机械设计制造及其自动化（卓越工程师班）
Mechanical Design, Manufacture and Automation
学制：四年
Length of Schooling: Four years
学位：工学学士
Degree: Bachelor of Engineering
制订时间：2014年3月
Time of Formulation: March, 2014
一、培养目标
加强工程实践能力培养，掌握机械设计制造基础知识及应用能力，从事机械工程及自动化领域的机电一体化产品设计、制造及高新技术的研究开发，现代化机械制造系统运行和技术经济管理，实践能力强，具有创新精神的高素质应用型人才。
Ⅰ Educational objectives
Strengthen the engineering practice training; Cultivate high quality applicable talents of comprehensive development, who should master the basic knowledge of and applications mechanical design and manufacturing and application ability, and engage in mechatronics product design and manufacture of mechanical engineering and automation, as well as the research and development of high and new technology, and will occupy in modern machinery manufacturing system operation and technical-economic management, with a strong ability of practice and creative spirit.
二、毕业生具有的知识、素质、能力
本专业学生主要学习理论力学、材料力学、机械制图、机械设计基础、机械制造基础、电工与电子技术、液压与气压传动、工程测试技术、数控技术、机械装备设计、现代制造技术、成型模具与技术、计算机辅助工程、微机原理等课程的基本理论和基本知识，受到外语、计算机技术及绘图、工程设计、管理及规划方面的基本训练，具有机械工程技术领域的科学研究、工程设计和管理规划方面的基本能力。
毕业生应获得以下几方面的知识和能力：
掌握工程力学、机械制图、机械设计、计算机辅助工程、产品设计与开发等产品设计基本理论和基本知识；
掌握机械制造技术、机械装备设计、先进制造技术、成型模具与技术、数控技术等产品制造加工方面的基础知识；
掌握微机原理与应用、计算机软硬件基础、电工与电子技术、计算机控制技术、控制工程、计算机网络、数据库等机械工程计算机应用与控制等方面的基础知识；
掌握机械工程领域的专门技能，受到本专业实验技能、工程实践、计算机应用、科学研究与工程设计方法的基本训练，具有创新意识和对新产品、新工艺和新设备进行研究、开发和设计的初步能力；
掌握信息检索、资料查询及运用现代信息技术获取相关信息的基本方法；
具有较高的人文社会科学素养，较强的社会责任感和工程职业道德；
具有一定的组织管理能力，较强的表达能力和较强的人际交往能力以及在团队中发挥作用的能力；
具有综合运用所学科学理论和技术手段分析并解决工程问题的基本能力；
具有从事工程工作所需的相关数学、自认科学知识以及一定的经济管理知识；
具有终生教育的意识和继续学习的能力，具有适应发展的能力。
Ⅱ Knowledge, qualities and abilities required for graduate
This major provides students with basic theories and knowledge of Theoretical Mechanics, Materials Mechanics, Mechanical Drawing, Fundamentals of Mechanical Design, Fundamentals of Mechanical Manufacturing, Electrical and Electronic Technology, Hydraulic and Pneumatic Transmission Technology, Engineering Testing Technology, Numeric Control Technology, Mechanical Equipment Design, Modern Manufacturing Technology, Molding die Technology, Computer Aided Engineering, Principle of Microcomputer and some other courses. The students will be trained in English, Computer Technology and Drawing, Engineering Design, management and planning area. They are competent for scientific research, engineering design and management planning in technical field of Mechanical Engineering.
The following qualities should be held by our graduates:
Mastering the basic theories and knowledge of engineering mechanics, mechanical drawing, mechanical design, computer aided engineering, product design and development in product design area.
Mastering the basic knowledge of Mechanical Manufacturing Technology, Mechanical Equipment Design, advanced Manufacturing Technology, Molding die technology, Numeric Technology in manufacturing and processing area.
Mastering the basic knowledge of principle and application of microcomputer, fundamentals of computer hardware and software, electrical and electronic technology, computer control technology, control engineering, computer network and database in computer application and control area.
Mastering the professional skills in the filed of Mechanical Engineering and then receiving the basic training in professional skills of experiment, engineering practice, computer application, scientific research and engineering design methods , with the abilities to do scientific research and to design new products, new technology and new equipment.
Mastering the basic methods of information retrieval, data searching and using modern information technology to obtain related information.
Having the higher humanities and social science quality, strong sense of social responsibility and engineering occupation moral integrity.
Having the abilities to manage and organize a team in a certain degree. Possessing a strong ability to communicate with each other and to play a good role in a team.
Having primary ability to analysis and solve engineering problems with the method of integrating science theory and practical technology which have been learned.
Having the mathematical, nature science and economic management acknowledge to engage in engineering work.
Possessing lifelong education awareness and the abilities to adapt to the development.
三、专业培养特色
加强数理基础和科技训练，培养学术创新能力；
以机械工程为重点，结合计算机信息技术和生产管理学科，培养学生掌握产品设计、产品制造、机电控制及制造系统管理等四个方面的内容；
强调科学基础和工程应用能力教育，加强专业基础课程；
将信息、计算机科学与技术的知识与机械学科知识相结合，拓宽专业方向。
Ⅲ Characteristics of the specialty education
1. Strengthen the mathematical foundation, science and technology training, to develop academic innovation ability;
2. Center on the mechanical engineering, cultivate the students in mastering the product design, product manufacturing, and electromechanical control and management of manufacturing system, integrated with computer information technology and producing management discipline.
3. Emphasize the education in scientific basis and engineering application ability, and strengthen the professional basis courses.
4. Combine the knowledge of information and computer science technology with the knowledge in mechanics, to widen major field.
四、专业主干学科
力学、机械工程
Ⅳ Main discipline for the specialty
mechanics, mechanical engineering
五、专业核心课程
机械设计基础、机械制造基础、液压与气压传动、工程测试技术、数控技术、控制工程、微机原理及应用、机电传动控制。
Ⅴ Core courses of the specialty
Foundation of machine Design, Foundamentals of mechanical Manufacturing, Hydraulic and Pneumatic Transmission, Engineering Testing Technology, Numerical Control Technology, Control Engineering, Principles & Applications of microcomputer, Electromechanical Drive Control.
六、双语课程
现代制造技术产品设计与开发
Ⅵ Bilingual courses
Modern Manufacturing Technology, Product Design and Development
七、毕业学分要求
课内总学分不低于196学分，实践教学环节学分不少于47学分。
Ⅶ Credits required for graduation
The intra-curricular total credit should not be less than 184, and the practice teaching not less than 52.0.
八、主要实践教学环节
工程训练、电工与电子技术实训、生产实习、CAD/CAE综合训练、数控加工综合训练、课外科技训练、毕业设计（论文）等。
Ⅷ Main components of practical teaching
Engineering training, Practice of Electrical and electronic technology, Production practice, Comprehensive Practice of CAD/CAE, Comprehensive Practice of numerical control machining, Extracurricular science and technology training ， Graduation design (thesis), etc.
