The employment prospects of aerospace engineering major are mainly engaged in aviation-related scientific research, technology development, engineering design, testing, manufacturing, use, maintenance, engineering design, product research and development, technology development and manufacturing in aerospace enterprises.

Brief introduction of aerospace engineering specialty

Aerospace engineering is the general name of aerospace engineering and aerospace engineering, which involves the engineering field related to aerospace. Including solid mechanics, fluid mechanics (especially aerodynamics), aerospace dynamics, celestial mechanics, thermodynamics, navigation, avionics, automatic control, electrical engineering, mechanical engineering, communication engineering, material science and manufacturing. Aerospace engineering is mainly engaged in the research, design and development of high-speed vehicles such as aircraft/aircraft, spacecraft/spacecraft, missiles, space stations and lunar landing vehicles.

Training objectives and requirements of aerospace engineering specialty

Aerospace engineering is a professional discipline, which trains high-level talents with solid basic theories such as mathematics, physics, mechanics and computer, multidisciplinary knowledge in aerospace field, good comprehensive ability and innovative consciousness.

1. Master basic theories and knowledge such as mathematics, physics, mechanics and computer;

2. Master the analysis and experimental methods of aircraft overall and structural design;

3. Have the engineering ability of aircraft system design;

4. Be familiar with relevant specifications and design manuals for aerospace vehicle design;

5. Understand the theoretical frontier, application prospect and development trend of aircraft design;

6. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability.