Related employment direction:
1, you can continue your studies and enter colleges, scientific research institutions and other institutions to engage in the teaching and scientific research of aviation theory;
2, can enter the relevant scientific research institutes and state-owned enterprises, engaged in aerospace technology development, engineering design, R&D management and other work. Most scientific and technical personnel work in urban areas, and a small number of scientific and technical personnel need to work in the base;
3. Because the aerospace major will learn computer-related knowledge such as big data and artificial intelligence in the undergraduate training plan, it can also turn to interdisciplinary development. The computer field and electronic communication field have developed rapidly in recent years, and the overall salary is higher than other fields.
Training objectives:
Cultivate senior engineers and researchers who have a good foundation in mathematics and mechanics, have basic knowledge of aircraft engineering theory and engineering application, and can engage in general design, mechanism design, aircraft shape design, aircraft performance calculation and analysis, structural stress and analysis, aircraft fault diagnosis and maintenance, software development, etc. Aircraft (including spacecraft and launch vehicles), and can engage in general mechanical design and manufacturing.
Training requirements:
Students in this major mainly study the basic theoretical knowledge of aircraft design related disciplines, receive basic training in aerospace aircraft engineering, and have the basic skills to participate in aircraft design.