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1、个人收集整理 仅供参考学习电子信息工程 专业本科培养方案Undergraduate Program for Specialty in Electronic Information Engineering一、培养目标.Educational Objectives电子信息工程专业培养具有信息的获取、传递、处理、利用以及计算机应用系统分析和设计等方面具有较宽广的专业知识和较强的实践能力，能在电子信息产业及国民经济相关领域从事电子电路及信息系统研究、设计、集成、制造和应用的德、智、体全面发展的高级工程技术和科研人才。资料个人收集整理，勿做商业用途The programme of Electronic
2、Information Engineering is aiming at fostering the advanced engineers and researchers with a wide range of knowledge and discipline-based skills, such as the collection, transmission, processing and application of information, the analysis and design of computer application system. They are expected
3、 to be qualified to work in the information industry and other fields related to national economy, capable of doing the research, design, integration, manufacturing and application of electronic circuit and the information system.资料个人收集整理，勿做商业用途二、基本规格要求.Skills Profile本专业培养学生具备以下几个方面的知识和能力：1. 系统掌握本专业
4、所需的数学、物理、电路理论及电子技术基础等方面的基础理论知识。2. 系统掌握信息的获取、处理与传输方面的知识。3. 具有本专业所需要的计算机软、硬件方面的知识及其应用能力。4. 具有扎实的电子信息工程方面的专业知识及较强的工程实践和创新能力。5. 具有一定的科学研究、电子产品开发和工程设计的能力。6. 具有较好的思想素质和人文素质。On completion of the whole programme, students are expected to:资料个人收集整理，勿做商业用途1. have systematically acquired the basic theoretical k
5、nowledge of mathematics, physics, circuit theory and basic electronic technology;资料个人收集整理，勿做商业用途2. have systematically gained the knowledge of collecting、processing and transmitting information; 资料个人收集整理，勿做商业用途3. have acquired the knowledge of software and hardware, and the their application as well
6、.资料个人收集整理，勿做商业用途4. have the ability for engineering practice and creativity with their firm command of knowledge of electronic information engineering;资料个人收集整理，勿做商业用途5. have the ability to conduct scientific research, development of electronic product, and design of engineering project;资料个人收集整理，勿做商业
7、用途6. have good qualities of morality and humanity.三、培养特色.Program Features本专业培养计划采用通识教育基础上的重基础、宽口径的专业培养模式，教学安排上注意文理渗透，理工经管融合，注重学科交叉及学生专业素质、思想素质和人文素质的综合培养。资料个人收集整理，勿做商业用途On the basis of interdisciplinary education, the programme takes the educational model which stresses both solid foundation and exte
8、nsive range of knowledge. The programme pays attention to the mutual penetration between arts and science, the integration of science courses and economic management, puts emphasis on the overlap of interdisciplinary subjects and the comprehensive development of students quality related to professio
9、nalism, morality and social science. 资料个人收集整理，勿做商业用途四、主干学科.Major Disciplines通信工程、电子科学与技术、计算机科学与技术Communication Engineering, Electron Science and Technology, Computer Science and Technology资料个人收集整理，勿做商业用途五、学制与学位.Length of Schooling and Degree修业年限：四年Duration: Four years授予学位：工学学士Degree Conferred: Bache
10、lor of Engineering六、学时与学分.Hours/Credits完成学业最低课内学分（含理论教学与集中性实践教学环节）要求：178.5Minimum Credits of Curricular (Comprising theoretical teaching and internship practical assemble training):178.5资料个人收集整理，勿做商业用途完成学业最低课外学分要求：8Minimum Extracurricular Credits: 81. 理论教学学时与学分1. Hours/Credits of theoretical teachin
11、g课程类别Courses Classified课程性质Courses Nature学时/学分Hrs/Crs占总学分比例（%）Percentage（%）通识教育平台Platform in General Education必修Compulsory1190/6643选修Elective128/85学科基础平台Platform in Discipline Foundation学科大类基础课程Basic Courses in General Discipline必修Compulsory306/16.511学科（专业）基础课程Basic Courses in Discipline必修Compulsory
12、330/1711相关学科课程Courses in Relative Disciplines必修Compulsory228/139专业教育平台Platform in Specialty Education专业课程Common Courses选修Elective456/2516专业方向课程Specialty-Oriented Courses选修Elective152/85合计Total2790/153.51002集中性实践教学环节周数与学分2.Weeks/Credits of Internship Practical Assemble Training资料个人收集整理，勿做商业用途实践教学环节名称
13、Types of Practical Training课程性质Courses Nature周数/学分Weeks/Credits占实践环节总学分的比例（%）Percentage（%）军事训练Military Training必修Compulsory2w/28公益劳动Laboring for Public Benefit必修Compulsory1w/14认知实习Cognitive Practice必修Compulsory2w/28专业实习Internship Training必修Compulsory4w/416毕业论文（设计）Undergraduate Thesis必修Compulsory16w/
14、1664合计Total25w/251003课外学分：83.extracurricular credits:8七、主要课程. Main Courses电路理论基础(B)、模拟电路、数字电路与数字系统逻辑设计、高频电路、信号与线性系统、微机原理与应用、锁相技术、通信原理、数字信号处理、数字图像处理、DSP原理与应用资料个人收集整理，勿做商业用途Fundamental Theory of Circuit. Analogue Electronic Circuits. Digital Circuit & Logical Design of Digital System. High-Frequency C
15、ircuit. Signals and Linear Systems. Micro Computer Theory and Application. Phase Lock Technique. Communication theory. Digital Signal Processing. Digital Image Processing. DSP Theory and Application资料个人收集整理，勿做商业用途八、教学进程计划表. Table of Teaching Schedule院（系）：物理学与电子技术学院 专业：电气信息工程School(Department): Faculty of Physics and Electronic Engineering资料个人收集整理，勿做商业用途Specialty: Electronic Information Engineering课程类别Courses of Types课程性质Nature of Courses课程名称Course Name课程编码C
