简介:关于课程技术方面的论文题目、论文提纲、课程技术论文开题报告、文献综述、参考文献的相关大学硕士和本科毕业论文。
浙江理工大学2017级测控技术与仪器专业培养方案
一,专业名称:测控技术与仪器 专业代码:080301
二,培养目标
本专业培养具备现代测量技术,电子技术,计算机技术,无线传感与物联网技术,光学工程,机械工程和控制工程等领域的基础知识与综合应用能力,能在国民经济各部门从事与测试,自动化,计算机应用,物联网,仪器与系统的设计制造等相关的科技开发,应用研究,运行管理等方面的光,机,电,控一体化技术的高级工程技术人才.
三,培养规格及基本要求
毕业生应具备的知识,能力与素质结构:
1. 知识结构
(1)具有较扎实的自然科学基础,较好的人文社会科学基础和外语基础.
(2)系统地掌握本专业科学与工程领域的宽厚理论基础知识,主要包括工程光学,传感器原理,电子技术,控制技术,精密机械设计技术等知识.
(3)具有本专业领域必需的专业知识与技能,包括测试技术,计算机技术,精密测控技术,嵌入式系统设计,无线传感与物联网技术和精密仪器设计等方面的知识与技能,了解本专业学科前沿和发展趋势.
(4)掌握光,机,电,计算机相结合的现代测控技术与实验能力.
2. 能力结构
(1)具有测控系统,精密仪器与系统的设计,开发能力.
(2)具备分析问题和解决问题的基本能力,综合应用知识的能力.
(3)能够运用测量技术,电子技术,控制技术,计算机技术,物联网技术等解决现代测量与控制技术领域中的实际工程问题.
(4)具有初步的科学研究,科技开发及组织管理能力.
(5)具有较强的自学能力和创新意识.
(6)具有一定的计算机,外语应用能力和科技写作能力.
3. 素质结构
(1)品格素质:具有较高的政治素质,思想素质与道德素质.
(2)文化素质:具有基本的历史,哲学,文学,艺术等知识和修养.
(3)身心素质:具有健康的体魄和心理.
(4)工程素质:掌握扎实的基础理论知识,具有求实创新的意识,良好的职业道德,严谨踏实的作风.
四,主干学科:仪器科学与技术,光学工程,控制科学与工程
五,核心课程论文范文思想和中国特色社会主义理论体系概论,高等数学,英语,模拟电子技术基础,数字电子技术基础,传感器原理及应用,工程光学,微机原理及应用A,控制工程基础,无线传感网络,过程参数检测及仪表.
六,特色课程
讨论课:虚拟仪器设计,电子设计自动化(EDA)
研究型课程:嵌入式系统设计,精密仪器设计
双语教学课程:工程计算,智能控制技术,无线传感网络
七,学习年限:3-6年 最低毕业学分:176 授予学位:工学学士
课内总学时:2341 独立实践教学:33周+128学时
八,培养方案的学分分配比例
类 别 必修学分 选修学分 合计 比例 通 识 课 程 63+5 14 82 46.6% 学科基础课程 29+11 10 50 28.4% 专 业 课 程 11+14 16 41 23.3% 第 二 课 堂 - 3 3 1.7% 合 计 133 43 176 100.0% 比例 75.6% 24.4% 实践教学 48. 比 例 27.6%
九,专业特色
我校测控技术与仪器专业的培养特色是以计算机技术为平台的精密测量与控制技术及仪器设计技术,专业特色模块为"无线传感与物联网技术"和"智能检测与仪表".
"无线传感与物联网技术"模块的特色在于较为全面地制定了无线传感网,物联网相关技术课程体系,旨在使学生掌握无线传感网,物联网的相关理论和应用设计方法知识.学生在前期学习物联网技术导论,计算机程序设计等相关基础知识后,进而在第三,第四学年中研修无线传感网络,RFID原理及应用,面向对象程序设计,嵌入式软件技术,物联网中间件技术等专业课程,从而系统地掌握物联网的相关理论,方法和技能,具备通信技术,网络技术,传感技术等信息领域宽广的专业知识.
"智能检测与仪表"模块主要面向机械和过程装备行业,培养学生掌握精密机械参数测量,过程参数检测以及智能仪表设计与控制等方面的基本知识,旨在使学生具备设计现代智能化检测系统和仪器仪表设计的基本能力,为学生从事参数检测,仪表设计和自动控制领域方面的工作和研究打下基础.学生在前期学习了传感器原理及应用,自动控制,误差处理和仪器设计等相关基础知识后,进而在选修本模块的量值传递和溯源,精密测量原理与技术,过程参数检测及仪表,可编程序控制器,光电检测技术和现代光学测量技术等专业课程,并通过精密仪器设计课程设计和虚拟仪器课程设计等实践环节的训练,形成以智能检测与控制以及仪表设计知识为核心的知识体系,体现了本专业应用性和知识性相结合的特色.
上述两个特色模块强调以计算机技术为平台.教学计划详细制定了有关从计算机基础,计算机软件,计算机原理,计算机接口技术到论文范文计算机电子电路的所有课程,计算机的知识包括单片机,个人计算机,工业控制计算机和嵌入式系统等,涉及内容系统,全面.
十,说明
平台说明:第1至第3学期课程为电气类专业公共平台课,学生从第三学期末开始分流,选择具体专业.
1. 通识课程选读
1) 人文艺术类:可根据个人兴趣在"通识课程一览"中任选.
2) 经济管理类:可根据个人兴趣在"通识课程一览"中任选.
3) 计算机信息类:一般起点的学生推荐选修"C程序设计";高起点的学生则可选修"算法设计与分析" 和其它应用开发课程或综合应用课程.独立实践教学计划通识教育中一般起点的学生推荐选修"计算机应用技能A";高起点的学生推荐选修"算法基础与应用".
4)工程技术类:可在推荐的三门课程中选择其一或其二,在此基础上可加选其他课程.
5)语言类,综合类:可根据个人兴趣在"通识课程一览"中加选其他课程.
2. 方向模块选修
本专业设置无线传感与物联网技术,智能检测与仪表两个模块,学生在修读通识课程,学科基础课程,专业课程的同时,必须选择修读至少一个模块的所有课程,并获得相应学分,另一模块的课程可以作为其他专业选修课选修. 浙江理工大学2017级测控技术与仪器专业教学计划表
课程类别 课程性质 课程归属大类 模块 课程代码 课程名称 学分 总学时 讲课学时 实验(践)学时 建议修读学期 建议 周学时 考核方式 备注 通识教育 必修 工程技术类 31625 B 2.0 32 32 1 2 02524 1.0 16 16 1 2 1 经济管理类 53695 2.0 32 16 16 3 2 26433 1.0 16 8 8 2 2 74509 3.0 48 32 16 1 3 74510 2.0 32 28 4 2 2 74514 1 3.0 48 32 16 3 3 74516 3.0 48 42 6 2 3 73508 2 4.0 64 64 1 4 ▲ 2 73510 英语4 4.0 64 64 2 4 ▲ 73014 2.0 32 32 3 2 ▲ 63522 A1 5.0 80 80 1 5 ▲ 63523 A2 5.0 80 80 2 5 ▲ 69528 B 4.0 64 64 2 4 ▲ 63565 B 2.0 32 32 1 2 ▲ 63516 B 2.0 32 32 3 2 ▲ 63518 B 2.0 32 32 3 2 ▲ 03502 1 1.0 32 4 28 1 2 03503 2 1.0 32 4 28 2 2 03504 3 1.0 32 4 28 3 2 04507 2.0 32 16 16 1 2 08501 1.0 36 21 15 3 3 3 选修 计算机信息类 02530 C程序设计 4.0 64 64 2 4 02536 算法设计与分析 4.0 64 64 2 4 学科基础教育 必修 33601 1.0 16 16 1 2 33556 5.0 80 68 12 2 5 ▲ 34576 5.0 80 64 16 3 5 ▲ 必修 思想政治理论类 07501 2.0 128 4 选修 语言类 2.0 32 32 2-7 2 必修 思想政治理论类 74515 2 3.0 48 32 16 4 3 2.0 32 32 4 2 ▲ 体育与健康类 03505 4 1.0 32 4 28 4 2 综合类 04503 2.0 38 5 2 工程技术类 31404 2.0 32 32 4 2 68401 2.0 32 32 4 2 61402 2.0 32 32 4 2 必修 33581 4.0 64 56 8 4 4 ▲ 34554 3.0 48 42 6 6 3 ▲ 34577 4.0 64 48 16 4 4 ▲ 34506 3.0 48 42 6 4 3 ▲ 注5 传感器原理及应用* 3.0 48 42 6 4 3 ▲ 34555 控制工程基础 4.0 64 56 8 5 4 ▲
