通信工程专业人才培养方案2008版.doc

通信工程专业人才培养方案Undergraduate Program for Communication Engineering Major学科门类：工学 代码：08Discipline Type: Engineering Code: 08类 别：电气信息类 代码：0806Type: Electric Information Code: 0806专业名称：通信工程 代码：080604Title of the Major: Communication Engineering Code: 080604一、学制与学位 Length of Schooling and Degree学制：四年 Duration：Four years学位：工学学士 Degree：Bachelor of Engineering二、培养目标 Educational Objectives本专业旨在培养适应社会主义现代化建设需要的，德智体美等全面发展的，基础扎实、知识面宽、能力强、素质高，具有一定的创新能力、较强的实践能力和良好的发展能力的高级专门人才。

毕业生应具备通信与信息技术、通信系统和通信网等方面的知识以及相应的科研能力，能在电力、电信、航空航天以及其它系统从事相关专业领域的研究、设计、开发、调测、运行管理和工程应用等工作，也可从事教学或管理工作The aim of this specialty is to cultivate high-ranking engineering technicians with sound foundation, wide knowledge, great potential, certain innovative consciousness and high practice ability. The students have also an all-round development of morality, intelligence, physical training and art.After graduation, students are mainly engaged in the departments of electric power, telecommunication, Aerospace and other modern communication systems, communication networks and they can also deal with the signal and information research, design, exploiting, testing operation management and applying engineering. They are also qualified to be a teacher or a manager in the related departments.三、专业培养基本要求 Skills Profile本专业学生主要学习通信系统和通信网的基础理论、组成原理和设计方法；学习信息传输和处理的理论知识，以及现代通信设备与系统的设计、制造和调试方法。

通过学习，本专业的学生应具有以下几个方面的知识和能力：1.掌握电路分析、电子技术、信号与系统、电磁场及通信系统等方面的基础理论、基本知识；2.掌握计算机科学与技术方面的基本理论和基本技能，具备较强的应用研究和开发能力；3.掌握典型通信系统和设备的组成、工作原理和设计方法，具有分析工程实际问题的能力；掌握通信系统和通信网的分析与设计方法，具备从事现代通信系统和网络的设计、开发、调试和工程应用的基本能力；4.熟练掌握一门外语，具有听、说、译、写和熟练阅读本专业外文文献的能力；5.了解通信和信息理论与技术的新进展、应用和发展动态；6.掌握文献检索、资料查询和信息获取的基本方法、手段和处理能力；7.具有综合应用的能力和创新精神，分析问题、解决问题的能力和竞争意识，一定的社会活动能力； 8.具有良好的身体素质和心理素质，掌握军事、体育的基本技能The majors will mainly learn the basic theory, architecture and design methods on communication systems and communication networks, learn knowledge on information transmission and processing, and learn the methods of design, manufacturing and adjusting for modern communication equipment and system.The required knowledge and ability for the graduates as follows:1.Having basic theories and knowledge in the circuit analysis, electronic circuit, signal and system, electromagnetic field and communication system, etc.2.Having broader knowledge of computer and applying the advanced language to program skillfully, operating computers and developing computer application systems.3.Grasping the compositions, operation principles and design methods of typical communication systems and equipments; having the ability to analyze practical project problems. Having the preliminary ability to design and develop new communication equipments and the ability to design , operational management and communication networks.4.Mastering a foreign language; having the ability of listening, speaking, translation and writing in foreign language; being capable of reading professional foreign language documents skillfully.5.Comprehending the new development, application and developing trend about theories and technologies of the communication and information.6.Mastering the basic methods and means to search and collect documents, materials and information; having certain scientific research ability.7.To cultivate the students with the ability to analyze and solve concrete problems independently, practical abilities and a spirit of innovation.8.To cultivate the students with good physical constitution and psychological quality. Mastering military and the basic sports skills.四、学时与学分 Hours and Credits类 别学时学分比例理论课程必修课公共基础课1166199873.5125.559%83%62.59%学科专业基础课5763629%专业课2561613%专业选修课2561611%13%公共选修课160107%独立开设的实践教学环节　4523%课外能力素质学分　31.50%总计2414199.5100%五、专业主干课程 Main Courses1.学科基础骨干课：数学、物理2.学科技术基础骨干课：电路理论Circuits、信号与系统Signal and System、模拟电子技术基础Fundamental of Analogue Electronics、数字电子技术基础Pulse and Digital Circuits、电磁场与微波技术Electromagnetic Field and microwave Technology、通信电子电路Communication Electronic Circuit3.学科专业基础骨干课：通信系统原理Principles of Communication System、数字信号处理Digital Signal Processing 4.学科专业骨干课：数字通信原理Digital Communication、现代交换技术Modern Switching Technology、光纤通信原理Principles of Optical Fiber Communication、无线通信技术Wireless Communication Technology、、网络技术基础Fundamental of Network Technology、宽带数字网技术Broadband Digital Network Technology六、特色教学课程 Characteristic Courses in Teaching 讨论型：电力系统通信总 周 数 分 配Arrangement of the Total Weeks 学期Semester教学环节 Teaching Program一二三四五六七八合计理论教学 Theoretic Teaching16161818161417114复习考试 Review and Exam122221111集中进行的实践环节 Intensive Practical Training32103531937小 计 Subtotal2020212021202119162寒 假 W。