2010级测控技术与仪器特色专业培养方案(印刷版)

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1、测控技术与仪器专业Undergraduate Program for Students Specializing in Measuring & Control Technology and Instrumentations 一、 培养目标Educational Objectives本专业培养适应经济建设和社会发展需要的，德、智、体、美全面发展的，具备以电子信息技术及计算机为基础进行自动检测与控制等方面的理论知识与应用能力的，能在国民经济各部门中电子测量与控制领域内从事工程测控技术、智能仪器、计算机技术、机电一体化领域的工程设计、研究开发、应用和运行管理等方面工作的高级工程技术人才。The pr

2、ogram is designed to cultivate students meeting the needs of economic and social development with an all-round development of the students morally, intellectually, physically and aesthetically, having theoretical and practical abilities in automatic detection and control technology by using electron

3、ic information and computing technology. Graduates can be prepared for any professional role: engineering design, research development, application and working administration engaged in measuring and control technology, intelligent instruments, computer technology, mechanotronics, etc in various nat

4、ional economy fields.二、 培养要求. Skills Profile本专业学生主要学习自动检测仪器和计算机控制工程方面的基础理论知识、组成原理和设计方法，受到现代测控技术和仪器应用的基础训练，毕业生应该具备以下几方面的知识和能力：1.具有较扎实的数理基础，较好的人文、艺术和社会科学基础及正确运用本国语言、文字的综合表达能力; 2.较系统地掌握本专业领域的宽广的技术理论基础知识，主要包括电子测量技术和通用检测仪器等基础知识；3.掌握误差理论、各种电量、非电量的检测原理与方法，具有较强的计算机应用能力，掌握自动检测与控制系统的开发组建；4.掌握一门外国语，能较为熟练地阅读和翻译

5、本专业外文资料，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，具备一定的科学研究和实际工作能力。The main courses of the program include the basic theories, composition principle and design methods in automatic detection instrument and computer control engineering. Students are trained with basic skills in modern measuring and control tec

6、hnology and instrument application. As a graduated student of this program, you will gain：1Sound knowledge in mathematics and physics, proper attainment in humanities, art and social science, and rightness in using native language.2 Mastering the general technology theory systematically in this fiel

7、d, including basic knowledge of electronic measurement and conventional detection instrument;3Mastering skills to understand the principles of error theory, electrical and non-electrical measurement technology, competent in computer, ability to develop and build the automatic detection and controlli

8、ng system;4Mastering a foreign language, can use the literatures in foreign language, having skills of document retrieval and applying modern information technology for literature survey, having proper ability to conduct research or practical tasks.三、 主干学科、主要课程和主要实践性教学环节Main disciplines, main course

9、s and Main Internship and Practical Training主干学科：仪器科学与技术、电子信息技术。Main Disciplines: Science and Technology of Instrumentations、Electronic Information Technology.主要课程：电路分析基础、信号与系统分析、模拟电子技术、数字逻辑、微机原理与接口技术、电子测量与仪器、自动测试系统、智能仪器。Main courses: Foundation of Circuit Analysis, Signal and System, Analogue Elect

10、ronics, Digital Electronics, Microcomputer principle and Interface Technology, Electronic Measurement and Instruments, Automatic Test System, Intelligent Instrumentation.主要实践性教学环节：包括机械工程设计、电子工程实习、综合实验、生产实习、工程设计、毕业设计等。Main Internship and practical training: Mechanical Engineering Training , Electroni

11、c Engineering Practice, Synthetic Experiments, Engineering Internship, Engineering Design，Final-year Design and so on.主要专业实验：电路与信号实验、数字逻辑实验、单片机应用实验、自动测试系统组建实验等。Main Experiments: Circuit and Signal Experiments, Digital Electronics Experiments, Single-Chip Computers ApplicationsExperiment， Automatic T