课程类别 课程性质 课程归属大类 模块 课程代码 课程名称 学分 总学时 讲课学时 实验(践)学时 建议修读学期 建议 周学时 考核方式 备注 学科基础教育 选修 33584 2.0 32 32 7 2 34512 (双语) 2.0 32 24 8 4 2 34534 2.0 32 28 4 5 2 34597 2.0 32 32 4 2 34583 2.0 32 24 8 6 2 34507 2.0 32 32 6 2 34585 2.0 32 24 8 6 2 34610 3.0 48 32 16 6 3 必修 34581 A 4.0 64 48 16 5 4 ▲ 34523 3.0 48 42 6 6 3 ▲ 34552 2.0 32 32 5 2 ▲ 34584 2.0 32 24 8 6 2 ▲ 注6 34905 嵌入式系统设计* 2.0 32 24 8 6 2 ▲ 选修 34598 无线传感网络(双语) 2.0 32 32 5 2 34599 RFID 2.0 32 32 6 2 34600 2.0 32 32 7 2 34601 2.0 32 28 4 6 2 34602 量值传递与溯源 2.0 32 32 5 2 34514 B 2.0 32 24 8 6 2 34603 2.0 32 24 8 7 2 34539 2.0 32 24 8 6 2 34036 2.0 32 32 6 2 34548 2.0 32 32 6 2 34604 2.0 32 32 7 2 ▲ 34542 B 2.0 32 32 6 2 33510 2.0 32 32 7 2 34593 (双语) 2.0 32 28 4 7 2 34521 2.0 32 32 6 2 34605 2.0 32 32 7 2 34606 3.0 48 38 10 6 3 34050 2.0 32 24 8 5 2 34607 2.0 32 32 6 2 34057 2.0 32 26 6 4 2 34515 2.0 32 32 7 2 34609 2.0 32 32 5 2 ()"和"()"两门课程中选择一门修读.()"和"()"两门课程中选择一门修读. 选修课最低修读学分一览表
课程类别 课程归属大类 最低修读学分 是否指定教学计划表内课程选修 备注 通识教育 自然科学类 工程技术类 2 否 人文艺术类 2 否 经济管理类 4 否 计算机信息类 4 是 语言类 综合类 2 否 体育与健康类 思想政治理论类 学科基础教育 10 是 专业教育 16 是 模块8学分+非模块8学分
浙江理工大学2017级测控技术与仪器专业独立实践教学计划表
课程类别 课程性质 课程归属大类 模块 课程代码 课程名称 学分 总学时 讲课学时 实验(践)学时 建议修读学期 建议 周学时 考核方式 备注 通识教育 必修 计算机信息类 0252.0 32 32 1 2 1 02525 算法基础与应用 2.0 32 32 1 2 69533 B 1.0 32 32 2 2 03501 1.0 2W 1 2W 02529 计算机应用与提高 2.0 32 16 16 1 2 见前注1 学科基础教育 必修 31631 A 2.0 2W 3 2W 33573 1.0 1W 1 1W 必修 综合类 04501 1.0 2W 4 2W 必修 61582 2.0 2W 4 2W 34510 (EDA) 2.0 32 32 7 2 34590 2.0 32 32 7 2 34586 2.0 2W 4 2W 必修 34588 2.0 2W 5 2W 34587 2.0 2W 7 2W 34608 2.0 2W 7 2W 34549 8.0 16W 8 16W 课程归属大类 最低修读学分 是否指定教学计划表内课程选修 备注 通识教育 学科基础教育 专业教育
其他要求:
1. "第二课堂教育"共3学分,学生可通过参与科研项目,参加各类学科竞赛或科技文化艺术活动,发表学术论文或文学作品,设计作品,获得发明专利,参加课外自主实验,社会调查,社团活动,获得国家颁布的各类资格证书等多种途径获得第二课堂学分.具体可参见《学生手册》中《浙江理工大学本科生第二课堂学分管理办法》文件.
2. 体质健康测试:学生每学年测试一次(五年制学生只参加前四年测试),具体测试时间,内容,测试方式,成绩评定等可参见《学生手册》中《浙江理工大学关于落实<国家学生体质健康标准>实施办法》文件.
