一、业务培养目标 

Ⅰ  Educational Objectives 

（1） 具有科学精神与创新意识、国际化交流与竞争意识、人文科学素养、职业道德和社会责任感； 

（2） 具备机械工程领域内设计制造的基础理论和专门知识；  

（3） 具备知识应用、工程实践、组织管理、团队合作以及自主学习和适应发展的能力； 

（4） 能从事机械工程领域内的设计制造、科研开发、应用研究和运行管理等工作； 

（5） 毕业生未来几年能在各自所工作的领域成为工程技术人才或管理人才。 

（1） The graduates should have the sense of innovation, international cooperation, humanistic quality, professional ethics and responsibility for society;  

（2） The graduates should master the fundamental theories about the design and manufacture of mechanical engineering and some specialized knowledge;  

（3） The graduates should have the capabilities to apply theory, practice in projects, organize and manage and the abilities to self-study and get adapt to new development ;  

（4） The graduates should be qualified in designing and manufacture, scientific and technological development, research for application and operational management.  

（5） The graduates should be able to grow to senior engineering and technical personnel or senior management personnel in the next a few years after graduation. 

二、业务培养要求 

Ⅱ  Educational Requirements 

（1） 掌握从事机械工程工作所需的数理学科、自然科学，以及机械工程基础理论和专业知识，并能综合应用于机械工程问题的求解； 

（2） 能分析辨别并建立机械工程问题所适用的数学物理模型； 

（3） 了解机械工程专业相关技术标准和规范，了解机械专业的前沿发展现状和趋势，具备创新思维，具备对机械行业新产品、新工艺、新设备进行研究、设计和开发的初步能力； 

（4） 具备对机械工程问题中的机械、控制、电气、液压、制造工艺等的技术方案进行设计、分析与研究的初步能力，并能针对方案设计的结果进行有效分析和评价； 

（5） 具备现代工具的使用能力，具备获取、理解与甄别各类信息的能力，并能合理应用于复杂机械工程问题的解决; 

（6） 具备查阅与运用机械工程专业领域相关方针、政策与法律法规能力，具备综合考虑社会、健康、安全、法律以及文化影响下的复杂机械工程问题的分析评价能力； 

（7） 理解和认识机械工程专业与社会发展、环境保护和社会可持续发展的关系，具备复杂机械工程问题的解决方案对环境和社会可持续发展影响的分析能力； 

（8） 具有良好的人文社会科学素养与社会责任感，具备遵守公共、职业道德和职业规范的基本素质； 

（9） 能够在团队中做好自己承担的角色，能与团队其他成员有效沟通，听取意见或建议并作出合理反应； 

（10） 具备机械工程领域复杂工程问题的描述能力，具备与业界同行与社会公众有效沟通与交流的能力，并能跨文化沟通与交流； 

（11） 具备基本的项目管理能力，能采取有效的项目行动，持续改善工程实践； 

（12） 具有自主学习和探索科学问题的能力，具有终身学习的能力。 

（1） The graduates should master the mathematical and physical sciences, natural science and basic theory and professional knowledge of mechanical engineering, and solve the problem of complicated mechanical engineering; 

（2） The graduates should analyze and establish the mathematical physics model which can be applied to the problem of complicated mechanical engineering. 

（3） The graduates should understand the professional technical standards and norms of mechanical engineering, and know the frontier development status and trends of mechanical professional, and have the preliminary ability to research, design and development of machinery industry, new products, new technology, new equipment with innovative thinking; 

（4） The graduates should have preliminary ability of design, analysis and research of the complex mechanical engineering machinery, control, electrical, hydraulic, manufacturing process, and can give the effective analysis and evaluation; 

（5） The graduates should have the ability to use modern tools, to obtain, understand and identify all kinds of information, and to solve the problem of complex mechanical engineering; 

（6） The graduates should have the ability to access and use the related policy, policies, laws and regulations ability of mechanical engineering, with considering the society, health, safety, law and culture influence under complex mechanical engineering problem analysis ability; 

（7） The graduates should understand and aware the relationship between mechanical engineering professional and social development, environment protection and social sustainable development, and have the ability to analyze the impaction between environmental and social of the complex mechanical engineering solutions; 

（8） The graduates should have good quality of humanities and social sciences, strong sense of responsibility for society and proper engineering profession ethics; 

（9） The graduates should be able to do their own role in the team, to communicate effectively with other members of the team, to listen to opinions or suggestions and to make a reasonable response; 

（10） The graduates should have the ability to describe complex engineering problems in the field of mechanical engineering, with the ability to communicate effectively with the community and the public, and to cross cultural communication and exchange; 

（11） The graduates should have the basic project management skills, and be able to take effective project action, continuous improvement of engineering practice; 

（12） The graduates should be able to adapt to social development and can study in a lifelong term. 

三、主干学科 

Ⅲ  Major Disciplines 

主干学科：机械工程 

Major Disciplines: Mechanical Engineering  

四、专业核心课程与专业特色课程 

Ⅳ Professional Core Courses and Specialty Courses 

（一） 专业核心课程： 

工程力学、工程材料与金属工艺学、机械设计基础、流体力学与液压传动、控制工程基础、测试技术、机械制造技术基础。  

Core Courses: Engineering Mechanics, Engineering Material & Metallurgical Technology, Fundamental of Mechanical Designing, Fluid Mechanics and Hydraulic Transmission, Fundamental of Control Engineering, Measuring and Testing Technique, Foundation of Mechanical Manufacturing Technology. 

（二） 专业特色课程： 

机械制造技术基础、测试技术、数控技术、CAD/CAM及数控加工技术综合实践、工艺与装备课程设计。 

Characteristic Courses: Foundation of Mechanical Manufacturing Technology, Measuring and Testing Technique, Numerical Control Technology, Practice of CAD/CAM and NC Machining, Course design of process and equipment. 

五、计划学制与学位 

Ⅴ Length of School and Degree 

修业年限：四年 

授予学位：工学学士 

Duration: 4 years 

Degrees Conferred: Bachelor of Science in Engineering  

六、最低毕业学分规定 

Ⅵ Graduation Credit Criteria 

七、理论教学进程表    

Ⅶ  Theory Teaching Schedule 

八、集中性实践教学进程表 

Ⅷ Practice Training Table 

九、其它要求 

Ⅸ Other Demands 

留学生必修参加诸如公益、体验、社会实践等活动，以5次调查报告形式获得课外10个学分。