12、est System Construct Experiments and so on.四、毕业合格标准. Eligible criteria for graduation1.符合德育培养目标要求；Meet moral education train objectives;2. 学生最低毕业学分为199.5学分，课内教育191.5学分，课外教育8学分。包括：必修、限选、任选和通识教育选修课程、实践环节以及军训、公益劳动和兴趣学分等；Minimum credits of graduating: 198.5, curriculum class credits 190.5 and extracurri

13、cular activities and practice 8. Including: Required, Restricted, Optional and general education courses; Internship and Practical Training and Military Training, Public physical labor, interest credits and so on.3.符合大学生体育合格标准。Meet college student sports qualified standards.五、 标准修业期限和授予学位Normal peri

14、od of study and degree conferred标准修业期限：四年Normal period of study: Four years授予学位：工学学士 Degree Conferred: Bachelor of Engineering六、教学进程计划表（见附表一）Table of Teaching Schedule for majors (see table 1)七、培养计划总学时、学分统计表（见附表二）Total planned hours and credit statistics (see table 2)八、供辅修的核心课程（见附表三） Core courses fo

15、r minors (see table 3)附表一 table 1 测控技术与仪器专业教学进程计划表（必修部分） Table of Teaching Schedule for Measuring & Control Technology and Instrumentations（compulsory courses）课程类别CourseClassi-Fied主要课程Main Courses课 程代 码Code课 程 名 称Course Name学 时 分 配Teaching time学分数Credit Hours各 学 期 学 时 分 配Teaching time for each semes

16、ter应修学分Requierd Oredit总计Total讲授Lecture实验Experienment课程实践Practice上机一1st二2nd三3rd四4th五5th六6th七7th八8th课内In-class课外Out-class通识教育基础课程Basic courses for general educationBG0902大学计算机基础AFundamentals of computer A482424（24）34843.5BG9002马克思主义基本原理Basic Theory of Marxism 48408348BG9001思想道德修养与法律基础Morals & Ethics &

17、 Fundamentals of law48408348BG9005形势与政策Current Affairs and Policy880.58BG9004中国近现代史纲要outline of Modern Chinese History32248232BG9006就业指导Career Advices24241.524BG9008毛泽东思想与中国特色社会主义理论体系概论General Introduction to Mao Zedong Thought and Socialist Theory System with Chinas Characteristics8872165.588*BG630

18、1-04大学英语I-IV College English I-IV2562561664*64*64*64*BG7113-16体育I-IVPhysical Education I-IV128128832323232BG9009职业生涯与发展规划Career Planning and Development1616116通识教育基础必修课小计Subtotal of basic compulsory courses for general education696632402443.5学科基础课程.学科大类基础Basic courses for disciplineBJ70441-51高等数学AI-

19、 AIIAdvanced Mathematics AI- AII1761761188*88*32.5BJ00041C语言程序设计AAdvanced programming in C, A56563.556*BJ70581-91大学物理AI- AIICollege Physics AI- AII112112764*48*BJ7111-12物理实验I- II Experimental Physics I- II484832424BJ70012线性代数BLinear Algebra B3232232BJ70022复变函数BComplex Functions B3232232BJ7106概率论Prob

20、ability3232232BJ00033工程制图CEngineering Drawing C3232232学科大类基础必修课小计Subtotal of basic compulsory for discipline5204724832.5学科基础课程.学科专业基础Basic courses for majorBT00071电路分析基础AFoundation of Circuit Analysis72724.572*45.5BT00081模拟电子技术AAnalogue Electronics A72724.572*BT00091数字逻辑ADigital Circuit and Logic De

21、sign A6464464*BT00131信号与系统分析ASignal and System A726484.572*BT00052-2数据结构B(双语教学)Data Structure B (Bi-linguistic)40402.540BT8234高频电子线路High Frequency Electronic Circuits564883.556BT00061微机原理与接口技术AMicrocomputer Principles and Interface Technology A6464464*BT00172_2信号处理B(双语教学)Signal Processing B (Bi-ling

