2009级-本科人才培养计划-网络工程(06-20)

网络工程专业本科培养方案

Undergraduate Program for Specialty in Network

Engineering

一、修业年限及授予学位名称

Ⅰ、Length of Schooling and Degree

四年；工学学士

Four Years; Bachelor of Engineering

二、培养目标

Ⅱ、Educational Objectives

本专业培养适应21世纪社会主义建设和科技发展需要，基础厚、口径宽、能力强、素质高、能创新、善合作、有国际视野，德智体美能全面发展，扎实掌握计算机网络工程基本理论、方法、技术，具备计算机网络工程应用技能，既具有良好的科学素养、又能理论联系实际的复合型计算机网络工程专门人才。学生毕业后，既可到科研部门和高等院校从事教学、科研工作，到政府机构、企事业单位、公司等部门从事计算机网络工程应用工作；又可进一步深造、攻读计算机及相近学科的硕士学位。

This specialty aims at cultivating the talents with the solid theory foundation, good cooperative spirit, wide international scope, strong practice and innovative ability, comprehensive professional competence in computer science and technology field. Students are also trained to develop well in morality, intelligence and physique. After graduation students can make further studies for the master’s degree of this specialty and the other related specialties, and they can also be engaged in the related works of computer engineering, such as research, design, teaching, product development, maintenance, and management, etc in schools, scientific research institutions, enterprises, and governmental departments, etc.

三、培养规格及要求

III、Skills Profile and Minimum Credits

本专业主要系统性学习计算机科学与技术、计算机网络工程相关的基本理论、技术和知识，兼学计算机网络安全相关理论和知识，加强数理基础，理论与实际并重。本专业学生具备较强的计算机科学基础、较强的计算机硬件及设备设计能力、较强的计算机网络理论与网络工程实践能力。即具有以下各方面的知识、能力和素质：

The students will systematically learn the basic theory, technology and knowledge of computer science and technology, computer engineering and computer network security. Meanwhile, the foundation of mathematics and physics is also strengthened. The students’ theoretical and practice ability are also be

trained well in the same important degree. After the four-year education, the students are expected to have the knowledge and skills as follows.

1．具有良好的科学思维能力、较强的自主学习和创新能力；

to have good scientific accomplishment,autonomic learning ability and innovative ability.

2．掌握必要的数学、物理知识，具备扎实的计算机软硬件和计算机网络基础；

to master the fundamental foundation of mathematics and physics , to master the basic knowledge and skills of computer hardware ,computer software and computer network

3．掌握计算机网络工程的基本理论、基本技术，计算机网络工程分析和设计的基本方法；具有研究和开发计算机软硬件系统和设备的基本技能；

to master the basic theory , technology ,analysis methods and system design of the computer engineering; to have the knowledge and skills for design and development of computer system.

4．了解计算机网络工程专业的发展动态和趋势；

to Understand the development and trend of this major

5．具有良好的身体素质、心理素质，以及团结协作精神；

to have good body accomplishment ,psychological quality, as well as good cooperatival spirit .

6．熟练掌握一门外国语（特别是英语），具有良好的读、写、听、说能力，特别是专业外文资料阅读能力。

to master a foreign language (especially the English) at least ; to be good at reading, writing, listening, and speaking; and to be capable of reading specialized foreign materials.

四、主干学科和主要课程

IV、Core Disciplines and Courses

主干学科：计算机科学与技术

Major Disciplines: Computer Science and Technology

主要课程：计算机科学与技术概论，程序设计基础，离散数学，高等代数，数据结构，面向对象程序设计与C++，算法分析与设计，操作系统，数据库系统，软件工程，脉冲电路与数字逻辑，计算机组成原理，计算机体系结构，嵌入式系统及应用，智能设备开发技术，计算机网络，无线网络技术及应用，计算机网络安全，并行与分布式计算，网络规划与设计。

