附件4、2009级机械电子工程专业本科培养方案机械电子工程专业本科培养方案Undergraduate Program for Specialty in Mechatronics Engineering一、修业年限及授予学位名称四年；工学学士、Length of Schooling and Degree Four Years: Bachelors of Engineering.二、培养目标 本专业培养具有机械、电子、控制、计算机等基础理论知识与实际应用能力，富有责任心、主动性和创造力，能从事机电设备系统及元件的研究开发、设计制造、技术经济管理等工作的高素质创新型技术与管理人才。、Educational ObjectivesThe main object of education is for students to have basic knowledge of general principles about mechantronics engineering and to have the capability of science and research, responsibility and creativity. The graduate students will work in manufacturing works, research institutes, governments and colleges; they will have the abilities in mechantronics engineering related design, experiment, manufacturing, management and education.三、培养规格及要求本专业学生主要学习机械电子工程专业领域的基础理论知识，受到工程设计和研究分析的基本训练，具有学习、创新和分析解决工程实际问题的基本能力。毕业生应获得以下几方面的知识和能力：1掌握较扎实的数学、力学等学科基础理论知识；2系统掌握本专业领域的机械、电子、控制、计算机等专业基础知识；3具备必要的制图、设计、计算、测试和基本工艺操作等应用能力；4了解机械电子工程学科前沿及发展趋势；5具有一定的人文、艺术及其他社会科学基础素养；6具备较强的自学能力、创新意识和较高分析问题、解决问题的综合素质。III、Skills Profile and Minimum CreditsThe education emphasizes on systems approach to general mechantronics engineering principles and knowledge. Training on engineering project design, investigation and analysis are focused on. Thus capability of self study, creative thinking and practical problem solving are encouraged.The students graduated should have the related knowledge and capability as follows:1. The common theories corresponding to engineering mechanics and mechanical engineering;2. Basic knowledge on mechanical drawing, electrical and electronic Technology, engineering materials, measurement technology and computer technology;3. Application abilities of design, calculation, test, computer and foreign language;4. The nowadays advancement of mechantronics engineering techniques;5. Basic knowledge on social science;6. Comprehensive quality of Self-learning ability, innovation Thinking, analysis and solve the problem. 四、主干学科和主要课程主干学科：机械工程主要课程：机械制图、理论力学、材料力学、机械设计、电路原理、模拟电子技术、数字电子技术、程序设计技术、计算机硬件技术基础、计算机接口技术及应用、控制工程基础、流体传动与控制、机械电气控制及自动化、机械工程测试技术、机器人技术基础、机电一体化系统设计。IV、Core Disciplines and CoursesCore Disciplines: Mechanical Engineering.Core courses: Mechanical Drawing, Classical Mechanics, Mechanics of Materials, Theory of Machinery, Machine Design, Circuit Principles, Experiment of Analog Electronics Technology, Digital Electronics Technology, Programming Technology, Basic Principle of Computer Hardware Technology, Fundamentals of Control Engineering, Hydraulic Drive and Control, Test Technology of Mechanical Engineering, Electrical Control and Automation for Machinery, Foundation of Robot Technology, Mechantronics System Design.五、使用双语教学的课程机械工程测试技术V、Bilingual CoursesTest Technology of Mechanical Engineering六、课程体系的构成及学分、学时分配和最低毕业学分VI、Hours/Credits of Course system and Minimum Graduate Credits课程类别学时/周数学分学分比例(%)必 修通识教育基础84052.537.78学科大类基础48830.521.94专业主干192128.63集中实践环节36周29选 修文化素质19264.32通识教育基础192128.63学科大类基础14496.47专业选修3201712.23最低毕业学分168Type of Course Hours/WeeksCreditsPercentage (%)Required CoursesBasic Course in General Education84052.537.78Basic Course in General Discipline48830.521.94Major Courses in Specialty192128.63Internship and Practical Training36周29Elective CoursesCulture Elective Courses19264.32Basic Course in General Education192128.63Basic Course in General Discipline14496.47Selective Courses in Specialty3201712.23Minimum Graduate Credits168七、集中实践环节及要求1. 金工实习：初步掌握机械设备基础知识及数控加工的基础知识，掌握基本的工艺操作技能。2. 电子实习：了解电子产品制作的基本工艺过程、掌握基本仪器仪表的使用及产品的测试技术。3. 机械设计课程设计：进行简单机械设计，掌握机械设计基本理论、设计步骤及方法，培养设计、计算、制图、查阅资料、应用标准手册的能力与技能。4. 机械制造基础课程设计：结合CAPP，设计简单零件的工艺规程。5. 微机原理及应用课程设计：计算机接口设计。6. 液压气动系统课程设计：液压气动系统设计。7. 生产实习：了解机电产品的组成及其制造过程。8. 机电控制课程设计：典型机电系统的结构设计，硬件、软件设计。9. 毕业实习设计：综合应用所学的基础理论和专业知识，以实际工程设计、科技开发、试验研究为课题，进行设计能力和科研能力的培养及综合工程训练。、Practical Training and Requirement1. Metal Technology Practices: to have the basic knowledge about mechanical device and numerical machining, and the skills of manufacturing process technology.2. Electric Technology Practice: to have the basic knowledge about electronics manufacturing procedure, instruments and devices skills.3. Machine Design Course Project: through mechanic design of basic structures, students will mast the principle of machine units and combinations; theory, procedure and methods of mechanic design; and will get the skills and technique abilities on design, calculation, graphics.4. Fundamentals of Mechanical Manufacturing Course Project: Combination of CAPP, design the process of simple parts.5. Computer Interface Technology Course Project: Computer interface design6. Hydraulic Drive and Control Course Project: Hydraulic pneumatic system design7. Production Practice: understand t