22、uistic)48426348学科基础课程.学科专业基础Basic courses for majorBT8274自动控制原理基础Theory of Automata ControlB402.540BT8137-1电磁场(外文教材)Electromagnetic Field Theory565063.556*BT8197EDA技术EDA Technology24241.524BT0905单片机原理及应用Microcontroller Principle and Application4028122.540/BT8119非电量检测技术Non-electrical measurement tech

23、nology48408348*BT8237专业外语（测控专业）English for Engineers (measure & control)3232232学科专业基础必修课小计Subtotal of basic courses for major7286804845.5专业课程.专业核心Core courses for major XZ00491电子测量与仪器A(必选)Electronic Measurement and Instrument A 64568464*15XZ8121可测性设计与故障诊断Design For Test and Fault Diagnosis403462.540

24、XZ8363光电检测技术Photoelectric Detection Technology403282.540XZ8120自动测试系统(必选)Automatic Test System48408348*XZ8122智能仪器Intelligent Instruments483216348XZ00152微机控制技术BComputer Control Technology B403282.540XZ8123_1测控软件技术Technology of Measurement and Control Software 403282.540注：表中有的课程为主要课程，学时带*的为考试课程，学时带（）的为

25、课外学时。Note: in table as main courses, teaching hours with * as exam courses, teaching hours with （）as out-class hours主管校长：古天龙 教务处长：景新幸 学院领导： 李智University Director Director of Teaching Office Dean of Faculty测控技术与仪器专业教学进程计划表（选修部分） Table of Teaching Schedule for Measuring & Control Technology and Instru

26、mentations (optional courses)课程类别CourseClassi-Fied课 程代 码Code课 程 名 称Course Name学 时 分 配Teaching time学分数Credit Hours各 学 期 学 时 分 配Teaching time for each semester应修学分Requierd Credit总计Total讲授Lecture实验Experienment课程实践Practice上机一1st二2nd三3rd四4th五5th六6th七7th八8th课内In-class课外Out-class专 业 课 程.专 业方 向courses for m

27、ajor.orientation for majorRZ00532面向对象程序设计BObject-Oriented Programming B3220121223210RZ8127电子电路CAD技术CAD Technology of Electronic Circuit32122020232RZ8302机械CAD及应用Mechanic CAD and Application16161616116RZ8190MATLAB及应用Application of MATLAB16888116RZ00203计算机网络CComputer Network C322488232RZ8268现代电子技术综合实验E

28、xperiments of Modern Electronic Technology32428232RZ00103数据库原理CDatabase Principle C32221010232RZ8188测控电路measurement control circuitry3232232RZ8272嵌入式系统技术Technology of Embedded System 322482/32RZ8199现场总线技术Field Bus Technology3232232RZ8243数字通信技术Digital communication technology32266232RZ8362现代无线测量技术Mod

29、ern Radio Measurement Technology323232RZ8244DSP技术Technology of DSP32248232RZ8131生物医学电子仪器Electronic instrument in Biomedicine3232232RZ8140集成光学Integrated Optics3232232RZ8178PIC单片机原理及应用PIC Microcontroller Principle and Application321616232RZ8258虚拟仪器技术综合应用实验 Comprehensive experiment of virtual instrumen

30、t32428232通识选修课Generally Selective courses全校通识选修课Generally Elective courses for all在人文与社会科学、自然科学与技术工程、文化与艺术、形势与政策类这四类课程中选修8个学分，其中必须在形势与政策类中选修1学分，在自然科学、跨学科领域至少修满3个学分。（注意文理类学生的选课原则；学生不得选修本专业或相近专业的通识选修课。）In courses related to humanity and social sciences, natural science and technological engineering, c

31、ulture and arts, current affairs 8 credits are required, including 1credit for current affairs, and at least 3 credits for natural science and inter-discipline. (attention to the principles should be followed either by liberal students or science students; generally elective courses for major or app

