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School of Machinery and Automation

Program of Mechanical Engineering

Date:2018-09-10  Views:76


Program of Mechanical Engineering

 

I.Training objectives

The major aims at developing multi-skill technology talented person with good humanity accomplishment, stronger sense of responsibility and good professional ethics. Who has solid theoretic foundation in natural science and mechanical engineering, and has strong computer and foreign language application ability, engineering practice ability and lifelong learning ability. With the innovative entrepreneurial spirit and international vision, he can meet the requirements of the transformation and upgrading of China's machinery industry, and engage in design, manufacturing, control and measurement and other aspects in mechanical engineering and its related field, like scientific research, technology research and development, process innovation, engineering organization management and other work. Graduates of this major are supposed to achieve the following aims:

Aims 1: (Personality cultivation)  Having a good humanities sciences and social sciences quality and have a sense of social responsibility, can abide by professional ethics and norms in the work and perform duties and fulfil obligations consciously.

Aims 2: (Professionalism)  Can make appropriate choices in theoretical methods, experimental programs, and modern tools to analyze and solve complex engineering problems encountered in work practices, such as mechanical engineering product development, process design, product manufacturing, and engineering management.

Aims 3: (Society and the environment)  Familiar with industry norms and laws and regulations in the field of engineering, can fully consider the relationship between engineering and society, environment, law, safety, health and culture in engineering practice to promote the sustainable development of society.

Aims 4: (Knowledge acquirement)  Staying focus on the latest development in the field of modern mechanical design, intelligent manufacturing, advanced manufacturing and maintenance for complex electromechanical equipment under the Internet+ environment at home and abroad.

Aims 5: (renewal of knowledge) Having the spirit of innovative entrepreneurship and lifelong learning, can consciously construct and improve the mechanical engineering knowledge system and advanced analysis methods needed in the work by self-learning to develop their knowledge and skills.

Aims 6: (team communication)  Having a good communication skill, coordination skill, leadership skill and advanced ability of foreign language application. Equipped with good international perspective, he can serve as leader in engineering project management team and engineering R&D team in multi-disciplinary and multi-cultural background.

 

II.Requirements

1. Engineering knowledge: Mastering mathematics, natural sciences, engineering foundations, and mechanical expertise, and being able to use this knowledge to solve mechanical engineering such as mechanical design, manufacturing methods and processes, mechanical test analysis and control, especially complex engineering problems associated with metallurgical machinery.

2. Problem analysis: Having ability to collect and summarize professional information and literature independently, and can combine mathematics, natural sciences, mechanical engineering theory with literature analysis to identify, express, and analyze complex engineering problems in mechanical engineering, especially in metallurgical machinery, then to get effective conclusions.

3. Design/develop solutions: Be able to design mechanical systems and manufacturing processes that meet specific job characteristics and requirements to reflect innovation abilities, and having ability to balance both technical performance indicators and safety, health, environment, legal, cultural and social constraints in the design plan.

4. Research: According to the mechanical engineering, especially the scientific fields, engineering principles and operating conditions involved in the complex engineering problems related to metallurgical machinery, appropriate scientific methods can be selected for research and verification experiments and industrial test program design, data analysis and interpretation can be conducted, and a reasonable and effective conclusion can be obtained through information synthesis.

5. Using modern tools: Can reasonably select, apply and develop modern tools to solve complex engineering problems in mechanical engineering, especially the design, manufacture, operation and maintenance of metallurgical machinery, so as to realize prediction, simulation and analysis of complex engineering problems, and to be able to understand the limitation of various modern tools.

6. Engineering and Society: Can comprehensively integrate the national development strategy, mechanical industry and metallurgical industrial development planning, laws and regulations and other engineering background knowledge, to analyze correctly and evaluate reasonably the interaction between the solving solutions of mechanical engineering practice and complex mechanical engineering problem and society, health, safety, law and culture, and understand the responsibilities that should be assumed.

7. Environment and sustainable development: Ability to correctly understand and objectively evaluate the impact of engineering practices on the development, design, manufacture, operation, and maintenance of metallurgical machinery engineering on environmental and social sustainable development.

8. Professional norms: With the humanities and Social Sciences, understanding and complying with the professional requirements and standards in the field of development, design, manufacturing and maintenance in the field of mechanical engineering, it is able to comply with the professional ethics and codes of conduct and fulfill the responsibilities in the engineering practice.

9. Individuals and teams: Understanding the interdisciplinary features of the mechanical engineering field and the importance of teamwork, having teamwork spirit, and the ability to perform the responsibilities of individuals, team members and leaders in an interdisciplinary team.

10. Communication: Can choose reasonable information expression ways to communicate effectively with colleagues and the public on specific mechanical engineering practices and complex mechanical engineering problems, and having a certain international perspective and can communicate in English in a multicultural background.

11. Project management: Understanding and mastering the engineering management principles and economic decision-making methods, the above principles and methods can be applied to the development, design, manufacture, operation and maintenance of mechanical engineering in the multidisciplinary environment.

12. Lifelong learning: Understand the development trend of mechanical engineering at home and abroad, and have the consciousness and ability of self-learning and lifelong learning.

III.Core Courses

Theoretical Mechanics, Material Mechanics, Engineering Materials Mechanical Drawing, Principles of Machinery, Mechanical Design, Controlling Principle, Calculation Method Hydraulic Transmission, Mechanical Engineering Testing Technology, Machinofacture Technology, Mechatronic Transmission Control, Modern Design Method, Core Equipment for Metallurgical Productionetc.

IV.Recommended length of the program: 4years 

V.Degree:  Bachelor of Engineering

VI. Credits required for graduation175 credits

Type of courses

Academic credits

Type of courses

Academic credits

1.Courses of general education

45

3.Specialized Courses

58.5

Required courses

41

Core specialized courses

42

Elective courses

4

Elective courses

Directional specialized courses

918

2.General disciplinary courses

41.5

Elective specialized courses

7.524.5

Required courses

39

4.Practicum and internship  courses

23

Elective courses

2.512.5

5.Quality development courses

7


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