桂林电子科技大学简介

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1 通信工程专业 Communication Engineering 一培养目标 Ⅰ.Educational Objectives 培养适应社会与经济发展需要, 道德文化素养高, 社会责任感强, 身心健康, 掌握通信与信息工程领域基础理论和专业知识, 以及通信与信息系统设计与应用的方法, 具备良好的学习能力实践能力专业能力创新意识和一定的国际视野, 能在通信与信息工程领域从事研究开发设计制造维护和管理等工作的应用型人才 To meet the needs of social and economic development, the educational objectives consist of moral and cultural quality, strong social responsibility, physical and mental health, mastering the basic theory and professional knowledge of communication and information system design and application, good learning ability, practical ability, professional ability, innovative consciousness and a certain international perspective, the ability of being engaged in research, development, design, manufacturing, maintenance and management in the field of communication and information engineering. 二专业特色 Ⅱ.Major Features 本专业是国家高等学校特色专业第二批卓越工程师教育培养计划实施专业广西首批精品专业省级优质专业遵循厚基础重实践宽口径的教育理念, 重视专业基础和专业技能培养重点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, 熟悉无线宽带传输移动通信网络方面的基本原理和应用, 接受通信工程实践的基本训练, 动手能力强 This major is entitled as the national specialty major. It belongs to the second batch of "Excellence Engineer education training plan", the first batch boutique major of Guangxi, the provincial quality major. The design of program in this major follows the concept of "deep foundation, enhanced practice, wide application", pays special attention to the professional foundation and skill training. Enrolled students will be leaded to learn the basic theories, the construction principles and design methods of communication system and communication network. Moreover, they will take basic training of communication engineering practice, be familiar with the basic principles and applications of mobile communication, wireless broadband communication network. 三毕业要求 Ⅲ.Graduation Requirements 毕业生应获得以下几个方面的知识和能力 : Graduates should be qualified according to the following knowledge and abilities: 1. 身心健康, 具有良好的人文社会科学素养社会责任感和工程职业道德 ; Physical and mental health, good humanities and social science literacy, social responsibility and engineering professional ethics; 2. 具有从事工程工作所需的数学自然科学以及经济和管理知识, 具备基本的计算机理论和软件应用与开发能力 ; A knowledge of mathematics, natural science, economy and management, and basic computer theory software application and development ability; 3. 掌握通信工程相关的基本理论与技术, 具有系统的与专业相关的工程实践学习经历, 了解本专业的前沿发展现状和趋势 ; 63

