电子科学与技术专业培养方案.doc

电子科学与技术专业培养方案(080606)(Electronic Science and Technology Training Program 080606)一、专业简介（、Major Introduction）电子科学与技术是现代电子和信息技术的核心与基础，其主要专业方向为光电子技术，它是由光学、激光、电子学和信息技术互相渗透而形成的一门高新技术学科，它以近代物理为基础，涉及激光技术、光波导技术、光检测技术、光计算和信息处理技术、光存储技术、光显示技术、激光加工与激光生物技术。光电子产业是全球战略产业，高层次光电子人才是现代社会信息技术发展的急需人才。Electronic Science and Technology is the core and foundation of the modern Electronics and Information technology, and the main specialty direction is Optoelectronics, which has become a high-tech discipline formed from the merger of Optics, Laser, Electronics and Information technology. Electronic Science and Technology is based on the modern physics, concerning Laser Technology, Optical Waveguide Technology, Optical Detection, Optical Computing and Information Processing Technique, Optical Storage Technology, Optical Display Technology, Laser Processing and Laser Biotechnology. Optoelectronics industry is the globally strategic industry, and high-level optoelectronics talents are much needed for the development of information technology in the modern society. 二、培养目标（、Academic Objectives）培养在光电子技术领域内具有宽厚的理论基础、扎实的专业知识和较强的实验技能,能从事光电子技术领域的研究、设计、制造及新产品、新技术、新工艺的研究与开发等工作的应用型和研究型专门人才。This program aims to cultivate the students, with comprehensive knowledge of mathematics and physics, solid specialized knowledge and solid experimental skills in the field of Optoelectronics technology. Eventually the students will be trained to be specialists with the capabilities of engineering in research, design, manufacture, as well as the research and development of new products, novel technology and advanced craft. 三、培养要求（、Academic Requirement）通过四年完整知识结构体系的培养，本专业毕业生应具有较高的思想道德和文化素质修养、敬业精神和社会责任感，具有健康的体魄和良好的心理素质，具备光电子技术领域的自然科学基础、宽广的专业知识和较强的实验技能，具有良好的外语能力，具有创新精神和工程实践能力以及跟踪掌握该领域新理论、新知识、新技术的能力。The graduates from this program will not only possess high ideological morality and cultural quality accomplishment, professional dedication spirit and social responsibility sense, have healthy physique and good psychological quality, but have a solid foundation of natural science, broad professional knowledge and proficient experimental skills and good foreign language capabilities, innovation spirit, as well as the ability of engineering practice and of mastering new theory, new knowledge and novel technology in the field of Optoelectronics technology.四、学制与学位（、Length of Schooling and Degree）学制 四年。按计划要求完成学业者授予工学学士学位。Length of Schooling: 4 yearsStudents who complete all the required courses will be granted the Bachelors degree of Engineering.五、学时与学分(、Hours/Credits)总学分：154 (Total Credits：154)课程教学学时/学分： 1888/118 占总学分的比例：78.6(Curriculum Class Hours/Credits：1888/118 Percentage in Total Credits：78.6 %)六、专业主干课程(、Main Courses)本专业主修课程：物理光学、应用光学、信息光学、模拟与数字电子技术、光电检测技术、光电显示原理与技术、光通信技术、微处理器原理与应用、计算机辅助设计、计算机软件技术基础、计算机网络技术、信号与系统、激光原理与技术、电动力学、量子力学、固体物理等基础课和专业课。Main courses of this specialty: Physical Optics, Applied Optics, Information Optics, Analog and Digital Electronic Technology, Photoelectric Testing Technology, The Principle and Technology of Photoelectric Display, Optical Communication Technology, Principles and Applications of Microprocessors, Compute Assisted Design, Foundation of Computer Software Technology, Computer Network Technology, Signal and System, The Principle and Technology of Laser, Electrodynamics, Quantum Mechanics, Solid Physics, etc. 七、主要专业实验和实习安排（、Main Laboratory and Practice）（1）单独设课的实验课程：基础光学实验 (1.5学分,48学时)、现代光学实验 (1.5学分,48学时)、光电技术实验 (2学分,64学时)、计算机技术基础(C语言)实验（1学分，32学时）、数字电子技术实验（1学分，32学时）、模拟电子技术实验（1学分，32学时）、工程制图（1学分，32学时）、计算机网络(实验) （1学分，32学时）、微处理器原理与应用实验（1.5学分，48学时）。