注：标明黑体的课程通常为考研内容。

Main Courses in Specialty: Conspectus of Computer Science and Technology, Fundamental of Programming, Discrete Mathematics, Advanced Algebra, Data Structure, Object-oriented programming and C++ Language, Analysis and design of Algorithm, Operating System, Database System, Software Engineering, Pulse Circuit and Digital Logic, Principle of Computer Organization , Computer Architecture , Embedded System and application, Development Technology of Intelligent Devices, Computer Network, Technology and application of Wireless network , Computer Network Security, Parallel and Distributed Computing,

Network Plan and Design

五、使用双语教学的课程

V、Bilingual Courses

数据结构、面向对象程序设计与C++、算法分析与设计、操作系统、软件工程、计算机组成原理、计算机网络、计算机网络安全

Data Structure, Object-oriented programming and C++ Language, Analysis and design of Algorithm, Operating System, Software Engineering, Principle of Computer Organization ,Computer Network, Computer Network Security

六、课程体系的构成及学分、学时分配和最低毕业学分

VI、Hours/Credits of Course system and Minimum Graduate Credits

课程类别学时/周数学分学分比例

必修通识教育基础832学时52.0 30.96% 学科大类基础112学时7.0 4.17% 专业主干528学时33.0 19.64% 集中实践环节34周34.0 20.24%

选修

文化素质192学时 6.0 3.57% 通识教育基础32学时 2.0 1.19% 学科大类基础

专业选修224学时14.0 8.33% 专业方向/模块课288学时18.0 10.71% 集中实践环节2周 2.0 1.19%

最低毕业学分168.0

Type of Course Hours/Weeks Credits Percentage (%)

Required Courses Basic Course in General Education 832Hours 52.0 30.96% Basic Course in General Discipline 112Hours 7.0 4.17% Major Courses in Specialty 528Hours 33.0 19.64% Internship and Practical Training 34Weeks 34.0 20.24%

Elective Courses

Culture Elective Courses 192hours 6.0 3.57% Basic Course in General Education 32Hours 2.0 1.19% Basic Course in General Discipline

Selective Courses in Specialty 224Hours 14.0 8.33%

Specialty-Oriented/Module Course 288Hours 18.0 10.71%

Internship and Practical Training 2Weeks 2.0 1.19% Minimum Graduate Credits 168

七、集中实践环节及要求

Ⅶ、Practical Training and Requirement

1．电子实习（2周，2学分）：完成简单的电子产品安装，初步熟悉电子元器件、安装结构及焊接方法；了解和学习基于芯片和板块级的集成电路和板块安装和焊接方法。

Electric practice (2 weeks, 2 credits): students are required to assemble simple electric products, to understand Electronic Component and method for installation and soldering, to learn how to install and solder the integrated circuit based on chipsets and blocks.

2．必修课课程设计(计6门，共计10学分)

Course Project for Required Course （6 Course Projects,10 Credits）。

1）面向对象程序设计与C++课程设计（2学分）：培养学生面向对象程序设计设计思想和方法、独立运用C++语言的进行软件系统设计和开发的能力。

Course Project of object-oriented programming and c++ language (2 Credits):Students are cultivated to master the method of object oriented programming and use c++ language for software development. With systematical experiment demo and practice guidance, students can use method of object oriented programming and C++ language to develop simple software system independently.

2）计算机组成原理课程设计（1学分）：掌握CPLD/FPGA应用设计及EDA软件的使用，加深学生对计算机组织结构和工作机理的认识，提高学生对计算机硬件系统的设计和开发能力。

Course Project of Principle of Computer Organization（1 Credit）: Students are cultivated to master the design of CPLD/FPGA application and usage of EDA software, to obtain the comprehensive understanding of computer system, organization and mechanism, to improve the ability of the design and development of computer hardware system.

3）计算机网络课程设计（2学分）：加深学生对计算机网络体系结构、网络协议的了解，锻炼学生综合运用网络知识进行组网设计的能力，增强基于Socket的网络编程的能力。

Course Project of Computer Network（2 Credits）: Students are cultivated to understand the principle of network, to master the methods of design and implementation of computer network system, to strengthen the ability of network programming with Socket API.

