中国地质大学-信息工程教学计划.docx

信息工程专业培养方案
一、专业名称与代码：信息工程（080609Y）
二、专业培养目标：培养具有严谨的科学作风、良好的综合素质、良好的职业道德、扎实和宽广的理论基础知识，具有独立获取知识、提出问题、分析问题和解决问题的基本能力，具备较强的系统开发、集成、维护和管理能力，并且具有良好的信息系统设计与实现能力、良好的项目规范管理能力、良好的交流与组织协调能力的高素质人才。培养具有信息采集、开发、处理和信息系统建设的专业知识，具备基于互联网、移动网、卫星定位等技术为基础的空间信息工程、空间信息服务、空间信息平台和空间信息系统集成技术的高级工程技术人才。
三、业务培养要求：本专业学生在牢固掌握数理基础和外语基础上，主要学习信息科学与技术的基本理论和基本知识，受到信息服务系统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。
毕业生应获得以下几方面的知识和能力：
1、具有扎实的数学基础和良好的外语基础，掌握文献检索的基本方法；
2、掌握一般信息系统、信息网络基本知识、计算机软件基本理论和开发能力；
3、主要掌握空间信息的采集、开发、处理及应用的理论与方法和信息平台的建设知识；
4、了解通信网络协议和信息网络集成技术。
5、具备分析、设计、开发、测试、维护具有GIS、GPS技术特征的信息网络软件的实际工作能力；
6、具备独立获取知识、提出问题、分析问题和解决问题的基本能力，具有一定的科学研究和实际工作能力。

充分利用我校在地球科学上的优势，努力开拓空间信息服务领域。本专业集成3S技术、嵌入式技术、通信网络技术与计算机软件技术于一体，依托我校的空间信息优势学科，以发展空间信息服务、新型卫星导航、移动GIS平台、手机定位与增值服务、移动计算等方向为特色，从而培养出较高水平的高级技术人才。
四、主干学科：计算机科学与技术、通信工程
五、主要课程：空间信息服务系统设计,地理信息系统原理,3S技术与集成,
互联网软件开发,信息网络系统（一）, 嵌入式操作系统,网络与信息安全,信息论与编码,全球定位原理与应用.

六、主要实践性教学环节：
1．计算机高级语言课程设计（C） 1.5周 2学分 第一学期；
2．面向对象程序设计课程设计 1.5周 2学分 第二学期；
3．自然地理与地质学实习 2周 2学分 第二学期
4．数据结构课程设计 2周 3学分 第三学期；
5．数据库课程设计 2周 3学分 第三学期；
6．地理信息系统实习B 2周 3学分 第四学期
7．信息网络开发综合实习 2周 3学分 第五学期
8．导航与定位技术实习 1.5周 2学分 第六学期
9．智能终端软件开发实习 2周 3学分 第六学期