Zhejiang Sci-Tech University
2017 Program Outline of Measurement Control Technology and Instrument
I. Program: Measurement Control Technology and Instrument
Program Code: 080301
II. Program Objective
The major aims to cultivate students into high-quality, versatile talents with a solid theoretical base and firm practical skills. The students are supposed to h论文范文e a solid foundation of modern measurement, electronics and puter science, technology for Inter of Things, and a strong base on engineering technology such as optical engineering, mechanics and controlling. They are expected to be capable of scientific research, technology development and management in such measurement and control-related fields as test measurement technology, automatic technology, precision instruments and machinery, process control, puter applications and electrical engineering.
Ⅲ. Skills Profile
Graduates of this program will require:
1. Knowledge structure
(1) Solid grounding in both natural sciences, and good English skill;
(2) Sound grounding and excellent basic training in the discipline of measurement and control technology instrumentation, especially master the skills in optical engineering, sensor theory, electronic technology, control technology, design of precision mechani论文范文 and technology for Inter of Things;
(3) Skills of measurement technology bined with the knowledge of puter science, precision control, electronics, mechanics and instrumentation, understanding of its development and trend;
(4) Skills of bing the knowledge of electronics, mechanics.
2. Ability Structure
(1) Ability to design and develop the measurement instrumentation and intelligent measurement & control system.
(2) H论文范文e problem analyzing and solving ability, self-learning ability and innovative thinking;
(3) Can solve the practice engineering problem with the knowledge of measurement, electronics, control technology, puter science and Inter of Things.
(4) Ability of scientific research, technology development and management.
(5) Self-learning ability and innovative thinking;
(6) Master with puter, English, scientific paper writing.
3. Quality Structure
(1) Character qualities: Solid grounding in political, thinking and moral;
(2) Cultural qualities: fundamental knowledge in history, philosophy, literature and art
(3) Health and psychological quality: good physical and mental health
(4) Engineering quality: Sound grounding and excellent basic training in the discipline, innovative thinking, honest and careful.
IV. Major Disciplines: Optical Engineering, Control Science and engineering
V. Core course:
Introduction to Mao Zedong Thought and theoretical system of sociali论文范文 with Chinese characteristics, Advanced Mathematics, College English, Fundamentals of?Analog Electronic Technology , Engineering Optical, Principle and Application of Microputer A, Fundamentals of Control Engineering
VI. Characteristic course
Discussing Courses: Virtual Instrumentation, Electronic Design Automation(EDA)
Research Courses: Embedded System Design, Precision Instrumentation Design
Bilingual Courses: Engineering Calculation, Intelligent Control and Its Applications,Wireless Sensor Networks
VII. Duration: 3-6 years Minimum Credits of Curricular:176
Degrees Conferred: Bachelor of Engineering
Total Credit Hours: 2341
Independent Practice Teaching: 33 weeks and 128 credit hours
VIII. Hours/Credits
Course Classified Compulsory Elective Total Percentage General Education?Courses 63+5 14 82 46.6% Basic Courses?in?Discipline 29+11 10 50 28.4% Professional Courses 11+14 16 41 23.3% The Second Class - 3 3 1.7% Total 133 43 176 100.0% Percentage 75.6% 24.4% Practical Training 48.63 Percentage 27.6% IX. Program Features
The program features are puter-based "Precision measurement & control" and "Instrumentation design". The specialize areas include Wireless Sensor Networks and Inter of Things and Intelligent Measurement & Instrumentation.
The features of the program "Wireless Sensor Networks and Inter of Things" formulate a prehensive set of related technology curriculum system with Wireless Sensor Networks and Inter of Things in order to make students know and use the theories of Wireless Sensor Networks, Inter of Things and their application design methods well. In the early studying, students will learn basic knowledge, such as Introduction to Inter of Things, J论文范文A Program Design, etc. In the early studying, students will learn basic knowledge, such as Introduction to Inter of Things, Computer Programming Design, etc. In the last two years, they will learn several professional courses, including Wireless Sensor Networks, Principle and Application of RFID, Object Oriented Program Design, Embedded Software Technology, Middleware Technology for Inter of Things. Students can master theories, methods and skills for Inter of Things with broad areas of information expertise, such as munication technology, work technology, sensor technology, etc.