4）操作系统课程设计（1学分）：较全面地理解操作系统的基本实现过程，体会操作系统设计的基本思想和实现方法，构建一个具有基本功能的操作系统雏形。

Course Project of Operating System（1 Credit）: Students are cultivated to understand the function components of operation system, to master the methods of the design and implementation of operating system by building a real operating system with the basic functions.

5）数据库系统课程设计（2学分）：培养学生综合运用数据库系统的理论知识和技术、E-R模型、

SQL语言等，完成一个相对完整的数据库应用系统设计与实现。

Course Project of Database System（2 Credits）: Students are cultivated to use the theory of database system, the knowledge of E-R model and the SQL language to design and implement a database application system.

6）软件工程课程设计（2学分）：针对具体的软件工程项目，运用软件工程相关知识完成该项目的需求分析、系统设计、详细设计、系统测试等工作，制定该项目的管理计划。

Course Project of Software Engineering（2Credits）:For a specific software project, students are trained to finish the requirement analysis, system design, detail design, and system testing, to work out the plan of the project management.

3．选修课课程设计（计8门，共计11学分）。

Course Project for Selective Course （8 Course Projects,11 Credits）。

1）Java程序设计课程设计（1学分）：培养学生面运用面向对象程序设计知识和Java语言完成一个特定需求的软件系统的设计与开发。

Course Project of Programming in Java（1Credit）:For a specific application software project, students are trained to finish the system design based on object-oriented method and build a real software system.

2）编译原理课程设计（1学分）：通过设计实现一个简单的编译器，使学生对编译技术和实现方法有更透彻的理解，初步掌握编译器软件开发的基本思想和过程。

Course Project of Compiler Principle（1Credit）:Students are trained to master the compiler theory and realization methods by building a small compiler..

3）Linux操作系统课程设计（1学分）：通过阅读、理解和改写部分Linux操作系统源代码模块，加深理解Linux的进程调度算法、存储管理技术、文件系统等重要内容，使学生熟练掌握Linux操作系统的框架，设计思想与实现技术。

Course Project of Linux Operating System（1Credit）:Through reading, understanding and rewriting several modules of source code of Linux operating system, students are trained to master the knowledge of the process scheduling algorithm, memory management technology and file system for Linux operating system, etc.

4）嵌入式系统及应用课程设计（1学分）：采用集成化程度高、使用方便、易学习的嵌入式系统作为开发平台，培养学生嵌入式系统开发的基本方法、基本过程。

Course Project of Embedded System and Application（1Credit）:Based on a development platform of some embedded software system, students are trained to design and implement a small embedded application system.

5）网络规划与设计课程设计（1学分）：通过一个具体网络的设计，如校园网络的设计，使学生基本掌握计算机网络工程规划与设计的过程、方法和工具，初步具备独立从事计算机网络规划与

设计的工程能力。

Course Project of Network Plan and Design（1Credit）:Students are trained to master the procedure, methods and tools for network plan and design by finishing a design report of a specific network project, such as a campus network..

6）并行与分布式计算课程设计（1学分）：利用MPI和OpenMP编程工具，实现一个支持多核、多级的并行与分布式计算系统，培养学生高性能计算编程能力。

Course Project of Parallel and Distributed Computing （1Credit）:Students are trained to mater the principle and methods of the parallel and distributed computing by building a high performance computing software based on MPI and OpenMP..

7）网络安全课程设计（1学分）：加深学生对网络安全技术的理解，培养学生对常用网络安全技术应用的能力，掌握防火墙、入侵检测软件的开发与设计基本思想和过程。

Course Project of Computer Network Security Computing （1Credit）:Students are trained to mater the principle, technology and methods of computer network security by implementing an agent software based on SOCKs protocol or a simple intrusion detection system.