七、学制：四年
八、授予学位：工学学士
九、相近专业：计算机科学与应用、GIS、软件工程、通讯工程

Undergraduate Programme in Information Engineering

Program Name and Code: Information Engineering 080609Y
Training Objectives: The students are cultivated to have good personality，professional morality and precise research style, and to be creative, communicate and cooperative in group. The students will be to have solid and broad knowledge of information theory and engineering. And independently to have the basic ability to obtain knowledge, bring forward, analyze and solve the problems. And to have senior ability to design, integrate and implement the information system, the project management as well. After graduating, the students will be advanced professional person with theory, technique and ability for research, design and development in information sciences field.
Training Requirements: Basically, students should systematically master the fundamental theory and knowledge of information science ，and be required to master the techniques, methods and related knowledge of information engineering. In the area of information science, the students should grasp the fundamental theory and have a strong ability of engineering project practice. They will be trained to use the information engineering methods, technology and tools to undertake the information system analysis, design, development and maintenance. They should also have a basic knowledge of the management and rules of the area and have the ability to organize and manage the project, cooperate with others, technique creativity and market development. The students should know a foreign language, have the ability to use the language to read and understand the professional papers and communicate with foreign specialists.
Required Knowledge and Ability:
1. To master a foreign language and mathematics; to have some basic knowledge and theory of social and natural science.
2. To master the basic knowledge and theory of information system and network including information collection, information networking communication, information processing, analysis and acquisition, integrated information system. And to have a basic knowledge of computer software and hardware.
3. To master the information system and network development process of requirement analyses, design, development and maintenance and have the ability to implement it. To master the engineering method, technology and development tools of information system. To master the basic process and management technology of information system software with the feature of GIS, GPS.
4. To have a basic knowledge of the protocol and rules of the information network.
Main Subjects: Communication Engineering, Computer Science and Technology.
Main Courses: Design Principle of Spatial Information Service System, The Principles or Geographic Information System, 3S technology and Integration, Internet software design, Information Network System-- Data Communication and Network , Embedded Operating System, Networks and Information Security, Information Theory and Coding，GPS Principles and Applications
Main Field Practice: Course Design for Computer High-Level Language C，Course Design of Object-Oriented Programming，Course Design for Database，Course Design for Data structure and algorithm，Geographic Information System Practice，Physical Geography and Geology Practice，Navigation and Orientation PracticeB， Information Network Design Comprehensive Practice，Intelligence Terminal Software Design Practice，Bachelor Design (Thesis).
Duration of the Program: four years.
Degree Offered: Bachelor of Engineering.
Related Programs: Computer Science and Technology, Communication Engineering, Geographic Information Engineering, Software Engineering.

信息工程专业课程教学计划表
Undergraduate Course Descriptions of Information engineering
课程
类别
Courses
Classified
课程
编号
Code
课程名称
Courses Name
学
分
Crs
学
时
Hrs
学时分类
Hrs Sort
学期学分分配
Credit Allotment for Each Semester
讲课
lectures
实验
Exp.
一
1st
二
2nd
三
3rd
四
4th
五
5th
六
6th
七
7th
八
8th
通 识 教 育 课 程 Liberal Education Courses
必修Compulsory
11706200
马克思主义基本原理
Principles of Marxism
3
48
48

3

11706500
毛泽东思想与中国特色社会主义理论体系概论
Mao Tse-tung Thought and Introduction to the Theoretical System of Socialism with Chinese Characteristics
4
64
64

4

11711800
中国近现代史纲要
The Essentials of Modern Chinese History
2
32
32

2

120002*0
思想道德修养与法律基础
MoralityEducation & Fundamentals of Law
3
48
48

1.5
1.5

113027*0
体育
Physical Education
6
96
96

1.5
1.5
1.5
1.5

109005*0
大学英语
College English
12
192
192

2.5
2.5
3.5
3.5

11904100
计算机高级语言程序设计（C）
Computer High-level Language （C）
3.5
56
40
16
3.5

21114500
信息导论
Information Introduction
1
16
16

1

14300100
军事理论
Military Theory
2
32
32

2

选修Elective
TX35Z
自然科学类
Natural Science
2
32

TX35S
社会科学类
Social Science
2
32

TX35R
人文艺术类
Humanities & Arts
2
32

TX35J
经济管理类
Economy & Management
2
32

其他类
Other Courses
2
32

小计
Sum

46.5
744
568
16
12
8.5
7
9

学科基础课
Disciplinary Fundamental Course
212028*1
高等数学A
Advanced Mathematics A
12.5
200
200

5.5
7

21208801
线性代数A
Linear Algebra A
3.5
56
56

3.5

21209601
概率论与数理统计A
Probability and Statics A
3.5
56
56

3.5

21906800
面向对象程序设计B
Object-Oriented Programming B
3
48
28
20

3

212093*0
大学物理C
College Physics C
7
112
112

3.5
3.5

212092*2
物理实验B
Physics Experiments B
3.5
56

56

2
1.5

20107300
自然地理与地质学
Physical Geography and Geology
2.5
40
40

2.5

21212502
离散数学B
Discrete Mathematics B
4
64
64

4

21908701
数据库概论A
An Introduction of Database A
3.5
56
44
12

3.5

21915900
数据结构
Data Structure
4
64
48
16

4

21114302
测量学B
Surveying B
2.5
40
26
14

2.5

小计
Sum

49.5
792
674
118
9
18
16.5
3.5
2.5

专业主干课
in Specialized Courses
21112500
空间信息服务系统设计
Design Principle of Spatial Information Service System
2.5
40
40