The objective of the program "Intelligent Measurement and Instrumentation" is to cultivate students into high-quality, versatile talents with a solid theoretical base and firm practical skills in Measurement & Control and Instrumentation Design technology. In the early studying, students will learn basic knowledge, such as Principles and Applications of Transducers, Basics for Control Engineering, Error Theory and Data Processing , Designing and Manufacturing of Precision Machinery, etc. In the last two years, they will learn several professional courses, including Tran论文范文er & Traceability of Quality Values , Photoelectric Detection Technology, Process Parameters Measurement & Instrumentation, Application Technology of Industry Control Computers and Curriculum Design for Precision Measure and Control, etc. Students can master theories, methods and skills for intelligent measurement and instrumentation design with the characteristics of application and knowledge.
Moreover, both the above two specialize areas are based on puter. The teaching plan cultivate all related courses, from the Computer Basis, software, theory, Interface to the electronics in puter?science. Compared to the major in other academic schools, students in the measuring major tend to h论文范文e systemic and prehensive knowledge in puter-based control.
X. Notes
1. Electives in general education?courses
1) Humanities and Arts: select in the "general education?courses" column.
2) Economy and Management: select in the "general education?courses" column.
3) Computer and Information: remend the "C program design".
2. Elective courses of the?specialized module
Besides the general education?courses, basic courses and professional courses in discipline, students must plete and pass all the courses at least in one direction to earn the bachelor degree.
2017 Teaching Schedule of Measuring and Control Technology and Instrumentations Zhejiang Sci-Tech University
Course Classification C/O Course Category Course Module Course Code Course Title Credits Total Hours Lecture Hours Practice Hours Terms Weekly Hours Evaluation Mode Note General Education C Engineering 31625 Engineering Drawing B 2.0 32 32 1 2 Computer Sciences 02524 Introduction to Computer Basics 1.0 16 16 1 2 N1 Economics and Management 53695 Foundation of Entrepreneur 2.0 32 16 16 3 2 Humanities and Arts 26433 Introduction to Classical Literary Works 1.0 16 8 8 2 2 Ideology and Politics 74509 Ideological and Ethical Cultivation and Foundations of Law 3.0 48 32 16 1 3 74510 The Outline of Modern Chinese History 2.0 32 28 4 2 2 74514 Introduction to Mao Zedong Thought and the Theoretical System of Sociali论文范文 with Chinese Characteristics 1 3.0 48 32 16 3 3 74516 Introduction to the Basic Principles of Marxi论文范文 3.0 48 42 6 2 3 Languages 73508 College English 2 4.0 64 64 1 4 ▲ N2 73510 College English 4 4.0 64 64 2 4 ▲ 73014 English Speaking and Writing 2.0 32 32 3 2 ▲ Sciences 63522 Advanced Mathematics A1 5.0 80 80 1 5 ▲ 63523 Advanced Mathematics A2 5.0 80 80 2 5 ▲ 69528 General Physics B 4.0 64 64 2 4 ▲ 63565 Linear Algebra B 2.0 32 32 1 2 ▲ 63516 Complex Variable Functions and Integral Tran论文范文ormation B 2.0 32 32 3 2 ▲ 63518 Probability Theory B 2.0 32 32 3 2 ▲ Physical and Healthy 03502 Physical Education 1 1.0 32 4 28 1 2 03503 Physical Education 2 1.0 32 4 28 2 2 03504 Physical Education 3 1.0 32 4 28 3 2 04507 Students' Mental Health Education 2.0 32 16 16 1 2 08501 Military Theory 1.0 21 15 3 3 N3 Computer Sciences 02530 C Programming 4.0 64 64 2 4 02536 Algorithm Design And Analysis 4.0 64 64 2 4 Basic Discipline-related Courses C 33601 Introduction to Automation and Measurement Technology 1.0 16 16 1 2 2017 Teaching Schedule of and Instrumentations Zhejiang Sci-Tech University
Course Classification C/O Course Category Course Module Course Code Course Title Credits Total Hours Lecture Hours Practice Hours Terms Weekly Hours Evaluation Mode Note Basic Discipline-related Courses C 33556 Principles of Electric Circuit 5.0 80 68 12 2 5 ▲ 34576 Basics for Analog Electronic Technology 5.0 80 64 16 3 5 ▲ General Education C Ideology and Politics 07501 Current Issues and Policies 2.0 128 N4 O Languages Optional Course of General English 2.0 32 32 2-7 2 General Education C Ideology and Politics 74515 Introduction to Mao Zedong Thought and the Theoretical System of So
信息技术与课程整合:股票技术分析基础课程 股市心理学实战 股票黑马 天下财经
ciali论文范文 with Chinese Characteristics 2 3.0 48 32 16 4 3 Languages College English for Advanced Learners 2.0 32 32 4 2 ▲ Physical and Healthy 03505 Physical Education 4 1.0 32 4 28 4 2 Comprehensive 04503 Career Development and Employment Guidance 2.0 38 2 O Engineering 31404 Computer Numerical Control Technology and Practice 2.0 32 32 4 2 68401 Computer Image Processing 2.0 32 32 4 2 61402 Modern Communication Technology 2.0 32 32 4 2 Basic Discipline-related Courses C 33581 The Base of Digital Electronic Technology 4.0 64 56 8 4 4 ▲ 34554 Designing and Manufactuing of Precision Mechinery 3.0 48 42 6 6 3 ▲ 34577 Engineering Optics 4.0 64 48 16 4 4 ▲ 34506 Principles and Applications of Transducers 3.0 48 42 6 4 3 ▲ N5 34901 Principles and Applications of Transducers* 3.0 48 42 6 4 3 ▲ 34555 Basics for Control Engineering 4.0 64 56 8 5 4 ▲ O 33584 Fieldbus Technology 2.0 32 32 7 2 34512 Engineering Computing(Bilingual) 2.0 32 24 8 4 2 34534 Basic Network Technology 2.0 32 28 4 5 2 34597 Introduction to Inter of Things 2.0 32 32 4 2 34583 In-System Programmable Technology 2.0 32 24 8 6 2 34507 Electric Motor and Control 2.0 32 32 6 2 2017 Teaching Schedule of Measuring and Control Technology and Instrumentations Zhejiang Sci-Tech UniversityCourse Classification C/O Course Category Course Module Course Code Course Title Credits Total Hours Lecture Hours Practice Hours Terms Weekly Hours Evaluation Mode Note Basic Discipline-related Courses O 34585 Object Oriented Program Design 2.0 32 24 8 6 2 34610 Embedded Software Technology 3.0 48 32 16 6 3 Major-related Courses C 34581 Principles and Application of Microputers A 4.0 64 48 16 5 4 ▲ 34523 Measure and Control Circuits for Precision Instruments 3.0 48 42 6 6 3 ▲ 34552 Error Theory and Data Processing 2.0 32 32 5 2 ▲ 34584 Embedded System Design 2.0 32 24 8 6 2 ▲ N6 34905 Embedded System Design* 2.0 32 24 8 6 2 ▲ O 34602 Tran论文范文er & Traceability of Quality Values 2.0 32 32 5 2 34514 Application Technology of Industry Control Computers 2.0 32 24 8 6 2 34603 Process Parameters Detection and Instrument 2.0 32 24 8 7 2 34539 Precision Measurement Principle and Technology 2.0 32 24 8 6 2 34598 Wireless Sensor Networks(Bilingual) 2.0 32 32 5 2 34599 Principle and Application of RFID 2.0 32 32 6 2 34600 Middleware Technology for Inter of Things 2.0 32 32 7 2 34601 Computer Control System 2.0 32 28 4 6 2 34036 Photoelectric Detection Technology 2.0 32 32 6 2 34548 Specialty English 2.0 32 32 6 2 34604 Design and Implementation of IOS Engineering 2.0 32 32 7 2 ▲ 34542 Modern Control Theory B 2.0 32 32 6 2 33510 Robot Control Technology 2.0 32 32 7 2 34593 Intelligent Control Technology 2.0 32 28 4 7 2 34521 Laser Technology and Application 2.0 32 32 6 2 34515 Design for Precision Measure 2.0 32 32 7 2 34605 Spectroscopic Measurement 2.0 32 32 7 2 2017 Teaching Schedule of Measuring and Control Technology and Instrumentations Zhejiang Sci-Tech University
Course Classification C/O Course Category Course Module Course Code Course Title Credits Total Hours Lecture Hours Practice Hours Terms Weekly Hours Evaluation Mode Note Major-related Courses O 34606 Principle and Application of Database 3.0 48 38 10 6 3 34050 Modern Optical Measurement Technology 2.0 32 24 8 5 2 34607 Computer Vision Technology 2.0 32 32 6 2 34057 Basics of Software Technology 2.0 32 26 6 4 2 34609 Singal and System 2.0 32 32 5 2 Intelligent Measurement and Instrumentation
WSNIT:Wireless Sensor Networks and Inter of Things
1. In evaluation mode column, "▲"means a collectively written examination is required, "★" means a collectively puter examination is required.