8）创新课程（4学分）：按照学校要求，本专业设置选修创新实践环节4学分。目的是为了强化“大学生科研训练计划”和学科竞赛为载体的实践及创新能力的培养。拓展学生实践锻炼和服务社会的渠道，引导学生进入科研实验室参与科研活动和各种科学竞赛活动。对创新活动成绩优异者，实行奖励学分制。创新学分的认定，应以学校下达的相关文件要求为准。

Innovation courses (4 Credits): according to the requirement of Chongqing University, innovation courses are set for students. The purpose is to strengthen the innovative ability of students, based on the platform of SRTP and discipline competition. The innovation courses can widen students’ way for practical training and serving for society. Students are guided to join in scientific research lab and activities of all kinds of discipline competition. Students, who gain good achievement in innovation activity, are rewarded with several credits according to related documents of Chongqing University.

4．专业实习（4周，4学分）：要求学生综合运用相关的专业知识，针对模拟的计算工程应用需求，进行计算机工程规划、设计、软件开发，锻炼学生综合运用专业知识的能力和团队协作精神。

With the comprehensive project concerning computer system, software and network, students are trained to make use of their overall major knowledge to solve practical problem and learn how to cooperate with others in a team.

5．毕业设计（14周，14学分）：针对科学研究和工程应用问题，培养学生计算机工程开发和软件应用开发能力和硬件设计、调试、分析能力。

For a project in the research work of tutors or practical application system, students are cultivated to apply the basic principle, methods and tools of computer engineering to solve some problems in scientific research or practical application . In addition, students can be trained in scientific research or application development of software, hardware and network engineering.

八、教学进程及说明Ⅷ、Teaching Schedule

学年学

期

教学进程

理

论

教

学

→

实

习

√

课

程

设

计

○

毕

业

设

计

∕

考

试

：

入

学

军

训

※

就

业

教

育

△

合

计

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

一1 ※※※※→→→→→→→→→→→→→→：： 14 2 4 20

2 →→→→→→→→→→→→→→→→：：○16 1 2 19

二3 →→→→→→→→→→→→→→：：○○○14 3 2 19

4 √√→→→→→→→→→→→→→→：：○○ 14 2 2 2 20

三5 →→→→→→→→→→→→→：：○○○○13 4 2 19

6 →→→→→→→→→→→→→→：：○○○○ 14 4 2 20

四7 →→→→→→→→→→→→→→→：○○○15 3 1 19

8 √√√√∕∕∕∕∕∕∕∕∕∕∕∕∕∕△△0 4 0 14 0 2 20

合计100 6 17 14 13 4 2 156

九、教学安排指导表

Ⅸ、Table of Teaching Arrangement （一） 必修课Required Courses

课程 类别

Type

of Course 专业 方向

Special ty

课程 编号 Course Code 课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时 Hours 课外

实践 Practi ce 开课 学期 Sem ester 理论 课 Theo ry 实验 课

Expe rime

nt 上机

Oper ating 通

识教育基础课程

Basic Courses in General Education

“形势与政策”教育

Studies of Current Social Situations 2.0 32 32 01000920 中国近现代史纲要

Outline of Modern Chinese History 2.0 32 32 1 04000135 大学英语（1） College English （1） 3.0 48 40 16 1 10019745 高等数学（Ⅱ-1）

Higher Mathematics （Ⅱ-1） 4.5 72 72 1 25000110 体育（1）

Physical Education （1） 1.0 16 32 1 61001420

军事课

Military Theories 2.0 32 32 48 1 新生研讨课

0.5 8 8 1 01000220 思想道德修养与法律基础 Ethics and Principles of Law 2.0 32 32 2 04001335 大学英语（2） College English （2） 3.0 48 40 16 2 10019035 大学物理（II-1） College Physics （II-1） 3.5 56

56

2 10019565 高等数学（II-2）

Higher Mathematics （II-2） 6.5 104 104 2 25000710

体育（2）

Physical Education （2）

1.0

16

32

2

01001130 毛泽东思想和中国特色社会主义理论体系概论

Overview of Theoretical System of Maoism and Chinese Characteristics Socialism

3.0

48

48

3

04020335 大学英语（3） College English （3） 3.0 48 40 16 3 10002040 大学物理（II-2） College Physics （II-2） 4.0 64 64 3 25000810 体育（3）

