This major trains compound talents who meet the needs of socialist modernization, develop morally, intellectually and physically in an all-round way, get the basic training of engineers, have innovative consciousness and master the basic science and technology of modern aircraft. Have the basic theory and engineering application knowledge of aircraft design engineering, and be able to engage in scientific research, technical development, design and production in the fields of aircraft overall design, mechanism design, shape design, aircraft performance calculation and analysis, structural stress and analysis, software development, etc. , and engaged in aircraft design and manufacturing, experimental research, operation management and sales.
Main disciplines and related disciplines
Main disciplines: aerospace science and technology
Related disciplines: mechanics, mechanical engineering, power engineering and engineering thermophysics, nuclear science and technology, chemical engineering, materials science and engineering, humanities and social sciences, management disciplines, information, control and computer disciplines.
main course
Theoretical mechanics, material mechanics, fluid mechanics, elastic mechanics, aerodynamics, flight mechanics, structural mechanics of aircraft, engineering materials foundation, engineering drawing, mechanical design foundation, electrical and electronic technology, computer program design, aerospace large-scale structural analysis software application, microcomputer principle and interface technology, automatic control principle, aircraft system design, aircraft overall design, aircraft structural design, missile introduction.
Main practical links
Safety education, social practice, engineering training, engineering practice, computer practice of structural analysis software, curriculum design of structural mechanics of aircraft, production practice, curriculum design, scientific research training (paper writing, literature review, information inquiry, special reports, etc.). ), graduation project.
Academic system and degree
Four-year academic system, bachelor's degree in engineering
Graduation conditions
Minimum completion 180 credits (in class) +8 credits (after class), of which 1 16 credits are compulsory, 37 credits are optional, 26 credits are concentrated practice, and 8 credits are extracurricular practice. I. Training objectives
Cultivate compound talents with all-round development in morality, intelligence, physique and aesthetics, master certain mathematical foundation and mechanical theory knowledge, modern experimental and testing technology of mechanics, engineering numerical calculation and software application technology, and be able to comprehensively apply basic theory, professional technology and skill analysis to solve mechanical problems in various engineering fields. Undergraduate graduates should have a wide range of knowledge, have certain mechanical modeling and theoretical analysis capabilities, and be competent in engineering design, experimental research, software development and technical management related to mechanical problems.
Second, the main disciplines and related disciplines
Main subject: mechanics
Related disciplines: mechanical engineering, aerospace, materials science and engineering, civil engineering, energy and power.
Third, the main courses
Theoretical mechanics, material mechanics, elastic mechanics, vibration mechanics, computational mechanics, experimental mechanics, fluid mechanics, computer software foundation.
Fourth, the main practical links
Computer culture foundation, graduation project (thesis), production practice, metalworking practice, engineering training.
V. Academic System and Degree
Four-year schooling, bachelor of engineering.
Six, graduation conditions
Minimum completion 180 credits +8 credits (including compulsory 124 credits, elective 3/kloc-0 credits, concentrated practice 25 credits and extracurricular practice 8 credits). Main practical links
Social practice, engineering training, engineering practice, flight simulation experiment, micro air vehicle design and manufacturing experiment, production practice, curriculum design, scientific research training (paper writing, literature review, information inquiry, special report, etc.). ), graduation project.
Academic system and degree
Four-year academic system, bachelor's degree in engineering
Graduation conditions
Minimum completion 180 credits +8 credits (including compulsory 1 15 credits, 37 credits for elective courses, 28 credits for concentrated practice and 8 credits for extracurricular practice).