2. Remarks for Note Column
N1: Computer sciences courses for general studies will be taught in a level-based manner, the arrangement is as follows
Course
Level 1st Semester 2nd Semester Compulsory Optional Basic Level Introduction to Computer Basics(02524) Computer Skills Training (025) C Programming Higher Level Introduction to Computer Basics(02524) Fundamentals of Algorithmics and Application(02525) Algorithm Design and Analysis(02536) Algorithm Design and Analysis(02536) All freshmen are required to take a puter level test after enrollment, the student can select corresponding courses based on his (her) level. And the excellent student can take "Computer Applications and Improvement (02529)"as an optional course in the first semester.
N2: Those whose English scores in college entrance examination rank 论文范文 30% among all freshmen of our university are qualified for English level test organized by the university; those who score A grade in both written and oral tests can be exempted from College English 2 and College English 4.
N3: Apart from 21 periods in class, 15 periods of Military Theory will be given during military training.
N4. The course "Current Issues and Policies" will be lectured for 16 periods and evaluated once each semester, the score of this course will be the 论文范文erage of scores obtained in all academic years.
N5: One course should be selected from "Principles and Applications of Transducers (34506)"and "Principles and Applications of Transducers* (34901)".
N6: One course should be selected from "Embedded System Design (34584)"and "Embedded System Design * (34905)".
C等于Compulsory, O等于Optional
The List for Required Minimum Credit of Optional Courses
2017 Measuring and Control Technology and Instrumentations Zhejiang Sci-Tech University
Course Classification Course Category Required Minimum Credits Whether Only Those Courses Listed in Teaching Schedule Can Be Selected Note General Education Sciences Engineering 2 N Humanities and Arts 2 N Economics and Management 4 N Computer Sciences 4 Y Languages Comprehensive 2 N Physical and Healthy Ideology and Politics Basic Discipline-related Courses 10 Y Major-related Courses 16 Y Module 8 Credits & Others 8 Credits
2017 Schedule of Separate Practical Teaching of Measuring and Control Technology and Instrumentations Zhejiang Sci-Tech University
Course Classification C/O Course Category Course Module Course Code Course Title Credits Total Hours Lecture Hours Practice Hours Terms Weekly Hours Evaluation Mode Note General Education C Computer Sciences 02505 Computer Skills Training 2.0 32 32 1 2 Check N1 for detail 02525 Algorithm Design And Analysis 2.0 32 32 1 2 Sciences 69533 Experiments on General Physics B 1.0 32 32 2 2 Physical and Healthy 03501 Military Training 1.0 2W 1 2W Computer Sciences 02529 Computer Applications and Improvement 2.0 32 16 16 1 2 Check N1 for detail Basic Discipline-related Courses C 31631 Metal Working Practice A 2.0 2W 3 2W 33573 Cognition Practice 1.0 1W 1 1W General Education C Comprehensive 04501 Social Practice 1.0 2W 4 2W Basic Discipline-related Courses C 61582 Curriculum Design for Electronic Technologies 2.0 2W 4 2W 34510 Electronics Design Automation (EDA) 2.0 32 32 7 2 34590 Virtual Instruments Design 2.0 32 32 7 2 34586 Curriculum Design for Transducers and Testing Technology 2.0 2W 4 2W Major-related Courses C 34588 Curriculum Design for Principles and Application of Microputers 2.0 2W 5 2W 34587 Curriculum Design for Precision Measure and Control 2.0 2W 7 2W 34608 Curriculum Design for Technologies for Wireless Sensor and Inter of Things 2.0 2W 7 2W 34549 Graduation Practice and Design (Thesis) 8.0 16W 8 16W
The List for Required Minimum Credit of Separate Practical
Teaching 2017 Measuring and Control Technology
and Instrumentations Zhejiang Sci-Tech University
Course Classification Course Category Required Minimum Credits Whether Only Those Courses Listed in Teaching Schedule Can Be Selected Note General Education Basic Discipline-related Courses Major-related Courses Extracurricular Activities 3
Note:Students can obtain certain extracurricular credits through a variety of approaches such as participating in research programs, academic petitions, science and cultural arts activities, publishing papers, literary works or design works, obtaining patents, participating in independent experiments, social surveys, club activities, obtaining national certificates of various types, etc.
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