Physical Education （3） 1.0 16 32 3 01001030 马克思主义基本原理 Marxism Philosophy 3.0 48 48 4 04001535

大学英语（4） College English （4）

3.0

48

40

16

4

课程 类别

Type

of Course 专业 方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时 Hours 课外

实践 Practi ce 开课 学期 Sem ester 理论 课 Theo ry 实验 课

Expe rime

nt 上机

Oper ating 10020730 概率论与数理统计(I)

Probability & Mathematical Statistics 3.0 48 48 4 25000910

体育（4）

Physical Education （4）

1.0 16

32

4 通识教育基础课程小计

Sub-total of Basic Courses in General Education

52.0 832 736 192 48

学科大类基础课程

Basic Courses in General Discipline

15011035 电路原理（III ） Circuit Principles （III ） 3.5 56 52 8 2 15012225 模拟电子技术（III ）

Analog Electronic Technology （III ） 3.0 48 48

3 15001305

模拟电子技术实验（II ）

Experiments of Analog Electronic Technology(II) 0.5 8 16 3

学科大类基础课程小计

Sub-total of Basic Courses in General Discipline 7.0 112 100 24

专业主干课程

Major Courses in Specialty

18007440

离散数学

Discrete Mathematics 4.0 64 64

2 数据结构 Data Structure 4.0 64 56 16 16

3

脉冲电路与数字逻辑 Pulse Circuit and Digital Logic

4.0 64 56 16 4 18001930 面向对象程序设计与C++

Object-oriented programming and C++ Language 3.0 48 40 16 16

4

18001140

计算机组成原理

Computer Organization Principle 4.0 64 56 16 5 18002240 计算机网络

Computer Network

4.0 64 56 16

5

18007735 数据库系统

Database System

3.5 56 48

16

6

18007835 操作系统

Operating System 3.5 56 48 16 16 6 18009430

软件工程

Software Engineering

3.0 48

40

16 16 7 专业主干课程小计

Sub-total of Major Courses in Specialty

33 528 464 48

80

64 必修课程学分合计 Total of Required Courses

92

1472 1300 264 80

112

（二） 选修课Elective Courses

课程

类别

Type

of

Course

专业

方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时

Hours 课外

实践 Practi

ce 开课 学期 Sem

ester 理论 课 Theo

ry

实验 课 Expe rime nt 上机 Oper

ating 文化素质

Culture

文化素质教育选修课 Culture Elective Courses

6

192 192

通识教育基础选修

Basic Elective Courses in General Education

10020815 大学物理实验

The Experiment of College Physics 1.5 24 48 3 10021220 数学实验

Mathematics Experiments 2.0 32 20 24 4

通识教育基础选修课程小计

Subtotal of Basic Elective Courses in General Education 3.5 56 20 72 通识教育基础选修课程对学生的最低学分要求为

