information and Communication Engineering, Electronics Science and Technology, Computer Sciences and Technology
主要课程：电路分析基础、信号与系统、模拟电子技术基础、数字电子技术基础、微机原理与通信接口、信息理论与编码、感测技术、通信原理、数字信号处理、数字图像处理、计算机网络与通信
Main Courses: Fundamentals of Circuit Analysis, Signal and System, Fundamentals of Analog Electronic Circuit, Fundamentals of Digital Technology, Principles of Microcomputer and Communication Interface, Information Theory and Coding, Sensor and Detection Technology, Communication Principles, Digital Signal Processing, Digital Image Processing, Computer Networks and Communication

四、特色课程
Ⅳ Characteristic Courses
嵌入式系统、虚拟仪器、电子线路设计与制作、数字图像处理
Embedded System, Virtual instrument, Electronic Circuit Design and Practice, Computer Networks and Communication, Digital image processing

五、学制与学位
Ⅴ　Length of School and Degree
修业年限：四年
Duration： 4 years
授予学位：工学学士
Degrees Conferred：Bachelor of Engineering

六、最低毕业学分规定
Ⅵ　 Graduation Credit Criteria
Credit Criteria of Different Kinds of Courses
Total
总学分
Required Courses
必修课学分
Selective Courses
选修课学分
Practice Courses
集中性实践课学分
Study Credit after Class课外学分
190
120.5
23
36.5
10

七、课程修读指导建议
Ⅶ Recommendations on Course Studies
1.本专业重要的学科大类基础课程和专业基础课程共有10门，学生在修读时应加以重点关注。
这10门课程是：电路分析基础、模拟电子技术基础、数字电子技术基础、信号与系统、微机原理与通信接口、数字信号处理、通信原理、单片机原理与应用、信息理论与编码、感测技术。
2. 为体现本专业的专业方向，本专业课程包括了以下三个课群：
（1）网络感测课群
主要组成课程：感测技术、虚拟仪器、现场总线技术、电子线路设计与制作、电子线路EDA、单片机原理与应用
（2）网络通信课群
主要组成课程：通信原理、计算机网络与通信、交换技术、通信网技术基础、光纤通信、多媒体通信技术、网络工程技术。
（3）信息处理课群
主要组成课程：嵌入式系统、数字信号处理、信息理论与编码、数字图像处理、数字语音处理、数据结构与算法、数据库与信息系统、软件系统设计。
1.　Students must work hard on 10 core disciplines courses and specialty courses.
Courses: Fundamentals of Circuit Analysis, Fundamentals of Analog Electronic Circuit, Fundamentals of Digital Electronic Circuit, Signal and System, Principles of Microcomputer and Communication Interface, Digital Signal Processing, Communication Principles, Principles and Application of Single Chip Information Theory and Coding, Sensor and Detection Technology.
2.　According to the concentration fields of the specialty, courses are arranged into three groups.
（1）Sensing and detecting based on network courses
Core Courses: Sensor and Detection Technology, Virtual Instruments, Field Bus Technology, Electronic Circuit Design and Practice, Electronic Design Automation of Electronic Circuit, Principles and Application of Single Chip.
（2）Network and communication courses
Core Courses: Communication Principles, Computer Networks and Communication, Switching Technology, Fundamentals of Communication Network Technology, Optical Fiber Communications, Multimedia Communications Technology, Technology of Network Engineering.
（3）Information processing courses
Core Courses: Embedded System, Digital Signal Processing, Information Theory and Coding, Digital Image Processing, Digital Speech Processing, Data Structure and Algorithm, Database and Information Systems, Design of Software System.

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八、理论教学进程表
Ⅷ　Theory Course Schedule
课程
类别
Courses
Classifi-ed
课程
性质
Courses
Nature
课 程 名 称
Course Name
学分Crs
学时分配
Including
建议修
读学期
Proposed Courses Term
第二 专业Sec-Professional
总学时
Tot hrs.
实验Exp.
上机Operation
实践Practice
课外Extra-cur.
通 识 课 程 General EducationGeneral Education Elective
Coures

必 修 课 Required Courses
思想道德修养与法律基础
Morals, Ethics and Fundamentals of Law
3
48

8

1

大学英语
College English
12
256

64
1-4

大学计算机基础B
Foundation of Computer B
2
32

12

1

计算机程序设计基础（C语言）
Fundamentals of Computer Program Design
(C Language)

3
48

12

1

专业导论
Introduction to Speciality
1
16

1

体育
Physical Education
4
128

64

1-6

中国近现代史纲要
Outline of Chinese Contemporary and Modern History
2
32

2

军事理论
Military Theory
2
32

16

4

毛泽东思想和中国特色社会主义理论体系概论 Introduction to Mao Zedong Thought and Socialism with Chinese Characteristics
4
72

16

4

马克思主义基本原理
Marxism Philosophy
3
48

8

6

小 计 Subtotal
36
712

24
112
64

文化素质教育选修课
Cultural Quality of Eeducation Elective Courses
核心类课程
Core Courses
大学生学习与生涯指导课程
Students Learning and Career Guidance Courses
全校学生要求至少取得9个学分，其中要求在核心类课程的四个类别中分别选修至少一门课程。
All students are required to attain at least nine credits. Everyone select at least one course in four categories of core courses respectively.

