简介:关于本文可作为学分课程方面的大学硕士与本科毕业论文学分课程论文开题报告范文和职称论文论文写作参考文献下载。
浙江理工大学2017级机械电子工程专业(中法联合项目) 培养方案
一,专业名称:机械电子工程 (中法联合培养) 专业代码:080204
二,培养目标
本专业培养具有扎实的机械工程和电子工程基础知识,掌握机电一体化集成技术,能从事现代机电系统研究开发,集成,维护,管理,具有创新精神和能力的复合型工程技术人才.
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)具有较扎实的数学,物理等自然科学基础,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,主要包括工程制图,力学,机械基础,电子技术,控制技术基础等知识;
(3)具有机电系统集成技术的知识与技能,包括机电控制工程,机电系统设计,机器人技术,嵌入式技术等方面的知识与技能,了解本专业学科前沿和发展趋势.
2. 能力结构
(1)具备机电一体化系统设计能力;
(2)能够通过不断的自学来提高专业技术水平;
(3)具有分析问题和解决问题的基本能力及开拓创新的精神;
(4)具有良好的算机应用能力和英语读写能力,能够熟练地查阅文献,资料和科技情报.
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:掌握扎实的工程理论知识,具有较好的团队合作精神.
四,主干学科:机械工程,电子工程
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,英语,高等数学,电路原理基础,理论力学,机械原理,机电控制工程,机电传动与控制,单片微机原理及应用
六,特色课程
二外:法语
双语教学课程:科学与工程计算语言,三维数字化建模
七,学习年限:3-6年 最低毕业学分:18.5 授予学位:工学学士
课内总学时: 独立实践教学:32周+96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 5+34+5 4 10 54.8% 学科基础课程 39.5+1 10 62.5 33.1% 专 业 课 程 8+8 6 22 % 合 计 20 182.5 100% 比 例 89.% 11.0% 实践教学 学分 比 例 % 注:各课程类别中均包含实践教学.
九,说明
1
美国学分课程:高校试水在线学分课程 中国教育报道 151130
.按类培养招生说明机械类包括机械设计制造及其自动化,机械电子工程,过程装备与控制工程,材料成型及控制工程和工业工程5个专业.上述5个专业第1至第3学期教学计划一致.学生从第三学期末开始分流,选择具体专业,从第4学期起,按各专业教学计划进行.
2.中法联合培养说明
1)前二年半以浙江理工大学的机电实验班课程为主,增加法语学习,第六学期为预科班的学习,最后一学年以法国缅因大学的课程为主安排,同时必须完成浙江理工大学毕业设计环节.
2)参加联合培养的学生若未被法方录取,则后三个学期仍按原实验班培养方案执行,其中通识选修课需要的学分可由法语所修学分代替.若由于学生自身的原因中途退出此项目,则学生必须按原实验班培养计划进行,法语所修学分只能替代通识选修课中的语言类选修课学分,不能替代所有的通识选修课学分.