Minimum Credits of Basic Elective Courses in General Education

2.0 32 学科大类基础选修

Basic Elective Courses in General Discipline

学科大类基础选修课程小计

Subtotal of Basic Elective Courses in General Discipline 学科大类基础选修课程对学生的最低学分要求为

Minimum Credits of Basic Elective Courses in General Discipline

专业选修

Selective Courses in Specialty

18000325 计算机科学与技术概论*

Conspectus of Computer Science and Technology 2.5 40 40 1 18000435

程序设计基础*

Fundamental of Programming

3.5 56 40 32 32

1

18006730

高等代数* Advanced Algebra 3.0 48 48

1

18007320 可视化程序设计

Visualized Programming

2.0 32 24 16 16 2 18005630 信息安全数学基础

Mathematics Basis for Information Security 3.0 48 48 3 18009030

信号处理原理

Principles of Signal Processing 3.0 48 48 3

算法分析与设计*

Algorithm Analyze and Design

3.5

56

56

4

课程

类别

Type

of

Course

专业

方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时

Hours 课外

实践 Practi

ce 开课 学期 Sem

ester 理论 课 Theo

ry

实验 课 Expe rime nt 上机 Oper

ating 18002030 多媒体技术

Multimedia Technologies 3.0 48 40 16 5 18005830 信息论基础

Fundamental of Information Theory 3.0

48

48

5 18009230 数值计算*

Numerical computation 3.0 48 40 16 5 18009330

JA V A 程序设计 Programming in Java 3.0 48 40 16 5 现代密码学及其应用

Modern Cryptology and Application 3.0 48 40

16

5 18008135

编译原理 Compiler principle 3.5 56 56 6 Linux 操作系统 Linux Operating System 3.0

48

40

16

6

18010530

计算机病毒原理

Principle of Computer Virus 3.0 48 40 16 6 新技术系列讲座*

NT Lectures of Computer

1.5 24 24 7 18007920

电子商务概论

Conspectus of E-Commerce 2.0

32

32

7

计算机图形学 Computer Graphics

2.0 32 32 7

专业选修课程小计

Subtotal of Selective Courses in Specialty

50.5 808 736 144 专业选修课程对学生的最低学分要求为

Minimum Credits of Selective Courses in Specialty 14.0

224

专业选修

Selective Courses in Specialty

《嵌入式设备》方向/模块

Specialty –Oriented Module1

18009125 汇编语言程序设计

Assembly Language Programming 2.5 40 32 16 5 18006630

计算机系统结构* Computer Architecture 3.0 48 48 6

嵌入式系统及应用*

Embedded System and Application 4.0

64

56

16

6

智能设备开发技术*

Development Technology of Intelligent Devices

4.0 64 48 32 7 《嵌入式设备》专业方向/模块课程小计

Subtotal of Selective Courses in Specialty –Oriented Module1 16.5 264 224 48 32 学生按专业方向/模块课程选修的最低学分要求为

Minimum Credits of Selective Courses in Specialty-Oriented Module

9.0

144

课程

类别

Type

of

Course

专业

方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时

Hours 课外

实践 Practi

ce 开课 学期 Sem

ester 理论 课 Theo

ry

实验 课 Expe rime nt 上机 Oper

ating 《网络工程》方向/模块

Specialty –Oriented Module2

18004630

数据通信原理

Principle of Data Communication 3.0 48 48 5

无线网络技术及应用*

Technology and application of Wireless Network 2.5 40 32 16 6 网络管理

Network Management 2.5 40 32 16 6 18009625

网络规划与设计* Network Plan and Design 2.5 40 32 16 7

并行与分布式计算*

Parallel and Distributed Computing 2.5

40

32

16

7

18009925 网络程序设计 Network Programming 2.5 40 32 16 7

计算机网络安全*

Computer Network Security

3.5 56 48 16 7 《网络工程》专业方向/模块课程小计

Subtotal of Selective Courses in Specialty –Oriented Module2 19.0 304 256 48 48 学生按专业方向/模块课程选修的最低学分要求为

Minimum Credits of Selective Courses in Specialty-Oriented Module

9.0 144 选修课程的最低学分要求合计

Total of Minimum Credits for Selective Courses

（三） 集中实践环节 Practical Training

课程 类别

Type of

Course

专业 方向 Specialty 课程 编号

Course Code 课程名称 Course Name

总学分Credits 总周数

Weeks

课外 实践 Practice 开课

学期

Semester 必修

Required Courses

01000110

思想道德修养与法律基础实践 Ethics and Principles of Law in Practice

1.0

1

1周

2

01001230

毛泽东思想和中国特色社会主义理论体系概论实践

Overview of Theoretical System of Maoism and Chinese Characteristics Socialism in Practice 3.0