共计有9门课，11.5学分，368学时。（1）Independent experimental curriculums: Fundamental Experiments in Optics (1.5 credits, 48 hours), Modern Experiments in Optics (1.5 credits, 48 hours), Experiments in Optoelectronic Technology (2 Credits, 64 Hours), Foundation of Computer Technologies (C Language) (1 Credit, 32 Hours), Experiments for Digital Electronic Technologies(1 Credit, 32 Hours), Experiments for Analog Electronic Technologies (1 Credits, 32 Hours), Engineering Drawing(1 Credit, 32 Hours), Computer Networking (Experiments) (1 Credit, 32 Hours), Experiments for Principles and Applications of Microprocessors (1.5 Credits, 48 Hours). Total: 9 Courses, 11.5 Credits, 368 class Hours.（2）课程设计：光学课程设计（2学分，64学时）、光电课程设计（2学分，64学时）Designing Courses: Optical Designing (2 Credits, 64 Hours), Optoelectronics Designing (2 Credits, 64 Hours).（3）实习实训：金工实习（1学分，32学时）、工程训练（1学分，32学时）、专业实习（1学分，1周）、毕业论文(设计) （12学分，12周。）Practice and Training: Metalworking Practice (1 Credit, 32 Hours), Engineering training (1 Credit, 32 Hours), specialty practice (1 Credit, 1 Week), Senior Thesis (12 Credits, 12 Weeks).（4）讲座：专业前沿讲座（1学分，32学时）。Seminars: Seminars on frontiers of specialty (1 Credit, 32 Hours)八、专业优势及特色(、Major Predominance and characteristics)本专业主要方向为光电子科学与技术，是由光学、电子学和计算机技术与信息技术互相渗透而形成的一门高新技术学科。本专业经过几十年的发展壮大，形成了特色鲜明的激光科学与技术，光全息和光电存储技术，光电检测技术等专业方向，依托光学工程一级学科和“激光技术及应用”山东省重点实验室，培养出一批批在光电子技术领域内具有良好的理论基础、扎实的专业知识和熟练的实验技能,能在该领域内从事研究、教学、设计、开发、应用和管理工作的高级科学研究、工程技术及管理人才。毕业生除直接参加工作外，还可继续攻读硕士、博士学位。The main direction of the Major is Optoelectronic Science and Technology, which is a high-tech discipline formed from the merger of Optics, Electronics, Computer Technology and Information Technology. After several decades of development and growth, several distinctive specialty directions have been formed, such as Laser Science and Technology, Optical Holography, Optical Storage Technology and Optoelectronic Detection Technology, etc. Based on the platforms of first level discipline of Optical Engineering and Key lab of Laser Technology and Application of Shandong Province, we have cultivated a batch of talents with excellent theory basis, solid professional knowledge and proficient experimental skills, who are engaged in research, teaching, design, development, application and management in the filed of Optoelectronics technology. Many of them have made impressive achievements in advanced scientific research, Engineering Technology and Management. In addition to direct participation in the corresponding positions, the graduates also can continue to pursue their master or doctoral degree. 九、各类课程学时学分比例（、The proportion of credit hours of courses）课程类别Types of courses学分Credit学时Hours占总学分百分比Percentage必修课Required Courses通识教育必修课程Required courses of general education117302019+22周73976.0%19.5%学科基础平台课程Basic Platform Courses3565622.7%专业基础课程Profession Basic Courses3259220.8%实践环节Social Practice2032+22周13.0%选修课SelectiveCourses通识教育核心课程General Education Core Courses371075232024.0 %6.5%通识教育选修课程General Education Selective6963.9%专业选修课程SelectiveCourses2133613.6%毕业要求总合计Total1542771+22周100%十、教学进程、学时学分总体安排（见下表）（、Curriculum, hours and credits）电子科学与技术专业课程设置及学时分配表 总表类别性质课程号Course No.