2 Mastering the basic theory and technology of communication engineering, Having the systematic and professional practice experience, and the ability to update the major s current development status and the frontier trends; 4. 能够熟练使用常用电子仪器仪表, 具备设计和实施工程实验的能力, 并能够对实验结果进行分析 ; Manipulating skillfully the ordinary electronic instruments, and having the ability to design and implement the engineering experiment and analyze the results of the experiment; 5. 掌握基本的创新方法, 具有追求创新的态度和意识 ; 具有综合运用理论和技术手段设计系统和过程的能力, 设计过程中能够综合考虑经济环境法律安全健康伦理等制约因素 ; Mastering basic methods of innovation. Having the attitude and awareness of innovation. Having the ability to design the system and the process by using theories and technologies, and to consider the economic, environmental, legal, safety, health, ethics and other constraints; 6. 掌握文献检索资料查询及运用现代信息技术获取相关信息的基本方法, 具备科技论文写作能力 ; Mastering the skills of document retrieval, data inquiry, and obtaining relevant information with modern information technology, and having the ability of writing scientific papers; 7. 了解与信息通信领域相关行业的生产设计研究与开发环境保护和可持续发展等方面的方针政策和法津法规, 能正确认识工程对于客观世界和社会的影响 ; A knowledge of the polices, guidelines, laws and rules for the production, design, research, development, environment protection, and sustainable development related in the field of communication. Correctly understanding the influence of modern techniques to the world and society. 8. 具有一定的组织管理能力表达能力和人际交往能力以及良好的团队协作精神 ; Having the ability of management, communication, and team working; 9. 养成良好的学习习惯, 对终身学习有正确认识, 具有不断学习和适应发展的能力 ; Forming a good habit, having a correct understanding of lifelong learning and the ability to keep learning and to adapt to the development; 10. 掌握一门外语, 能阅读本专业外文资料, 具有国际视野和跨文化的交流竞争与合作能力 Mastering a foreign language, and having the ability to read materials in foreign language, and to communicate, competent, and cooperate cross-culturally with an international vision. 四课程计划与毕业要求的对应矩阵 Ⅳ.Outcome Matrix of Program 一级目标二级目标知识 / 素质 / 能力 Primary Secondary target Knowledge / Quality / Capability target 1. 科学基础知识 Basic knowledge of science 1.1 基础数学知识 Basic mathematics knowledge 1.2 相关物理知识 Related physical knowledge 1.3 计算机能力 Computer ability 掌握从事工程工作所需的相关数学知识 Mastering the relevant mathematical knowledge required for engineering 掌握从事工程工作所需的相关物理学知识 Mastering the relevant physical knowledge required for engineering 具备基本的计算机软件应用能力 Having basic computer software application ability 实现 ( 课程名称 ) Implementation (course name) 高等数学线性代数复变函数概率论 Advanced Mathematics, Linear Algebra, Complex Function, Probability Theory 大学物理电磁场 B College Physics, Electromagnetic Field B 大学计算机基础 C 语言程序设计 A 数据结构软件技术基础 Foundation of College Computer, C Language Program Design A, Data Structure, Foundation of Software Technology 64

3 一级目标 Primary target 2. 工程技术基础知识 Basic knowledge of engineering technology 二级目标 Secondary target 2.1 工程技术基础 Foundation of engineering technology 2.2 工程实践基础 Foundation of engineering practice 知识 / 素质 / 能力 Knowledge / Quality / Capability 掌握电子信息类工程相关的基本理论与技术 Mastering basic theory and technology about electronic and information engineering 能够熟练使用常用电子仪器仪表, 具备设计和实施工程实验的能力, 并能够对实验结果进行分析 ; 具有系统的与专业相关的工程实践学习经历 Manipulating skillfully the ordinary electronic instruments,having the ability to design and implementing the engineering experiment, and to analyze the results of the experiment, and having systematic professional practice experience. 实现 ( 课程名称 ) Implementation (course name) 工程制图 C 电路分析基础信号与系统分析模拟电子技术通信电子电路数字逻辑数字信号处理 ( 外文教材 ) 微机原理与接口技术单片机原理及应用 DSP 原理及应用 Engineering cartography C, Foundation of Circuit Analysis, Signal and System, Analog Electronics Technology, Communication Electronic Circuits, Digital logic, Digital Signal Processing(Principles of Microcomputer and Interface Technology, Principles of Single-Chip Computer, Principles and Applications of DSP C 语言程序设计实验电路分析基础实验大学物理实验模拟电子技术实验数字逻辑实验通信电子电路实验 MATLAB 程序设计实验微机原理与接口技术实验电子电路设计软件实验硬件描述语言设计实验电子认知实习专业认知实习机械工程训练电子工程训练 Experiments of C Language Program Design, Experiments of Foundation of Circuit Analysis, Experiments of College Physics, Experiments of Analog Electronics Technology, Experiments of Digital logic, Experiments of Communication Electronic Circuits, Experiments of MATLAB Programming, Experiments of Principles of Microcomputer and Interface Technology, Experiments of Electronic Circuit Design Software, Experiments of Hardware Description Language Design, Electronic Cognitive Practice, Professional Cognitive Practice, Mechanical Engineering Training, Electronic Engineering Training 65