3

3周

3

面向对象程序设计与C++课程设计

Course Project of C++ Language Programming 2.0 2 4 74000320 电子实习（Ⅰ）

Practice of Electronic Technology （Ⅰ） 2.0 2 4 18003310

计算机组成原理课程设计

Course Project of Computer Organization 1.0 1 5 计算机网络课程设计

Course Project of Computer Network 2.0 2 5 18003410

数据库系统课程设计

Course Project of Database System

1.0

1

6

课程 类别

Type of

Course

专业 方向 Specialty 课程 编号

Course Code 课程名称 Course Name

总学分Credits 总周数

Weeks

课外 实践 Practice 开课

学期

Semester 操作系统课程设计

Course Project of Operating System 2.0 2 6 软件工程课程设计

Course Project of Software Engineering 2.0 2 7 专业实习

Professional Internship 4.0 4 8 18008914

毕业设计

Graduation Design

14.0 14 8 必修课程小计

Subtotal of Required Courses 34.0 34 选修

Selective Courses

18010110

JA V A 程序设计课程设计

Course Project of Programming in Java 1.0 1 5 编译原理课程设计

Course Project of Compiler Principle 1.0 1 6 18004410 嵌入式系统及应用课程设计

Course Project of Embedded System and application 1.0 1 6 18004510

Linux 操作系统课程设计

Course Project of Operating System for Linux 1.0

1

6

18005410

网络规划与设计课程设计

Course Project of Network Plan and Design 1.0 1 7 并行与分布式计算课程设计 1.0 1 7 18005510

计算机网络安全课程设计 Course Project of Network Security

1.0

1

7

创新课程（社会实践、研学实践、学科竞赛、学年作品等大学生科研训练计划）

4.0 选修课程小计

Subtotal of Selective Courses 11.0 实践环节学分要求合计

Total of Minimum Credits for Practical Training

38

说明（Notes ）:

（1）在（一）必修课中，若通过全国大学英语四级考试，可申请免修还未修读的大学英语，但当期修读的大学英语应继续修完并参加考试。英语需达到12学分的培养要求。

In required courses （一）, students can apply to skip the English coursed if they could have passed the CET-4 test. But the current English course needs to be continued and the final test is also required. Students need get 12 credits, which are the minimum credits for English.

（2）在（二）选修课中，标记*者仅代表其重要性，推荐优先选择，并不要求一定选择。

In elective courses （二）, those marked with a symbol of star mean the importance of the courses, which are recommended to choose, but not forced to choose.

（3）在（二）选修课中，本专业学生应跨专业选修文学艺术、经济管理、社会科学基础、生态环境等文化素质教育选修课程至少6个学分，其中公共艺术选修课程2学分。

In elective courses （二）,students of this major should choose Culture Elective Courses at least for 6 credits, concerning culture and arts, economy management, social science fundamental and ecological environment, etc. 2 of 6 credits must be public art elective courses.

培养方案制订人：李学明 培养方案审核人： 培养方案批准人：唐胜利

网络工程专业辅修、第二专业培养计划Undergraduate Program for Minor/Second Specialty in

Network Engineering

一、专业名称

I、Specialty

网络工程

Network Enginerrring

二、培养目标

II、Educational Objectives

本专业培养扎实掌握计算机网络工程基本理论、方法、技术，具备计算机网络工程应用技能，既具有良好的科学素养、又能理论联系实际的复合型计算机网络工程专门人才。学生毕业后，可从事计算机网络研发与工程实践等相关工作。

This specialty aims to cultivate the talents to master the basic theory, methods and technology of concerning computer engineering and computer network, to have the ability to make use of the knowledge of computer science and engineering to solve the problem in practice. After graduation students can be engaged in the related works of computer engineering, such as research, design, teaching, product development, maintenance, and management, etc

三、培养规格及学分要求

III、Skills Profile and Minimum Credits

本专业主要系统性学习计算机网络工程相关的基本理论、技术和知识，理论与实际并重。本专业学生具备较强的计算机网络理论与网络工程实践能力。即具有以下各方面的知识、能力和素质：

1.具有良好科学思维能力、较强自主能力和较强的创新能力；

2.掌握计算机网络工程的基本理论、基本技术，计算机网络工程分析和设计的基本方法；具

有研究和开发计算机软硬件系统和设备的基本技能；

3.了解计算机网络工程专业的发展动态和趋势；

辅修要求修满25学分。第二专业要求修满55学分。

The students will systematically learn the basic theory, technology and knowledge of computer engineering and computer network. The students’ theoretical and practice ability are also be trained well in the same important degree.