3)参与此项目的学生在完成本培养方案规定的第四学年教学任务,并通过法国缅因大学本科阶段最后一年的考试,成绩合格,可以获得法国缅因大学的学位证书.具体的要求和培养过程以《浙江理工大学与法国缅因大学联合培养本科生合作协议》,《浙江理工大学与法国缅因大学及EG@工程师教育集团联合培养学生的合作协议》及法国缅因大学的规定为准. 浙江理工大学2017级机械电子工程专业(中法联合项目) 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 02524 1.0 16 16 1 2 ▲ 1 人文艺术类 26433 1.0 16 8 8 2 2 74509 思想道德修养与法律基础 3.0 48 32 16 1 3 74510 2.0 32 28 4 2 2 74514 1 3.0 48 32 16 3 3 74515 2 3.0 48 32 2W 4 3 74516 3.0 48 42 6 2 3 07501 2.0 128 2 体育与健康类 03502 体育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 03505 4 1.0 32 4 28 4 2 04507 2.0 32 16 16 1 2 08501 1.0 36 21 15 3 3 3 自然科学类 63518 B 2.0 32 32 4 2 ▲ 63522 A1 5.0 80 80 1 5 ▲ 63523 A2 5.0 80 80 2 5 ▲ 63565 B 2.0 32 32 3 2 ▲ 69528 B 4.0 64 64 2 4 ▲ 73508 2 4.0 64 64 1 4 ▲ 4 73510 英语4 4.0 64 64 2 4 ▲ 73014 2.0 32 32 3 2 ▲ 2.0 32 32 4 2 ▲ 72810 1 4.0 64 64 2 4 72811 2 4.0 64 64 2 4 72812 3 7.0 112 112 2 7 72813 4 4.0 64 64 3 4 72814 5 4.0 64 64 4 4 72815 6 7.0 112 112 4 7 72816 7 4.0 64 64 5 4 04503 2.0 38 5 选修 计算机信息类 02530 C 4.0 64 32 32 2 4 ★ 见前注1 02531 VB程序设计 4.0 64 32 32 2 4 ▲ 02536 算法设计与分析 4.0 64 32 32 2 4 ★ 学科基础教育 必修 29516 2.5 40 37 3 3 2.5 31545 3.0 48 48 5 3 ▲ 31560 4.0 64 64 3 4 ▲ 31596 3.0 48 48 4 3 ▲ 31598 2.0 32 18 14 5 2 31626 1.0 16 16 1 2 31627 1 3.0 48 48 1 3 ▲ 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 学科基础教育 必修 31628 机械制图2 2.5 40 40 2 2.5 ▲ 31808 1 3.0 48 42 6 4 3 ▲ 36601 3.0 48 39 9 5 3 ▲ 36604 3.0 48 40 8 5 6 36607 3.0 48 36 12 5 3 ▲ 36665 2.5 40 32 8 3 2.5 ▲ 36671 4.0 64 56 8 4 4 ▲ 31654 2.0 32 30 2 4 2 31666 (双语) 2.0 32 32 5 2 31809 2 2.0 32 30 2 5 2 36502 2.0 32 30 2 5 2 36651 (双语) 2.0 32 16 16 4 2 1 3.0 48 12 36 7 3 2.0 30 15 15 7 2 4.0 58 20 38 7 4 4.0 58 20 38 8 4 3.0 50 20 30 7 3 必修 36610 2.0 32 28 4 5 2 2 系统技术 4.0 58 58 7 4 专案辅导 2.0 30 30 8 2 3 2.0 30 30 8 2 2.0 24 24 7 2 2.0 30 30 7 2 4.0 58 20 38 8 4 2.0 27 12 15 8 2 4 2.0 30 8 2 2.0 30 8 2 2.0 30 8 2 2.0 30 8 2 2.0 30 8 2 1,模块2,模块3为必修课,模块4中至少选修一门课程.获浙江理工大学学士学位要求:模块2为必修课(6个学分),模块1选修不少于6个学分,模块3和模块4选修合计不少于6个学分. 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 人文艺术类 经济管理类 计算机信息类 4 是 语言类 综合类 体育与健康类 思想政治理论类 学科基础教育 10 是 模块6学分 专业教育 6 是
浙江理工大学2017级机械电子工程专业(中法联合项目) 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 02510 A 2.0 32 32 1 2 1 02525 算法基础与应用 2.0 32 32 1 2 03501 1.0 2W 2W 1 2W 69533 B 1.0 32 32 2 2 04501 1.0 2W 2W 4 2W 必修 31633 4.0 4W 4W 2 4W 31669 1 0.5 16 16 4 2 31670 2 0.5 16 16 5 2 31728 1.0 1W 1W 3 1W 31817 A 2.0 2W 2W 5 2W 31819 2.0 2W 2W 4 2W 31822 1.0 1W 1W 2 1W 必修 36678 (论文) 8.0 16W 16W 8 16W
备注栏说明
注7:学生可以在缅因大学进行毕业设计,但必须按浙江理工大学的要求完成毕业设计相关内容.