32、roximate majors are not allowed to be elected.)8测控技术与仪器专业教学计划进程表（实践与课外教育部分）Table of Teaching Schedule for Measuring & Control Technology and Instrumentations (practice and education outside-class)课程类别Course classified课程代码Code课程名称Name学时分配Teaching time学分数credits各 学 期 学 时 分 配Teaching time for each seme

33、ster应修学分Required credits总计Total讲授Lecture实验Experiement课程实践Practice上机On computer一1st二2nd三3rd四4th五5th六6th七7th八8th课内In-class课外Out-class实践环节Internship and Practical TrainingBS9007形势与政策实践Practice for Current Affairs and Policy880.5837BS00041_3C语言程序设计A实验Advanced Programming Language(C) A Experiments1616161

34、16BS00071_3电路分析基础A实验Foundation of Circuit Analysis Experiments1616116BS00081_3模拟电子电路A实验Analogue Electronics Experiments1616116BS00052_3数据结构B实验Data Structure B Experiments161616116BS00091_3数字逻辑A实验Digital Circuit and Logic Design A Experiments1616116BS00061_3微机原理与接口技术A实验Microcomputer Principle and Int

35、erface Technology A Experiments161616116BS8197_3EDA技术实验EDA Technology Experiments161616116BS0906电子认知实习Electronic Cognitive Internship0.5w0.50.5wBS00801机械工程训练Mechanical Engineering Training I2w22w英语强化Intensive English2w1w1wBS8358基础工程设计foundation engineering design2w22wBS00703电子工程实习Electronic Engineer

36、ing Internship III3w208533wBS8176生产实习Engineering Internship3w31w2wBS8359专业工程设计professional engineering design2w33wBS8902毕业设计（论文）Undergraduate Thesis16w1616w课外教育outside-class educationBS8903入学教育与国防教育Admission education and national defense education 8BS8904社会实践social practiceI1001学科竞赛competitionI1002

37、科研活动scientific research I1003技能训练（证书认证）skills training (Certificate Authentication)I1004文体实践活动practical activities for artistic and physical culture实践环节与课外教育小计subtotal of practice and outside-class education45注：1、生产实习安排在第六学期暑假。Note: production practice training is arranged in 6th semester summer2、加“

38、”符号的课程记入学分绩。Courses with is remarked in GPA.附表二 Table 2测控技术与仪器专业培养计划总学时、学分统计表Total planned hours for major and statistical table for credits for Measuring & Control Technology and Instrumentations课程类别Course classified课内教育Training in-class课外教育Training out-class（学分）(credit)总学时数Total hours毕业最低总学分Minimu

39、m credits for graduation学时数Teaching time学时比例Rate for teaching time 学分数credits学分比例Rate for credits83192199.5理论教学Lecture 247280.68%154.580.68%实践教学Practice59219.32%3719.32%合计Total3064100%191.5100%附表三 table 3测控技术与仪器专业供辅修的核心课程Courses for Minor for Measuring & Control Technology and Instrumentations课程代码Co

40、de课程名称Name学时分配teaching time学分数Credits学 期Semester总计Total讲授Lecture实验Practice上机on computer课内In-class课外Out-classFG00081模拟电子技术AAnalogue Electronics A72724.53FG00081_3模拟电子技术A实验Analogue Electronics A Experiment161613FG00091数字逻辑ADigital Circuit and Logic Design A646444FG00091_3数字逻辑A实验Digital Circuit and Log

41、ic Design A Experiment161614FG00131信号与系统分析ASignal and System A726484.54FG00061微机原理与接口技术APrinciple of Microcomputer A646445FG00061_3微机原理与接口技术A实验Principle of Microcomputer Experiment161615FG0905单片机原理及应用Fundamentals of Mono-Chip Computers & Applications4028122.56FG80491电子测量与仪器AElectronic Measurement and Instrument A6456846FG8119非电量检测技术Measurement technology of non-electrical quantity4840836FG8122智能仪器Intelligent Instrument48321637合 计Total52042010033.5