4 3. 专业技术知识 Professiona l technical knowledge 3.1 专业理论知识 Profession al theoretical knowledge 掌握通信工程专业相关的基本理论与技术, 了解本专业的前沿发展现状和趋势 ; 掌握文献检索资料查询及运用现代信息技术获取相关信息的基本方法, 具备科技论文写作能力 ; Mastering the basic theory and technology of communication engineering. Knowing the major s current development status and the frontier trends. Having skills of document retrieval, data inquiry, and obtaining the relevant information with modern information technology. Having the ability of writing scientific papers 随机信号分析基础计算机网络 ( 外文教材 ) 通信原理 A 微波技术与天线锁相与频率合成现代光纤通信系统信息论与信道编码现代通信网络与技术扩频通信 ( 双语教学 ) 移动通信系统科技文献阅读与写作( 通信类 ) 信息技术发展前沿讲座网络编程技术软件无线电技术概论微波通信技术通信网络仿真无线定位与 GPS 系统宽带接入技术无线资源管理与网络规划优化现代通信技术及标准无线通信新技术卫星通信天线技术局域网技术现代交换技术光通信网络 Foundation of Random Signal Analysis, Computer Networks (English edition), Principles of Communication A, Microwave Technology and Antenna, Phase Locking and Frequency Synthesis, Modern optical communication system, Information Theory and Channel Coding, Modern Communication Networks and Technologies, Spread Spectrum Communication (Bilingual Teaching), Mobile Communication System, Scientific Literature Reading and Writing (Communications), Lecture on Development of Information Technology, Network Programming Technology, Software Defined Radio Technology, Microwave Communication Technology, Communication Network Simulation, Wireless Location and GPS, Broadband Access Technology, Radio Resource Management and Network Planning and optimization, Modern Communication technologies and Standards, New Technologies of Wireless Communications, Satellite Communication, Antenna Technology, LAN technology, Modern Switching Technologies, Optical Communications Network 66

5 一级目标 Primary target 4. 人文社会素养 Humanit y and social quality 5. 外语水平 English skills 二级目标 Secondary target 3.2 专业实践技能 Professional practice skills 人文与社会科学文化与艺术经济与管理心理健康和体育能力 Humanity and Social Science, Culture and Arts, Economy and Administration, Mental Health and Physical Knowledge 基础英语知识和专业英语知识 Basic and Professional English 知识 / 素质 / 能力 Knowledge / Quality / Capability 掌握基本的创新方法, 具有追求创新的态度和意识 ; 具有综合运用理论和技术手段设计系统和过程的能力, 设计过程中能够综合考虑经济环境法律安全健康伦理等制约因素 ; 了解与信息通信领域相关行业的生产设计研究与开发环境保护和可持续发展等方面的方针政策和法津法规, 能正确认识工程对于客观世界和社会的影响 Mastering basic methods of innovation with the attitude and awareness of innovation. Having the ability to design the system and the process by using theories and technologies, and considering the economic, environmental, legal, safety, health, ethics and other constraints. Having the knowledge of polices, guidelines, laws and rules for the production, design, research, development, environment protection, and sustainable developments in the field of communication. Having a correct understanding of the influence of electronic information technique to the world and society. 身心健康, 具有良好的人文社会科学素养社会责任感和工程职业道德 ; 具有一定的组织管理能力表达能力和人际交往能力以及良好的团队协作精神 ; 养成良好的学习习惯, 对终身学习有正确认识, 具有不断学习和适应发展的能力 Physical and mental health, good social science literacy, social responsibility and engineering professional ethics. Having the ability of management, communication and team working; cultivate a good learning hobby. Having a correct understanding of lifelong learning. Having the ability to keep learning and adapt to the development. 掌握一门外语, 能阅读本专业外文资料, 具有国际视野和跨文化的交流竞争与合作能力 Mastering a foreign language, having the ability to read materials in foreign language, and to communicate, competent, and cooperate cross-culturally with an international vision 五主干学科核心课程与主要实践性教学环节 Ⅴ.Major Disciplines, Core and Practical Training 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实现 ( 课程名称 ) Implementation (course name) 通信原理实验通信系统设计基础工程设计专业工程设计 FPGA 通信设计基础射频电路及 CAD 技术通信网络仿真生产实习毕业设计 Experiments of Principles of Communication, Design of Communication System, Basic Engineering Design, Professional Engineering Design, Basic FPGA Design of Communication, RF Circuits and CAD, Simulation of Communication Network, Production Practice, Undergraduate Thesis 思想道德修养与法律基础马克思主义基本原理毛泽东思想与中国特色社会主义理论体系概论中国近代史纲要形势与政策形势与政策实践通识课程体育军事教育课职业生涯与发展规划大学生安全教育就业指导创新创业课程 Ideological and Moral Cultivation and Foundation of Law, Basic Tenets of Marxism, Introduction to Mao Zedong Thought and Socialist Theory System with Chinese Characteristics, Outline of Chinese Modern History, Current Affairs and Policy, Practice of Current Affairs and Policy, General Course, Physical Education, Military Education, Career and Development Planning, Safety Education for College Students, Employment guidance, Innovation and Entrepreneurship 大学英语数字信号处理 ( 外文教材 ) 计算机网络 ( 外文教材 ) 扩频通信( 双语教学 ) 英语强化科技文献阅读与写作 ( 通信类 ) College English, Digital Signal Processing (English edition), Computer Networks (English edition), Spread Spectrum Communication (Bilingual Teaching), English Intensive, Scientific Literature Reading and Writing (Communications) 67