Zhejiang Sci-Tech University
2017 Program Outline of Mechatronic Engineering
(Sino-French joint training program)
Ⅰ Name of Major: Mechatronic Engineering Code for Major:080204
Ⅱ Objectives
The curriculum is designed to educate students in mechanical engineering and electronic engineering theory and practice. Graduates with mechatronics knowledge and skill can innovatively engage in work of integrated system design, system maintenance, and production management and so on in the field of mechatronics engineering.
Ⅲ Basic Requirements on Knowledge and Abilities
Graduates are expected to h论文范文e the following knowledge and abilities:
1. Knowledge
(1) Solid foundation in natural sciences,humanities & arts, and English language;
(2) Solid foundation in strong core of engineering science courses mon to all engineering curricula, especially the skills in Mechanical Drawing, Mechanics, Principles of Machinery, Electronic Circuits and Mechatronics Control Engineering;
(3) Skills of integrated mechatronics system Design, with the knowledge of mechatronic control engineering, mechanics system design, robot technology and embedded system. Understanding of Mechatronics development and trend;
2. Abilities
(1) Apply mechatronics engineering knowledge and skills to design and develop the mechatronics system;
(2) Be engaged in and continue to engage in lifelong self-directed learning to maintain and enhance their professional skills;
(3) H论文范文e problem analyzing and solving ability, and innovative thinking;
(4) H论文范文e skill of puter application and ability of English language for reading and writing;
(5) Be able to access and review literature and technological information.
3. Qualities
(1) Moral quality: high caliber of political, spiritual and moral quality;
(2) Cultural qualities: fundamental knowledge in history, philosophy, literature and art
(3) Physical and mental health: good physical and mental health
(4) Professional quality: Solid foundation of engineering theoretical knowledge, perform professionally in both individual and multi-disciplinary team-based project environment;
Ⅳ Main Disciplines: Mechanical Engineering, Electronics Engineering
Ⅴ Core Courses
Introduction to Mao Zedong Thought and the Theoretical System of Sociali论文范文 with Chinese Characteristics, English, Advanced Mathematics, Electric Circuit, Computer Programming, Theoretical Mechanics, Theory of Machines and Mechani论文范文s, Mechanical Design, Mechatronic Control Engineering, Principles and Applications of Micro-controller, Mechatronics System Design.
ⅥSpecial Courses
Research courses: Mechatronics System Design
Bilingual courses: Principles of Machinery, Science & Engineering Computing Language, 3D Digital Modeling
Ⅶ Length of Courses: 3-6 years Degree Awarded: Bachelor of Engineering
Minimum Credits Required for Graduation: 184.5
In-Class Hours: 2589 Separate Practice Teaching: 32 weeks+96 class hours
Ⅷ Proportion of Course Credits
Course Classification Compulsory Credits Optional Credits Total Credits Percentage General Courses 57+34+5 4 10 54.8% Basic Discipline-related Courses 39.5+1 10 62.5 33.1% Major-related Courses 8+8 6 22 12.1% Total Credits 162.5 20 182.5 100% Percentage 89.0% 11.0% Practice Teaching 55.1Credits Percentage 30.2% Ⅸ Characteristics of the Major
1. Category-based training and student recruitment
Mechanical category includes mechanical design manufacture and automation, mechatronic engineering, process equipment & control engineering, material forming & control engineering and industrial engineering. The above 5 majors share the same teaching plan for the first three semesters. At the end of the third semester, students choose specific majors and then follow the teaching plan of chosen majors from the beginning of the 4th semester.
2. Notes on Sino-French joint training arrangement
(1) For the first five semesters, students concerned study the major-related courses of Mechatronics Engineering in the experimental class at Zhejiang Sci-Tech University, with additional French courses. In the sixth semester, students study in France the foundational courses for the final year at Université du Maine. Apart from pleting the courses required by Université du Maine, students should also carry out a Graduation Practice specified by Zhejiang Sci-Tech University in their final year.
