Introduction to Aerospace Engineering Specialty The teaching content of aerospace engineering specialty has broken through the boundaries of traditional specialty setting, and embodies the interdisciplinary characteristics in the development of contemporary science and technology. Integrate with the internationally accepted aerospace higher education model and implement generalist education.

Aerodynamics, structural mechanics of aircraft, Introduction to Aerospace, Fundamentals of Mechanical Design, Circuits and Electronics, Automatic Control Principles, Engineering Thermodynamics, Aircraft Overall Design, Aircraft Structural Design, Heat Transfer, Combustion, Fluid Mechanics, Mechanics of Materials, Structural Strength, Materials and Manufacturing Technology, Aeroengines, Flight Control, Communication and Navigation, Wind Tunnel Test, Reliability and Quality Control, Safety and Rescue, and Environmental Control.

Employment prospects of aerospace engineering majors The aerospace engineering industry has great development prospects and the demand for talents will continue to be strong. According to statistics, 20 1 1 The most promising aerospace industry will trigger a huge demand for aerospace talents, including aerospace management, overall design and research of aerospace aircraft, engine development and manufacturing, and parts development and design. There is a serious shortage of professionals in the fields of aerospace new material research and development, manufacturing and assembly technology, measurement and testing technology, aerospace electronic and electrical equipment design and development, information and measurement and control technology, aviation biotechnology, aviation airworthiness management, aviation maintenance and modification, aerospace product photoelectric communication technology, energy system design, mechanics and environmental engineering, computer, simulation and reliability technology.

Training objectives and requirements of aerospace engineering major This major trains high-quality talents with solid theoretical foundation, extensive professional knowledge, good comprehensive ability and innovative consciousness in the aerospace field.

Students should have a solid foundation in mathematics, physics, mechanics, experiment and computer, master multidisciplinary knowledge in the aerospace field, have comprehensive cultural quality, reasonable knowledge structure and strong adaptability to the environment, have good language application ability, understand the theoretical frontier, application prospect and development trend of this professional field, be able to study and solve practical problems in the aerospace field by means of theoretical analysis, numerical simulation and experimental research, and engage in related work of overall, structural and system design of spacecraft.

The required ability of aerospace engineering specialty is 1. Master the basic knowledge of aerospace engineering;

2. Master the basic technologies such as the detection of flight instruments and the maintenance and repair of aircraft systems;

3. Have the initial ability to control aircraft flight;

4. Familiar with conventions, laws and regulations on flight safety;

5. Understand the flight history of China;

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

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