课 程 名 称Course Name学分数总学时总学时分配按 学 期 周 学 时 分 配备 注Notes授课实验上机一学期二学期三学期四学期五学期六学期七学期八学期通识教育必修课程必修课程0281000410中国化的马克思主义Chinese Marxism358483课外100281000110道德与法律Morals and Law358483课外100281000210马克思主义原理Basic Principles of Marxism358483课外100281000510中国近现代史纲要Brief of Chinas Modern History1.529241.5课外5通识教育必修课程必修课程0311001110-310大学英语读写译(二级起点1-3)College English(1-3)614496222自主学习480311001620-820大学英语视听说(二级起点1-3)College English(1-3)39696+2+2+20291000110-410体育(1-4)Physical Educational (1-4)412812822220121000210计算机技术基础(C语言)Foundation of Computer Technologies36432322+20691000110军事理论Military Theory2323220901000110-610形势政策与社会实践(1-6)Trend, Policy and Social Practice(1-6)1.57224111111课外48小 计Subtotal3073948096328.5+410+25+2614课外131通识教育核心课程必修课程00050国学修养类Traditional Chinese Culture Group232322必选共选10学分00050创新创业类Innovation and Entrepreneurship Education Group23232200050人文学科类Humanities Group232322必选4学分00050社会科学类Social Sciences Group23232200050艺术审美类Art Aesthetic23232200050自然科学类Science Group(2)3232(2)小计Subtotal12选10192选192选224选4通识教育选修课程选修课程通识教育选修课General Education Selective696222小计Subtotal69696222课外131学科基础平台课程必修课程0092002310-410高等数学(1-2)Advanced Mathematics(1-2)10160160550122001610线性代数Linear Algebra348483*0122001910概率统计Probability and Statistics348483*0122001210数字电子技术Digital Electronic Technology348483*0122001320数字电子技术实验Experiments for Digital Electronic Technologies13232+2*0122000810模拟电子技术Analog Electronic Technology348483*学科基础平台课程必修课程0122000920模拟电子技术实验Experiments for Analog Electronic Technologies13232+2*0122000620工程制图(实验)Engineering Drawing (Experiments)13232+20123202320计算机网络(实验)Computer Network (Experiments)13232+20122001410微处理器原理与应用Principles and Applications of Microprocessors348483*122001520微处理器原理与应用实验Experiments for Principles and Applications of Microprocessors1.54848+3*0122001110数学物理方法Methods of Mathematical Physics348483*0122001710应用光电IIApplication of Optoelectronics II1.53216161+1小计Subtotal356564641928+459+46+31+1专业基础课程0123101310物理光学Physical Optics464644*0123100720基础光学实验Fundamental Experiments in Optics1.54848+3*0123310310应用光学Applied Optics232322*0123205710力学与分子物理学Mechanics and Molecule Physics232322*0123204710电磁学Electromagnetics464644*0123203910原子物理Atomic Physics232322*0123101520现代光学实验Modern Optics Experiments 1.54848+3*0123201711光电技术实验Experiments in Optoelectronic Technology26464+4*0123101010量子力学Quantum Mechanics348483*专业基础课程必修课程0123100410电动力学Electrodynamics348483*0123102111光电技术(双语)Optoelectronic Technology (Bilingual)348483*0123100810激光原理与技术The Principle and Technology of Laser464644*小 计Subtotal325924321602645+36+34+4专业课选修课程12050信息光电必修课组Optics in Information Compulsory Group6+0.511296162+12212051光电检测必修课组Optoelectronic Testing Compulsory Group6969622212052光电材料必修课组Optoelectronic Materials Compulsory Group6969622212053综合选修课组Major General Selective Group60928800646413+321+422+1专业课基本要求小计Major Basic Requirements Subtotal78.5选211232选1088选80选64选19选29选35选实践环节必修课程0691000210军训Martial Training3周3周0123204010专业前沿讲座Seminars on frontiers of specialty132+20703200140工程训练 Metalworking Practice111周11周第2学期暑期开展0703200540工程训练(电工)Engineering Training11周1周第2学期暑期开展0123205460光学课程设计Optical Designing 22周2周0123202260光电课程设计Optoelectronics Designing22周2周*0123206040电子科学与技术专业实习Electronic Science and Technology Practice11周1周0123200460毕业论文(设计)Senior Thesis1212周12周*小计Subtotal2022周323周2周2周2周+2+13周合 计Total1542275+(选)+22周1696+(选)448+(选)32+(选)20.5+10，3周23+2，2周22+6(选)21+6，2周9+3+(选)，2周10+4+(选)3+1+(选)+2+13周备注：1.本表必修课部分为专业（大类）必修课（所有学生必须学习的）课程设置表，即综合教务系统中的课程计划表。2.选修课部分为课组设置表，即综合教务系统中的课组计划表。3.课程号栏目中必修课部分为课程号，选修课部分为课组号。4.本校学生完成课程设置中带“*”课程，修满60学分可获双学位证书；完成“*”课程中任意30学分课程，可获辅修专业证书；完成“*”课程中学分少于30学分，发给进修证书。专业课程选课说明：1.电子科学与技术专业课程设置了专业方向课组（信息光电课组、光电检测课组和光电材料课组）和综合选修课组。学生需要在以上两个课组中选修至少21个学分的课程，以达到154学分毕业的最低要求。2.每个同学在专业方向课组中需要选修12个学分的课程（完整选一个方向课组, 然后任选其它两个方向课组的若干门课程，完成累积12个学分的专业方向课的学习）；在综合选修课组中需要任选至少9个学分的课程，完成共计21个学分的专业课程选课的基本要求。