6 Major Disciplines: Information and Communication Engineering, Electronic Science and Technology, Computer Science and Technology 核心课程 : 电路分析基础信号与系统分析模拟电子技术数字逻辑电磁场 B 微波技术与天线通信电子电路随机信号分析基础通信原理 A 移动通信系统现代通信网络与技术扩频通信信息论与信道编码等 Core : Fundamentals of Circuits Analysis, Signal and System, Analog Electronics, Digital Logic, Electromagnetic Field B, Microwave Technology and Antenna, Communication Electronic Circuits, Foundation of Random Signal Analysis, Principles of Communication A, Mobile Communication System, Modern Communication Networks and Technologies, Information Theory and Channel Coding, etc. 主要实践性教学环节 : 包括机械工程训练电子认知实习电子工程训练生产实习工程设计毕业设计等环节 ; 也包括主要的专业实验环节 : 电路分析基础实验模拟电子技术实验数字逻辑实验微机原理与接口技术实验通信电子电路实验通信原理实验通信系统设计等 Main Practical Training: Mechanical Engineering Training, Electronic Cognitive Practice, Electronic Engineering Training, Production Practice, Engineering Internship, Undergraduate Thesis, etc. Main Experiments: Fundamental of Circuits Analysis, Analog Electronics, Digital Logic, Principle of Microcomputer, Communication Electronic Circuits, Principles of Communication, Design of Communication System, etc. 六毕业合格标准 Ⅵ.Eligible Criteria for Graduation 1. 符合德育培养目标要求 Comply with requirements and objectives of moral education; 2. 学生最低毕业学分为 189 学分包括 181 课程学分和 8 创新创业学分 Minimum 189 for graduation, including 181 course credits and 8 innovation and entrepreneurship credits; 3. 符合大学生体育合格标准 Comply with qualified standards of physical education for college students 七修业期限和授予学位 Ⅶ.Normal Period of Study and Degree Conferred 修业期限 :3~8 年 Normal period of study: 3~8 years 授予学位 : 工学学士 Degrees Conferred: Bachelor Degree of Engineering 八教学进程计划表 ( 详见附表一 ) Ⅷ.Table of Teaching Schedule (see table 1) 九专业培养计划总学时学分统计表 ( 详见附表二 ) Ⅸ. Planned for Major and Statistical Table for (see table 2) 十本专业供辅修的核心课程 ( 详见附表三 ) Ⅹ.Main for Minor (see table 3) 68

