Aircraft Design and Engineering

Training objectives

Cultivate a solid foundation, strong professional ability, have basic theories of aircraft design and engineering application knowledge, and be able to engage in the overall design of aircraft (including spacecraft and vehicles), aerodynamic analysis and design, structural design, structural strength analysis and testing, aircraft Maintenance support technology and fault diagnosis, aviation maintainability design and management, and can be engaged in the design and manufacture of general machinery, etc., have a sense of social responsibility and international vision, high-quality engineers and researchers with comprehensive development of morality, intelligence, physical beauty.

Further study and employment direction

After graduation, students of this major can engage in aviation and aerospace vehicle design and research, general electromechanical equipment and other research and development work in aviation, aerospace, civil aviation, military and other departments, or engage in research and development related to this major in colleges and universities, government departments and the military Education and management work.

Aircraft Control and Information Engineering

Training objectives

Cultivate a solid foundation, strong professional ability, have basic theories of aircraft system design and engineering application knowledge, be able to engage in military/civilian manned/unmanned aircraft system design, aircraft integrated control system design and simulation, networked aircraft information system and design, aircraft system Dynamics modeling and simulation, automatic inspection of aircraft, electrical system design of multi-electric aircraft, aircraft support and maintenance, airworthiness and flight management, and be able to engage in related machinery, electronics, information industries, etc., have a sense of social responsibility and international vision, morality and wisdom High-quality engineering and technical personnel and researchers with comprehensive development of Timei.

Further study and employment direction

After graduation, students of this major can engage in aviation and aerospace, manned and unmanned aerial vehicle system design and research, aircraft system and control engineering, electronic information and application engineering, electrical engineering and automation, in aviation, aerospace, civil aviation, military and other departments after graduation. Work in related fields such as systems and network engineering, or engage in education and management related to this major in colleges and universities, government departments and the military.