人文文化课程
Humanities and Cultural Courses
科技文化课程
Science Technology and Culture Courses
艺术课程
Course of Art
拓展类课程
Extension Courses
选修要求 Elective Demand
要求至少选修144学时，9学分
Subtotal class hours/credits at least: 144/9
学 科 大 类 课 程 Basic　 Courses　 of 　Disciplines
必 修 课 Required Courses
高等数学A
Advanced Mathematics A
10
160

1-2

电路分析基础（上）
Fundamentals of Circuit Analysis
2.5
40

1
*
电路分析基础（下）
Fundamentals of Circuit Analysis
3.5
56

2
*
电路分析基础实验
Experiments of Circuit Analysis
0.5
20
20

2
*
线性代数
Linear Algebra
2.5
40

2

大学物理B
Physics B
7
112

2-3

物理实验B
Physics Lab. B
2
56
56

3

模拟电子技术基础A
Fundamentals of Analog Electronic Circuit A
4
64

2
*
模拟电子技术基础实验
Experiments of Analog Electronic Circuit
0.5
20
20

2
*
数字电子技术基础A
Fundamentals of Digital Electronic Circuit A
4
64

3
*
数字电子技术基础实验
Experiments of Digital Electronic Circuit
0.5
20
20

3
*
概率论与数理统计B
Probability and Mathematics Statistic B
3
48

3

小 计 Subtotal
40
700
116

15.5
选 修 课 Elective Courses
复变函数与积分变换B
Function of One Complex Variable and Integral Transformation B
3
48

3

电子线路EDA
Electronic Design Automation of Electronic Circuit
2
32
10

4

自动控制原理B
Principles of Automatic Control B
2.5
40
8

5

随机信号分析
Random Signal Analysis
2
32

5

小 计 Subtotal
9.5
152
18

修读说明：要求至少选修64学时，4学分
Study shows : Subtotal class hours/credits at least 64/4
专 业 课 程 Specialized Courses
必 修 课 Required Courses
数据结构与算法D
Data Structure and Algorithm D
2.5
40

6

3

高频电子线路
High-frequency Electronic Circuits
3.5
56
8

3

数据库与信息系统
Database and Information Systems
2
32
8

4

信号与系统A
Signal and System A
4
64
8

4
*
微机原理与通信接口
Principles of Microcomputer and Communica-
tion Interface
4
64
16

4
*
感测技术
Sensor and Detection Technology
3
48
8

4
*
通信原理A
Communication Principles A
3.5
56

5
*
通信原理A实验
Experiments of Communication Principles A
0.5
16
16

5
*
数字信号处理A
Digital Signal Processing A
4
64
10

5
*
计算机网络与通信
Computer Networks and Communication
2.5
40
8

5
*
单片机原理与应用
Principles and Application of Single Chip
3
48
8

5
*
数字图像处理
Digital Image Processing
2.5
40
8

6

信息理论与编码
Information Theory and Coding
3
48
8

6

电子线路设计与制作
Electronic Circuit Design and Practice
2
32
32

6
*
嵌入式系统
Embedded System
2
32
8

6

通信网技术基础
Fundamentals of Communication Network Technology
2.5
40

6

小 计 Subtotal
44.5
720
146
6

26.5
选 修 课
Elective Courses
集成电路及其应用
Intergrated Circuit and Applications
2
32
8

5

网络工程技术
Technology of Network Engineering
2.5
40
8

6

软件工程C
Software Engineering C
2
32

4

6

软件系统设计
Design of Software System
2
32

8

6

数字语音处理
Digital Speech Processing
2.5
40
8

7

虚拟仪器
Virtual Instruments
2.5
40
8

7

交换技术
Switching Technology
2.5
40
8

7

现场总线技术
Field Bus Technology
2
32

7

实时操作系统
Real-time Operating System
2
32

7

光纤通信
Optical Fiber Communications
2
32

7

多媒体通信技术
Multimedia Communications Technology
2
32
10

7

小 计 Subtotal
24
384
50
12

修读说明：要求至少选修160学时，10学分
Study shows : Subtotal class hours/credits at least 160/10

九、集中性实践教学进程表
Ⅸ　Practice Training Table
实践环节名称
Practice Courses Name
周数
学分
建议修读学期
Hrs
Crs
Courses Term
军事训练
Military Training
3
1.5
1
电工电子实习A
Practice in Electrical Engineering & Electronics A
2
2
3
电子技术基础课程设计
Course Design on Electronic Circuit
2
2
3
工程设计软件训练
Software Training of Engineering Design
1
1
4
EDA应用实训
EDA Application on Practice
1
1
4
电子系统设计与调试
Electronic System Design and Testing
2
2
5
通信原理课程设计
Course Design on Communication Principles
1
1
5
计算机网络与通信课程设计
Course Design on Computer Network and Communications
1
1
5
程序设计实训
Program Design on Practice
2
2
6
信息处理系统综合训练
Combined Training of Information processing
2
2
6
工程应用训练
Engineering Application on Practice
1
1
6
专业方向课程设计
Course Design of Information Engineering Speciality
2
2
7
毕业实习（期初）
Practice for Graduation
3
3
7
毕业设计（论文）
Graduation Design (Thesis)
15 ( 8* )
15 ( 8* )
8
小 计 Subtotal
38
36.5

修读说明：第二专业要求至少修读8学分毕业论文。
Study shows : Graduation Thesis of Sec-Professiona at least 8 credits.
十、其它要求
Ⅹ　Other Demands
《形势与政策》课程，平均每学期16学时，一般按专题进行，在第七学期末考核，计 2个课外学分，具体由学校学生发展指导中心负责组织落实。
Situation & Policy, a 16 hours/term with 2 credits course, is taught according to topics and tested at the end of the 7th term . The course will be arranged by the University Students’ Affairs’ Department in each school.
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