After the four-year education, the students are expected to have the knowledge and skills as follows.

1.to have good scientific accomplishment,autonomic learning ability and innovative ability.

2.to master the basic theory , technology ,analysis methods and system design of the computer

engineering; to have the knowledge and skills for design and development of computer system. 3. to Understand the development and trend of this major

25 Credits are required for Minor, 55 Credits are required for Second Specialty.

四、教学安排指导表

IV 、Table of Teaching Arragement

五、课程设置 Ⅴ、Curriculum

课程

类别

Type

of

Course

专业

方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时 Hours 课外 实践 practice 开课

学期 Seme

ster 理论

课 Theo ry

实验

课

Expe rime nt 上机 Oper ating 理论课

Theoretical Courses

18000435 程序设计基础*

Fundamental of Programming

3.5 56

40

32

32

1

18007440

离散数学* Discrete Mathematics 4.0

64 64 2

数据结构* Data Structure

4.0 64 56 16 16 3

脉冲电路与数字逻辑* Pulse Circuit and Digital Logic 4.0 64 58 12 4

18001930 面向对象程序设计与C++ *

Object-oriented Programming and C++ Language 3.0

48

40

16

4 18001140

计算机组成原理*

Principle of Computer Organization 4.0 64 56 16

5

18002240 计算机网络* Computer Network 4.0 64 56 16 5 18007735

数据库系统* Database System 3.5

56 48 16

6

18007835

操作系统* Operating System 3.5 56 48 16 16 6 嵌入式系统及应用* Embedded System 4.0 64 56 16 6 无线网络技术及应用

Technology and application of Wireless network 2.5 40 32 16 6 18009430 软件工程*

Software Engineering 3.0 48 40 16 7 18009625

网络规划与设计* Network Plan and Design 2.5 40 32 16 7

并行与分布式计算

Parallel and Distributed computation

2.5

40

32

16

7

课程

类别

Type

of

Course

专业

方向

Special ty

课程 编号 Course Code

课程名称 Course Name

总学分 Credits 总学时 Hours 课内学时 Hours 课外 实践 practice 开课

学期 Seme

ster 理论

课 Theo ry

实验

课

Expe rime nt 上机 Oper ating

智能设备开发技术*

Development Technology of Intelligent Devices 4.0

64

48

32

7

计算机网络安全*

Computer Network Security

3.5 56 48 16 7

专业方向课程小计

Subtotal of Specialty –Oriented Courses

55.5 888 754 140 128 64

专业方向课程最低学分要求为

Minimum Credits of Specialty –Oriented Courses

38.0 实践环节

Practices

18003810 面向对象程序设计与C++课程设计 Course Project of Programming in C++ 1.0 1周 1周 4 18003310 计算机组成原理课程设计

Course Project of Computer Organization 1.0 1周

1周 5 18004010

计算机网络课程设计

Course Project of Computer Network

1.0 1周

1周 5

18003410

数据库系统课程设计

Course Project of Database Practice 1.0 1周 1周 6 18003510 操作系统课程设计

Course Project of Operating System 1.0 1周 1周 6 18004410 嵌入式系统及应用课程设计

Course Project of Embedded System and

application 1.0

1周

1周

6

18005510 计算机网络安全课程设计 Course Project of Network Security 1.0 1周 1周 7

18008914

毕业设计

Graduation Design

14 14周 14周 8 实践环节小计

Subtotal of Practical Training 21 21周 21周 实践环节最低学分要求为

Total of Minimum Credits for Practical Training

17 17周 17周

必修课程学分合计 Total of Required Courses

55

注：标*者为推荐学习课程，也是计算机网络工程专业的主干课程。

Notes: those marked with a symbol of star mean the importance of the courses, which are recommended to choose, but not forced to choose

培养方案制订人：李学明 培养方案审核人： 培养方案批准人：唐胜利