(2) In cases of not being accepted by Université du Maine, the Visa being refused or dropping out of this program due to personal reasons, students should continue study at Zhejiang Sci-Tech University the required courses of Mechanical Design, Manufacture and Automation (MDMA) for the last three semesters. The credits gained from French courses can be regarded as valid for the Language Module, but can not be taken as the replacement for credits required in other modules of General Studies.
(3) Students who participate in this program will be awarded a degree certificate after finishing everything required in the four-year teaching program and passing the final-year test at Université du Maine. For specific requirement and teaching plan, refer to Protocol of Joint Undergraduate Students Program Between Zhejiang Sci-Tech University and Université du Maine, Protocol of Joint Students Program Between Zhejiang Sci-Tech University, Université du Maine and EG@group, and rules & regulations of Université du Maine.
2017 Teaching Schedule of Mechatronic Engineering (Sino-French Joint Training Program)
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 02524 Introduction to Computer Basics 1.0 16 16 1 2 ▲ N1 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 74515 Introduction to Mao Zedong Thought and the Theoretical System of Sociali论文范文 with Chinese Characteristics 2 3.0 48 32 2W 4 3 74516 Introduction to the Basic Principles of Marxi论文范文 3.0 48 42 6 2 3 07501 Current Issues and Policies 2.0 128 N2 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 03505 Physical Education 4 1.0 32 4 28 4 2 04507 Students' Mental Health Education 2.0 32 16 16 1 2 08501 Military Theory 1.0 36 21 15 3 3 N3 Sciences 63518 Probability Theory B 2.0 32 32 4 2 ▲ 63522 Advanced Mathematics A1 5.0 80 80 1 5 ▲ 63523 Advanced Mathematics A2 5.0 80 80 2 5 ▲ 63565 Linear Algebra B 2.0 32 32 3 2 ▲ 69528 General Physics B 4.0 64 64 2 4 ▲ Languages 73508 College English 2 4.0 64 64 1 4 ▲ N4 73510 College English 4 4.0 64 64 2 4 ▲ 73014 English Speaking and Writing 2.0 32 32 3 2 ▲ College English for Advanced Learners 2.0 32 32 4 2 ▲ 72810 French 1 4.0 64 64 2 4 72811 French 2 4.0 64 64 2 4 72812 French 3 7.0 112 112 2 7 72813 French 4 4.0 64 64 3 4 72814 French 5 4.0 64 64 4 4 2017 Teaching Schedule of Mechatronic Engineering (Sino-French Joint Training Program)
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 Languages 72815 French 6 7.0 112 112 4 7 72816 French 7 4.0 64 64 5 4 Comprehensive 04503 Career Development and Employment Guidance 2.0 38 N5 O Computer Sciences 02530 C Programming 4.0 64 32 32 2 4 Check N1 for detail 02531 Visual Basic Programming 4.0 64 32 32 2 4 ▲ 02536 Algorithm Design and Analysis 4.0 64 32 32 2 4 ★ Basic Discipline-related Courses C 29516 Engineering Materials and Heat Treatment 2.5 40 37 3 3 2.5 31545 Machine Design 3.0 48 48 5 3 ▲ 31560 Theoretical Mechanics 4.0 64 64 3 4 ▲ 31596 Principles of Machinery 3.0 48 48 4 3 ▲ 31598 Interchangeability and Technology Measurement 2.0 32 18 14 5 2 31626 Introduction to Mechanics Discipline 1.0 16 16 1 2 31627 Mechanical Drawing 1 3.0 48 48 1 3 ▲ 31628 Mechanical Drawing 2 2.5 40 40 2 2.5 ▲ 31808 Material Mechanics 1 3.0 48 42 6 4 3 ▲ 36601 Mechatronic Control Engineering 3.0 48 39 9 5 3 ▲ 36604 Digital Electronic Circuits 3.0 48 40 8 5 6 36607 Single-Chip-Microputer Principles and Applications 3.0 48 36 12 5 3 ▲ 36665 Fundamentals of Electric Circuit Principles 2.5 40 32 8 3 2.5 ▲ 36671 Analog Electronic Circuits 4.0 64 56 8 4 4 ▲ O 31654 Basic Course for Mechanical Manufacturing 2.0 32 30 2 4 2 31666 3D Digital Modeling (Bilingual) 2.0 32 32 5 2 31809 Material Mechanics 2 2.0 32 30 2 5 2 36502 Engineering Fluid Mechanics 2.0 32 30 2 5 2 2017 Teaching Schedule of Mechatronic Engineering (Sino-French Joint Training Program)