7 附表一 Table 1 课程类别 Course Catego ry 通识必修课 Compul sory for Genera l Educa tion 基础必修课 Basic Comp ulsory Course s 通信工程专业教学进程计划表 ( 必修部分 ) Table of Course Schedule for Communication Engineering (Compulsory ) 核心课程 Core cours es 课程名称马克思主义基本原理 Basic Tenets of Marxism 思想道德修养与法律基础 Ideological and Moral Cultivation & Foundation of Law 毛泽东思想与中国特色社会主义理论体系概论 Introduction to Mao Zedong Thought and Socialist Theory System with Chinese Characteristics 中国近代史纲要 Outline of Chinese Modern History 形势与政策 Current Affairs and Policy 1,2,3 大学英语 College English 1,2,3,4 体育 Physical Education 1,2,3,4 通识必修课小计 Summary of Compulsory for General Education 工程制图 C Engineering cartography C C 语言程序设计 A C Language Program Design A 高等数学 AⅠ AⅡ Advanced Mathematics AⅠ AⅡ 线性代数 B Linear Algebra B 大学物理 AⅠ AⅡ College Physics AⅠ AⅡ 概率论 Probability Theory 复变函数 B Complex Function 基础必修课小计 Summary of Basic Compulsory 学分总学时学时分配实践讲授 / 实验 Lect Practi ce/ex ure perim ent 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th / /32 / 六 6th 七 7th 八 8th 应修学分 Requir ed

8 课程类别 Course Catego ry 专业基础必修课 Basic Compu lsory for Major 核心课程 Core cours es 课程名称电路分析基础 Foundation of Circuit Analysis 模拟电子技术 Analog Electronics Technology 信号与系统分析 Signal and System 数据结构 B Data Structure B 数字逻辑 Digital logic 通信电子电路 Communication Electronic Circuits 数字信号处理 ( 外文教材 ) Digital Signal Processing (English edition) 随机信号分析基础 Foundation of Random Signal Analysis 电磁场 B Electromagnetic Field B 微机原理与接口技术 Principles of Microcomputer and Interface Technology 计算机网络 ( 外文教材 ) Computer Networks (English edition) 通信原理 A Principles of Communication A 微波技术与天线 Microwave Technology and Antenna 科技文献阅读与写作 ( 通信类 ) Scientific Literature Reading and Writing (Communications) 专业基础必修课小计 Summary of Basic Compulsory for Major 必修课合计 Summary of Compulsory 注 : 表中有的课程为核心课程 Notes: means core courses 学分总学时学时分配实践讲授 / 实验 Lect Practi ce/ex ure perim ent 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th 六 6th / 七 7th 八 8th 应修学分 Requir ed 主管校长 : 欧阳缮教务处长 : 郭庆学院领导 : 仇洪冰学院副院长 : 刘庆华专业负责人 : 宁向延 70

9 课程类别 Course Catego ry 专业限选课 Limited Optional for Major 专业任选课 Free Optional for Major 通信工程专业教学进程计划表 ( 选修部分 ) Table of Course Schedule for Communication Engineering (Optional ) 核心课程 Core cour ses 课程名称锁相与频率合成 Phase Locking and Frequency Synthesis 现代光纤通信系统 Modern optical communication system 信息论与信道编码 Information Theory and Channel Coding 现代通信网络与技术 Modern Communication Networks and Technologies FPGA 通信设计基础 Basic FPGA Design of Communication 射频电路及 CAD 技术 RF Circuits & CAD DSP 原理及应用 Principles and Applications of DSP 嵌入式原理及应用 Principle and Application of Embedded System 扩频通信 ( 双语教学 ) Spread Spectrum Communication (Bilingual Teaching) 移动通信系统 Mobile Communication System 专业限选课小计 Summary of Limited Optional for Major 信息技术发展前沿讲座 Lecture on Development of Information Technology 软件技术基础 Foundation of Software Technology 单片机原理及应用 Principles of Single-Chirp Computer 局域网技术 LAN technology 无线定位与 GPS 系统 Wireless Location and GPS 宽带接入技术 Broadband Access Technology 微波通信技术 Microwave Communication Technology 通信网络仿真 Communication Network Simulation 网络编程技术 Network Programming Technology 学分总学时学时分配讲授 Lectu re 实践 / 实验 Practic e/expe riment 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th 六 6th 七 7th / 八 8th 应修学分 Require d