电子科学与技术专业的专业课程设置及学时分配表(课组课程) 表二类别性质课组号Course group number课程号Course No.课 程 名 称Course Name学分数总学时总学时分配按 学 期 周 学 时 分 配专业课组名称Specialized group name授课实验上机一学期二学期三学期四学期五学期六学期七学期八学期专业课必修课组选修课程120500123313510信号与系统Signal and System232322*信息光电Information photoelectric120500123313910信息光学Information Optics2.54832162+1120500123302710光电显示原理与技术The Principle and Technologyof Optoelectronic Display232322120510123302710光电检测技术Optoelectronic Method ofMeasurement Technology232322光电检测Photoelectric detection120510123303611光学传感技术与应用(双语)Technology and Application of Optical Sensor (Bilingual)232322120510123302210辐射度、光度与色度及其测量Radiosity, luminosity and Chromaticity232322120520123202410晶体材料基础Basis of Crystal Materials232322光电材料Photoelectric material120520123200710材料的光电性质Optical and Electrical Properties of Materials232322120520123306010热力学与统计物理Thermodynamic and Statistical Physics232322小计Subtotal18.53042881666+16专业选修课组120530123312410半导体物理与器件Semiconductor Physicsand Devices232322综合comprehensive120530123312910光伏物理与光伏材料Photovoltaic Physics and Photovoltaic Materials232322120530123312811光伏器件与应用(双语)Photovoltaic Devices and Applications(Bilingual)232322120530123300710MATLAB光学模拟技术Numerical Simulation of Optical Wave Propagation with MATLAB24816321+2120530123302810光电图像处理Optoelectronic Image Processing232322专业选修课组选修课程120530123303510光信息存储技术Optical Storage Technology232322综合comprehensive120530123307110数字光学信息处理Digital/Optical Information Processing232322120530123309010现代光学测试技术Modern Optical Measuring & Testing Technique232322120530123302610光电成像原理The Principle of Optoelectronic Imaging232322120530123309410现代显示技术Modern Display Technology232322120530123303910光学系统设计Optical System Design24816321+2120530123303810光学机械设计基础Fundamentals of Optical Mechanics232322120530123303740光学工艺实习Optical Process Practice0.51616+1120530123304010光子晶体基础Basis of Photonic Crystals232322120530123305010晶体光学Crystal Optics232322120530123301110材料近代分析测试方法Modern Testing Method of Materials232322120530123302510光电材料工艺基础Basis of Optoelectronic Material Process232322120530123312710固体物理Solid-state Physics232322120530123311010激光器件及应用Laser Devices and Applications232322120530123303111光纤激光器导论(双语)Introduction to Fiber Laser (Bilingual)232322120530123304210激光测量技术Laser Measurement Technology232322120530123304310激光应用技术Laser Application Technology232322120530123310911光电子器件(双语)Optoelectronic Devices (Bilingual)232322120530123303311光纤通信器件(双语)Optical Fiber Communication Device (Bilingual)232322120530123301010薄膜光学与技术Film Optics and Technology232322120530123311110集成光学Integrated Optics232322专业选修课组选修课程120530123303211光纤通信(双语)Optical Fiber Communication(Bilingual)36432322+2120530123310810光波导理论Theory of Optical Waveguide232322120530123313210通信原理概论Introductory Communication Principles2.54832162+1120530123304110红外技术与器件Infrared Technology and Device232322小计Subtotal928800646413+321+422+1备注：本表为专业课组课程设置表，即综合教务系统中的课程课组对照表。凡是总表必修课程中不能全专业或全专业大类学生都适用的课程都应进入本表。电子信息工程专业(电子信息科学类)培养方案(080603)(Electronic Information Engineering 080603)一、专业简介（、Major Introduction）本专业培养电子信息领域高级技术人才。学生在校期间学习电子信息基础理论，掌握信息的获取、传输与处理，电子系统的设计与研发等技术，掌握基本科研和工程开发方法。毕业生能在电子通信诸多领域从事技术或管理工作。This major aims to cultivate high-level engineering talents in electronic information fields. Students in this major should learn the basic theories of electronic information; master the process and technologies including the information acquiring, transmitting and processing, the research and design technologies for electronic system, and also the basic scien