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 O 36651 Science & Engineering Computing Language (Bilingual) 2.0 32 16 16 4 2 Module1 Analyse de Fourier (module de maths spécifique pour la mécanique) 3.0 50 20 30 7 3 Compléments de RDM 2.0 30 15 15 7 2 Introduction à l'acoustique 4.0 58 20 38 8 4 Mécanique des fluides 论文范文ancée 3.0 48 12 36 7 3 Mécanique du solide 4.0 58 20 38 7 4 Major-related Courses C 36610 Introduction to Robotics 2.0 32 28 4 5 2 Module2 Projet tutoré 2.0 30 30 8 2 Technologie des systèmes 4.0 58 58 7 4 Check N for detail O Module3 Optique 2 (27,30 heures) 2.0 30 30 8 2 Physique sur ordinateur 2.0 30 30 7 2 Traitement du signal et métrologie 4.0 58 20 38 8 4 Tran论文范文erts thermiques 2.0 27 12 15 8 2 Tr论文范文aux Pratiques de vibrations 2.0 24 24 7 2 Module4 Automatique 2.0 30 8 2 Conception assistée par ordianteur 2.0 30 8 2 Mécanique des fluids 2.0 30 8 2 Mécanique des vibrations 2.0 30 8 2 Ondes 2.0 30 8 2 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 A(02510) Visual Basic Programming(02531) OC Programming(02530) Higher Level Introduction to Computer Basics(02524) Fundamentals of Algorithmics and Application(02525) Algorithm Design and Analysis(02536)
N2: 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.
N3: Apart from 21 periods in class, 15 periods of Military Theory will be given during military training.
N4. 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.
N5. 38 periods of Career Development and Employment Guidance are allocated in terms 1, 4, 5 and 7, with 12, 4, 16 and 6 periods in each term respectively.
N6:
C等于Compulsory, O等于Optional
The List for Required Minimum Credit of Optional Courses
2017 Mechatronic Engineering (Sino-French Joint Training Program) 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 Humanities and Arts Economics and Management Computer Sciences 4 Y Languages Comprehensive Physical and Healthy Ideology and Politics Basic Discipline-related Courses 10 Y Module 6 Credits Major-related Courses 6 Y
2017 Schedule of Separate Practical Teaching of Mechatronic Engineering (Sino-French Joint Training Program)
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 02510 Computer Skills Training A 2.0 32 32 1 2 Check N1 for detail 02525 Fundamentals of Algorithmics and Application 2.0 32 32 1 2 Physical and Healthy 03501 Military Training 1.0 2W 2W 1 2W Sciences 69533 Experiments on General Physics B 1.0 32 32 2 2 Comprehensive 04501 Social Practice 1.0 2W 2W 4 2W Basic Discipline-related Courses C 31633 Metal Working Practice 4.0 4W 4W 2 4W 31669 Experiments on Basic Machinery 1 0.5 16 16 4 2 31670 Experiments on Basic Machinery 2 0.5 16 16 5 2 31728 Cognitive Practice for Machinery 1.0 1W 1W 3 1W 31817 Curriculum Design for Mechanical Design A 2.0 2W 2W 5 2W 31819 Curriculum Design for Mechinery Principles 2.0 2W 2W 4 2W 31822 Mechanical Surveying and Mapping 1.0 1W 1W 2 1W Major-related Courses C 36678 Graduation Design (Thesis) 8.0 16W 16W 8 16W N7
Remarks for Note Column
N7: Students concerned can do their graduation design at University of Maine on the condition that the design is pleted as required by ZSTU.
12
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