10 课程类别 Course Catego ry 通识选修课 Optional for General Educa tion 核心课程 Core cour ses 课程名称软件无线电技术概论 Software Defined Radio Technology 无线资源管理与网络规划优化 Radio Resource Management & Network Planning and optimization 现代通信技术及标准 Modern Communication technologies and Standards 现代交换技术 Modern Switching Technologies 光通信网络 Optical Communications Network 无线通信新技术 New Technologies of Wireless Communications 天线技术 Antenna Technology 全校通识选修课 Optional for General Education 注 : 表中有标志的课程记入学分绩学分 Notes: means a course will be counted into the GPA. 总学时学时分配讲授 Lectu re 实践 / 实验 Practic e/expe riment 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th 六 6th 七 7th / / 八 8th 通识教育选修课包括 : 人文与社会科学自然科学与技术工程文化与艺术经济与管理心理健康教育五大类在五大类通识选修课程中选修 8 个学分在人文与社会科学文化与艺术经济与管理心理健康教育这四大类中至少各选修 1 学分 ( 若选修与本专业重复或相近的课程不计入学分建议选修大学计算机基础, 必须通过计算机等级一级考试 ) Optional for General Education includes five classes: humanity and social sciences, natural science and technological engineering, culture and arts, economy and management, mental health education. 8 credits are required in the five classes of general elective courses. Also, at least 1 credit is required for each one of humanity and social sciences, culture and arts, economy and management, mental health education. (If the course registered is in own major or related majors, those credits will not be counted, students are suggested to select the Foundation of College Computer course and must pass the computer test of Band One). 应修学分 Require d 8 72

11 通信工程专业教学计划进程表 ( 实践部分 ) Table of Course Schedule for Communication Engineering (Practice ) 核心课程课程类别 Core Course course Category s 实践环节课程名称形势与政策实践 Practice of Current Affairs and Policy C 语言程序设计实验 Experiments of C Language Program Design 电路分析基础实验 Experiments of Foundation of Circuit Analysis 物理实验 Ⅰ Ⅱ Experiments of College Physics Ⅰ-Ⅱ 模拟电子技术实验 Experiments of Analog Electronics Technology 数字逻辑实验 Experiments of Digital logic 通信电子电路实验 Experiments of Communication Electronic Circuits MATLAB 程序设计实验 Experiments of MATLAB Programming 微机原理与接口技术实验 Experiments of Principles of Microcomputer and Interface Technology 电子电路设计软件实验 Experiments of Electronic Circuit Design Software 硬件描述语言设计实验 Experiments of Hardware Description Language Design 通信原理实验 Experiments of Principles of Communication 通信系统设计 Design of Communication System 电子认知实习 Electronic Cognitive Practice 专业认知实习 Professional Cognitive Practice 机械工程训练 Mechanical Engineering Training 英语强化 English Intensive 学时分配总学学分时实践讲授 / 实验 Lectu Practice/ re Experim ent 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th 六 6th / /16 七 7th 1 1 周 1 周 1 周 1 1 周 1 周 1 周 2 2 周 2 周 2 周 2 周 2 周 1 周 1 周八 8th 应修学分 Requir ed 46 73

