专业名称与代码:机械设计制造及其自动化 080202
专业培养目标:本专业培养具有坚实的自然科学基础,良好的人文社会科学基础,较强的机械工程专业基础及工程应用能力,拥有良好的工程素质与国际视野,能在工业生产第一线从事机械设计、机械制造、机电产品开发、自动化研究与应用、运行管理和经营销售等方面工作,能够在工程技术领域参与国际竞争并凸显卓越创新能力的高素质卓越工程师。
专业毕业要求
1.具有较扎实的自然科学基础,较好的人文、艺术和社会科学基础及正确运用本国语言、文字的能力,并能使用英语进行专业文献阅读与写作。
2.系统地掌握本专业领域技术基础理论,具有设计机械系统、部件和过程的能力;具有对于机械工程问题进行系统表达、建立模型、分析求解和论证的能力。
3.具备一定的企业和社会环境下的综合工程实践经验,初步了解典型企业的管理运行模式、生产工艺流程、质量控制体系等。
4.具有较强的知识迁移能力,能够集成机械工程中设计、加工制造、使用、维修、测试等诸方面知识,并应用于生产实际进行创新,具备较强的工程创新意识及工程创新能力。
5.具备系统思维和工程推理能力,具有对工程问题的基本认知和判断能力;具有机械及制造工艺的设计、实施和控制的初步能力。
6.具有较强的自我获取知识的能力和信息收集、处理能力,具有终生教育的意识和继续学习的能力。
7.具有在多学科团队中发挥作用的能力、较强的交流和沟通能力,具有一定的组织管理能力、价值效益意识,能够参与跨专业及国际性的竞争与合作。
8.面对社会和环境的各种变迁具有较强的调节及适应能力,良好的身体素质、心理素质,较强的社会责任感和良好的工程职业道德及社会服务意识。
9.熟悉本专业领域及相关行业的国家技术标准、政策、法律和法规。
毕业要求及实现途径
主干学科:力学、机械工程、电子科学与技术。
核心课程:机械制图、理论力学、材料力学、机械原理、机械设计、互换性与测量技术、电工与电子技术、金属工艺学、金属材料及热处理、单片机原理及接口技术、机械工程控制基础、液压传动、机械制造工艺学、测试技术、PLC原理及应用、机械制造装备技术、机械CAD/CAM、工程机械设计、机电一体化技术、数控技术。
主要专业实验:现代制造技术综合实验、测试与信息处理实验、机电一体化系统实验。
主要实践性教学环节:军训、金工实习、C语言程序设计B课程设计、机械原理课程设计、专业实践、机械设计课程设计、单片机原理及应用课程设计、机械制造生产实习、机电一体化课程设计、工程机械施工技术教学实习、数控技术实习、综合能力训练、数字化制造实践、机电装备设计与实践、毕业实习与毕业设计。
修业年限:四年,其中在企业累计实习1学年。
授予学位:工学学士。
相近专业:过程装备与控制工程、材料成型及控制工程。
Program for Mechanical Design，Manufacturing and Automation
(Excellent Engineer Training Program)
Specialty and Code:Mechanical Design,Manufacturing and Automation 080202
Education 0bjective:This major aims to cultivate well-grounded,practical,creative and all-round engineers with solid foundation in both natural science and social science,who will not only have strong professional skills of mechanical design,manufacturing and automation but also have excellent abilities of organization,management as well as the awareness of economic management and enterprising spirit.Students graduated from this major are competent to attend worldwide competing with prominent innovation ability in the area of engineering.
Graduation Requirements
1.Have a solid foundation of natural sciences and humanistic social science,use native language and characters correctly,and have an ability to command English when reading and writing professional literature.
2.Have a systematic knowledge of basic theory of technology in the professional field.To design mechanical system,components and processes.To deal with representation,mathematic modelling,solution and demonstration for the problems of mechanical engineering.
3.Have a certain comprehensively practical experience under enterprise and social environment, and have a preliminary understanding of management and operation modes of the typical enterprises, production process,system of quality control,and so on.
4.With strong abilities of knowledge transfer and the integration of various knowledge including design,manufacturing,application,maintenance and testing in mechanical engineering.Have strong consciousness of innovation and creative abilities in engineering.
5.Have an ability of systematic thinking and engineering reasoning,of basic knowledge and judgment of engineering problems.To have a preliminary ability of the design,implementation and control of machinery and manufacturing process.
6.With strong abilities of self-acquiring knowledge,information collection and processing. Awareness of lifelong education and the ability to continue learning.
7.Have the abilities to play a role in multi-disciplinary teams,strong communication skills,with certain organization and management abilities as well as the awareness of value benefits.Being capable of participating in multi-disciplinary and international competition and cooperation.
8.Have an ability of strong adjustment and adaptability when facing all kinds of social and environmental changes,and have good physical quality,psychological quality,strong social responsibility, good engineering occupation morals and social service consciousness.
9.Have an intimate knowledge of national technical standards,policies,laws and regulations in the professional field and related industries.
Graduation Requirements and Ways to Achieve
Major Disciplines:Mechanics,Mechanical Engineering,Electronic Science and Technology.
Main Courses:Mechanical Drawing,Theoretical Mechanics,Mechanics of Materials,Principle of Machinery,Mechanical Design,Interchangeability and Technical Measurement,Electrician and Electronic Technology,Metal Processing,Metal Material and Its Heat Treatment,Principle and Interface Technology of Single Chip Microprocessor,Control Fundamental of Mechanical Engineering,Hydraulic Transmission,Technology of Mechanical Manufacture,Testing Technology,Principle and Application of PLC,Technology of Mechanical Manufacturing Equipment,Mechanical CAD/CAM,Engineering Machine Design,Mechatronics,Technology NC Technology,etc.
Lab Experiments:Modern Manufacturing Technology Experiments,Measuring and Information Processing Experiments,Mechatronics System Experiments.
Practical Work:Military Training,Metalworking Practice,Course Design for C Language Programming B,Principle of Machinery Practice,Major Practice,Machine Design Practice,Design Project of Principle and Interface Technology of Single Chip Microprocessor,Practice in Factory,Mechatronics Design Practice,Engineering Machine Practice,NC Technology Practice,Comprehensive Abilities Training,Practice in Digital Manufacturing,Mechanical and Electrical Equipment Design and Practice, Graduation Practice and Design.
Duration:four years(one school year internship training in enterprise and practice base).
Degree Granted:Bachelor of Engineering.
Related Specialties:Process Equipment and Control Engineering,Material Formation and Control Engineering.
机械设计制造及其自动化(卓越工程师教育培养计划)
专业课程教学计划表
Course Descriptions of Mechanical Design，Manufacturing and Automation
(Excellent Engineer Training Program)
注:通识教育选修课学分和创新创业自主学习学分未列入具体学期。
机械设计制造及其自动化(卓越工程师教育培养计划)
专业课程分类统计
Course Category Statistics of Mechanical Design，Manufacturing and Automation
(Excellent Engineer Training Program)
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