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通信工程(留学生)专业培养方案

通信工程(留学生)专业培养方案

International Undergraduate Program of Telecommunication Engineering

(门类:工学;专业类:电子信息;专业代码:080703)

(Category: Engineering; Specialty category: Electronic Information; Specialty Code: 080703)

一、专业培养目标Major Training Objectives

本专业旨在培养具备扎实的通信基础理论和专业知识的,掌握通信系统与网络方面相关技术的,具有创新精神的、宽知识面、高素质的应用创新人才,毕业生能够在信息通信领域从事工程设计、研发开发、网络运营、设备制造和技术管理工作。

This program aims to cultivate high-quality personnel with practical and innovative abilities who shall have a good command of basic theory and professional knowledge of telecommunications, and technologies related to telecommunications systems and networks. The graduates shall be able to engage in project design, research and development, network operation, equipment manufacturing, and technical management in the field of info-communications.

二、毕业要求Graduation Requirements

本专业以现代通信理论为基础,主要通过学习通信系统和通信网络方面的基础理论、组成原理和设计方法,掌握信息传输、交换和信号处理过程中的关键技术和系统知识,并接受到通信工程实践的基本训练,毕业生具备从事现代通信系统和网络的设计、开发、调测和工程应用的基本能力。

毕业生获得以下几方面的知识和能力:

1.具有扎实的自然科学基础,良好的人文社会科学基础和健康的体魄;

2.掌握通信系统和信号处理的基本原理;掌握无线、多媒体等通信技术;掌握通信系统和通信网的分析与设计方法;

3.了解通信技术的最新进展与发展动态;

4.具备一定的工程实践和初步的科研开发能力,能够从事通信技术领域的分析、设计和设备开发工作;

5.具有一定的组织管理能力、表达能力和团队协作精神;

6.掌握基本创新方法,具有追求创新的态度和意识。

7.具有较宽的国际化视野及较好的国际交流能力。

The program is based on modern telecommunications theory, and students shall study the basic theory, composition principles, and design approaches of telecommunications systems and networks, acquire key technologies and systemic knowledge of information transmission, exchange, and signal processing. After undergoing supervised practical training in telecommunications engineering, graduates shall have the ability to design, developing, testing modern communication systems and networks.

Graduates should acquire the following knowledge and abilities:

1.Solidnatural scientific basis, good humanities, and social science basis, and in good health;

2. Fundamentals of the telecommunications system and signal processing, wireless and multimedia technology, and a good grasp of methods to analyze and design telecommunications system and networks;

3. Understanding the latest development of telecommunication technology;

4. Abilities for engineering practice and preliminary research and development, capable of analyzing, designing, and developing equipment in the domain of telecommunication technology.

5. Abilities for management, expression, and teamwork spirit.

6. Basic innovative methods with attitude and awareness of innovation.

7. A broad international perspective and good international communicative competence.

三、主干学科 Major Disciplines

信息与通信工程、电子科学与技术、计算机科学与技术。

Information and Telecommunications Engineering, Electronic Science and Technology, and Computer Science and Technology.

四、专业核心课程Specialty Core Courses

电路系列课程、计算机网络、信号与系统、数字信号处理、随机信号处理、电磁场与电磁波、通信原理以及信息论与编码。

Series courses of Circuits, Computer Networks, Signal & Linear Systems, Digital Signal Processing, Stochastic Signal Analysis, Electromagnetic Fields and Waves, Principles of Communications, and Information Theory and Coding.

五、主要实践性教学环节 Main Practical Teaching and Internship

电子工艺实习、生产实习、毕业实习、毕业设计、专业相关实验、课程设计等。

Electronic Processing Practice; Internship; Graduation Practice; Graduation Project; Specialty Course Experiments, Course Design, etc.

六、修业年限 Program Duration

四年 Four Years

七、授予学位Degree to Be Awarded

工学学士Bachelor of Engineering

八、毕业最低学分要求Minimum Credit Requirement for Graduation

毕业所必须达到的总学分为155学分。

The total credits for graduation are 155 points.

九、课程体系的构成及学时、学分分配

Program Composition and Distribution of Course Hours and Credits

6487

选课说明:

学生需修满通识教育课程学分18学分、学科基础课29.5学分、专业必修课程学分50分、专业选修课程26.5学分和实践31学分,共计155学分,除小学期外每学期所修总学分不能低于12学分。

For a Bachelor's degree in engineering, a student must achieve 18 credits in general education courses, 29.5 credits in discipline fundamental courses, 50 credits in specialty required courses, 26.5 credits in specialty elective courses, and 31 credits for the practical, amounting to a total of 155 credits. A minimum of 12 credits is required of the students for one semester except for the short summer semester.

十、指导性教学计划进程安排Guiding Arrangements

(一)通识教育课进程表General Education Course Table

7995

(二)学科基础课进程表Discipline Fundamental Course Table

8E28

(三)专业必修课进程表Specialty Core Course Table

BDC5

(四)专业拓展课进程表Specialty Elective Course Table

BBF3

注:专业选修课程需修满25学分。

Note:Students are required to obtain a minimum of 25 credits from the specialty elective courses.

(四)实践环节进程表(不包含非独立课内实验)

Internship and Practical Training Table(Non-independent course experiments are not included)

5CCE

专业负责人(签字):王卓鹏

教学院长(签字):彭延东

本科培养方案修订工作领导小组组长(签字):陈达