Engineering Degree Program in China - Aerocraft Manufacture Engineering

1. Introduction

Aerocraft Manufacture Engineering program mainly studies principles and application of aerocraft manufacturing methods and finds rules in manufacturing process; studies how to manufacture high quality aerocraft by reasonable utilization of resources. Aerocraft manufacture engineering is related with many science and technology fields, such as mechanical engineering, electrical engineering, electronic technology, computer technology, materials science, management engineering, control engineering and system engineering. The program trains senior engineering and technical management personnel who can be engaged in work of design, manufacturing, research, development and management in the field of aerocraft manufacture engineering.

2. Training Requirements

Students mainly study basic theory of natural science, manufacturing engineering and aerocraft manufacture; receive practical training related to aerocraft manufacture engineering with ability to analyze and solve practical problems in aircraft manufacturing engineering.

3. Knowledge and Ability

1) Master basic theory and knowledge of mathematics, mechanics, mechanology, materials science, electrical and electronic technology and computer technology;

2) Master knowledge of aircraft parts processing and forming process, aircraft assembly process, and equipment design technology;

3) Mastering basic ability of technical economic analysis and production, organization and management in process of modern aircraft manufacturing;

4) Understand development trend of modern aircraft manufacturing technology;

5) Master basic methods of document retrieval and data query; has ability to research and develop new technology.

4. Main Subjects

Mechanical engineering, electronic science and technology, materials science and engineering

5. Main Courses

Theoretical mechanics, material mechanics, mechanical principle, mechanical design, aviation engineering materials, electrical and electronic technology, computer technology, principle of metal plastic forming, mould design and manufacturing, aircraft parts machining and forming technology, computer graphics, aviation manufacturing engineering

6. Practical Teaching

Metalworking practice, mechanical course design, computer application, curriculum design, comprehensive experiment, electronic circuit practice, production practice and graduation design

7. Employment Prospects

Students after graduation is mainly engaged in work of design, research, production and management in fields of modern aircraft manufacturing, aircraft digital design and manufacturing, computer aided design and manufacturing, and equipment digital control.