2.5

21114800
地理信息系统原理
The Principles of Geographic Information System
3
48
28
20

3

21119600
3S技术与集成
（3S technology and Integration))
3
48
28
20

3

21112700
互联网软件开发
Internet software design
3.5
56
40
16

3.5

21112300
信息网络系统（一）
Information Network System-- Data Communication and Network
4
64
64

4

21910900
网络与信息安全
Networks and Information Security
2.5
40
40

2.5

21905400
信息论与编码A
Information Theory and Coding A
3
48
40
8

3

21117300
全球定位系统原理及应用
Principles and Applications of GPS
2.5
40
32
8

2.5

21119700
嵌入式操作系统
Embedded Operating System
3
48
48

3

小计
Sum

27
432
360
72

9
9
9

专业选修课
Specialized Elective Courses
24
384

合计Total

147
2352
1602
206
21
26.5
23.5
21.5
11.5
9

实践环节
Field Courses
40000100
劳动教育
Labor Education
1
1周

1

44300200
军事训练
Military Training
2
2周

2

41904300
计算机高级语言课程设计（C）
Course Design for Computer High-Level Language C
2
1.5周

2

41906900
面向对象程序设计课程设计
Course Design of Object-Oriented Programming
2
1.5周

2

41908900
数据库课程设计
Course Design for Database
3
2周

3

41908401
数据结构课程设计A
Course Design for Data structure and algorithm A
3
2周

3

40107400
自然地理与地质学实习
Physical Geography and Geology Practice
3
2周

3

41114200
地理信息系统实习B
Geographic Information System Practice B
3
2周

3

41113100
智能终端软件开发实习
Intelligence Terminal Software Design Practice
3
2周

3

41119800
信息网络开发综合实习
Information Network Design Comprehensive Practice
3
2周

3

41120100
导航与定位技术实习
Navigation and Orientation Practice
2
1.5周

2

41101500
毕业设计（论文）
Graduation Design (Thesis)
24
16周

12
12
小计
Sum

51
35.5周

5
5
6
3
6
2
12
12
自主学习
Self-regulate Learning
ZZ35S
社会调查
Social Investigation
2

ZZ09Y
大学英语（自主学习）College English(Self-regulate Learning)
3

其它(学科竞赛、发明创造、科研报告)
Others(Contest,Invention nnovation & Research Presentation)
3

小计
Sum

8

总计Total

206
2352+35.5周
1602
206
26
31.5
29.5
24.5
17.5
11
12
12
专业选修课
Specialized Elective Courses
21114600
计算机结构与组成
Computer Structure and Composing
4.5
72
60
12

4.5

21112800
智能终端软件开发
Intelligence Terminal Software Design
3
48
40
8

3

21119900
高性能计算
High Performance Computation
2.5
40
40

2.5

21114100
数字地球与数字城市
Digital City
2
32
32

2

21106801
软件过程与管理A
Software Process And Management
3
48
32
16

3

21120000
空间信息工程技术Spatial Information Engineering Technology
2.5
40
40

2.5

21106500
软件测试
Software Testing
2
32
16
16

2

21113500
信息工程专业前沿文献阅读
UP-to-date Specialized Literature Searching
2
32
32

2

21113900
多媒体信息系统
Multimedia Information System
2.5
40
32
8

2.5

21117600
Linux内核设计
Linux core design
2.5
40
24
16

2.5

21113200
信息网络系统（二）
Information Network System—Wireless Network
2
32
32

2

21113300
移动GIS
Mobile GIS
2
32
32

2

21117700
遥感原理与应用
An Introduction of Remote sensing
2.5
40
40

2.5

注：通识教育选修课学分和自主学习学分未列入具体学期

信息工程专业课程分类统计

通识教育课程
Liberal Education Courses
学科基础课
Disciplinary Fundamental Courses
专业主干课
Main Specialized Courses
专业选修课
Specialized Elective Courses
实践环节
Field Courses
自主学习
Self-regulate Learning
学时
总计Total
Hour
学分总计
Total Credits
必修
选修
学时/
学分
584/36.5
160/10
792/49.5
432/27
384/24
35.5周/51
8
2352+35.5周
206
学分所占比例
22.6%
24.0%
13.1%
11.7%
24.8%
3.9%

100%