12 核心课程课程类别 Core Course course Category s 课程名称基础工程设计 Basic Engineering Design 电子工程训练 Electronic Engineering Training 专业工程设计 Professional Engineering Design 生产实习 Industrial Internship 毕业设计 Undergraduate Thesis 小计 Summary 注 : 生产实习安排在第六学期暑假学时分配总学学分时实践讲授 / 实验 Lectu Practice/ re Experim ent 一 1st 各学期学时分配 for Each Semester 二 2nd 三 3rd 四 4th 五 5th 2 2 周 2 周 2 周 Notes: Industrial Internship is arranged in the summer holiday of the 6 th semester. 六 6th 3 3 周 3 周 3 周七 7th 3 3 周 3 周 3 周 3 3 周 3 周 3 周周八 8th 16 周 16 周应修学分 Requir ed 创新创业课程 Innovatio n and Entrepre neurship 通信工程专业教学计划进程表 ( 创新创业课程部分 ) Table of Course Schedule for Communication Engineering (Innovation and Entrepreneurship ) 课程创新创业基本素质课程 Basic Quality of Innovation and Entrepreneurship 创新基本技能课程 Basic Innovation Skills 创业基本训练 Basic Entrepreneurship Training 创新实践 Innovation Practice 科研实践 Scientific research Practice 创业实践 Entrepreneurship Practice 课程内容 Course Content 入学教育军事教育课职业生涯与发展规划大学生安全教育等课程 Admission Education, Military Education, Career and Development Planning, Safety Education for College Students, etc. 漓江学堂课程各学院开设的创新基本技能课程 Lijiang School, Basic Innovation Skills offered by Each School 各类创业相关的集中培训 Centralized Training related to Entrepreneurship 学科竞赛大学生创新项目等创新实践活动 Academic Competitions, Innovation Projects of College Students, etc. 科教协同育人项目其他科研实践活动 Cooperation Projects of Research and Education, Other Practices of Scientific Research 各类学生创业的实践活动 Entrepreneurship Practices of Students 注 : 创新创业课程详细内容及课程管理见创新创业课程实施细则可得积分应修积分 Required 3 3 Note: Detailed Contents and Management of Innovation and Entrepreneurship Refer to the Rules for the Implementation of Innovation and Entrepreneurship 学期 Semester 总积分 1~8 8 74

13 附表二 Table 2 通信工程专业培养计划总学时学分统计表 Statistical Table of Course Schedule for Communication Engineering 课程类别学时数学分数 Course Category 必修课 Compulsory 选修课 Optional 包括通识必修课基础必修课专业基础必修课 Compulsory for General Education, Basic Compulsory, Basic Compulsory for Major 包括专业限选课专业任选课通识选修课 Limited Optional for Major, Free Optional for Major, Optional for General Education 合计课程类别 Course Category 学时数学分数课内教学 Teaching in Class 课外教学 Extracurricular Teaching 独立设置实践环节 Independent Practice Segments 理论教学 Theory Teaching 课内实践实验教学 Experiments and Practices in Class 创新创业课程教育 Innovation and Entrepreneurship 独立设置的实验课 Independent Experiments 集中性实践教学环节 ( 独立设置实践环节中除独立设置的实验课外所有的课程 ) Concentrated Practice Segments 合计 ( 毕业学分 ) for Graduation ( 积分 )

14 附表三 Table 3 通信工程专业供辅修的核心课程 Core for Minor 学时分配课程名称总学时讲授 Lecture 实践 / 实验 Practice/E xperiment 学分学期 Semester 模拟电子技术 Analog Electronics Technology 模拟电子技术实验 Experiments of Analog Electronics Technology 电路分析基础 Foundation of Circuit Analysis 电路分析基础实验 Experiments of Foundation of Circuit Analysis 信号与系统分析 Signal and System 数字逻辑 Digital logic 数字逻辑实验 Experiments of Digital logic 通信电子电路 Electronic Communication Circuits 通信电子电路实验 Experiments of Electronic Communication Circuits 微波技术与天线 Microwave Technology & Antenna 电磁场 B Electromagnetic Field B 通信原理 Principles of Communication 通信原理实验 Experiments of Principles of Communication 通信系统设计 Design of Communication System 合计

XXX专业本科人才培养方案

XXX专业本科人才培养方案计算机科学与技术专业本科人才培养方案 (Computer Science and Technology 080901) 一培养目标本专业培养德智体美全面发展, 具有良好的科学与人文素养, 熟悉经济管理法律等相关基础知识, 系统地掌握计算机硬件软件方面的基