Brief introduction of college
The college undertakes a number of major and key national scientific research projects, with an average annual total scientific research expenditure of over 654.38 billion yuan in recent years. The college pays attention to the combination of students' education and teaching, attaches importance to the cultivation of innovative ability and comprehensive quality, and supports students' extracurricular scientific and technological innovation activities and subject competitions. In recent years, it has won more than international awards 10, nearly 20 national awards and nearly 30 provincial and ministerial awards. The College has established cooperative relations with famous foreign universities in personnel training, sent many teachers abroad for further study or degree study, and 65,438+00% undergraduates went to famous foreign universities for graduation design, study visits and exchanges. In the past three years, the employment rate of undergraduates has been above 98%. According to the school's development strategy of "strengthening the foundation, promoting trust and expanding the sky", the Institute of Aeronautics and Astronautics will actively expand into the field of aerospace science and technology on the basis of maintaining its existing characteristics and advantages, and gradually make it the main force of the school's overall spacecraft technology research and teaching and the main window and cooperation channel of aerospace science and technology industry.
Aircraft design and engineering major ~
Training objectives: Engaged in theoretical research and experiment, design and development, technical management and other work in the aerospace field.
Professional content: this major focuses on aerospace science and technology, mechanics, control science and engineering, and studies the basic theory and professional knowledge of aircraft overall design, aircraft structure design, aircraft flight mechanics and control.
Main courses (groups): engineering mechanics, structural mechanics, aerodynamics, flight mechanics, mechanical design and manufacturing foundation, electrician and electronic technology, microcomputer principle and application, automatic control principle, guidance and control technology, structural design, aircraft system design, test technology, etc.
Employment and further study: this major has the right to award master's/doctor's degrees, and the proportion of 20 10 graduate students reaches more than 65%. Graduates face the fields of national defense science and technology, such as aerospace, aviation and weapon science and technology, and are mainly engaged in theoretical research, technology development, overall demonstration, scheme design and technical management of aircraft design, especially guided aircraft. In recent years, the employment rate of graduates of this major has reached 100%.
Academic system and degree awarding: the academic system is four years, and the bachelor of engineering degree is awarded.
Space transportation and control specialty
Training goal: to engage in theoretical research, design and development, experimental research and technical management of spacecraft systems in aerospace and other national defense science and technology fields.
Professional content: This major focuses on aerospace science and technology, control science and engineering, mechanics, focusing on the basic theory and professional knowledge of spacecraft launch and propulsion principle, space flight control, spacecraft landing and recovery, celestial mechanics, space launch technology and other disciplines.
Main courses (groups): aerodynamics, flight mechanics and orbital dynamics, spacecraft control principle, space measurement and control principle, spacecraft return and landing, spacecraft analysis and design, space propulsion principle, spacecraft launch technology, electrician and electronics technology, automatic control principle, reliability engineering, microcomputer principle and application, etc.
Employment and further study: this major has the corresponding right to award master's/doctor's degrees. Graduates face the fields of national defense science and technology such as aerospace and aviation technology, and are mainly engaged in spacecraft dynamics and control, spacecraft propulsion and launch, spacecraft return and landing, space transportation engineering and related system design, research and development, overall demonstration, scheme design and technical management.
Academic system and degree awarding: the academic system is four years, and the bachelor of engineering degree is awarded.
Employment and further study: this major has the right to award master's/doctor's degrees, and the proportion of 20 10 graduate students reaches more than 45%. Graduates face the fields of national defense science and technology, such as aerospace and aviation technology, and are mainly engaged in theoretical research, technology development, overall demonstration, scheme design and technical management of spacecraft. In recent years, the employment rate of graduates of this major has reached 100%.
Aircraft power engineering
Training objectives: Engaged in theoretical research and test, design and development, technical management of aircraft propulsion system in the aerospace field.
Professional content: This major focuses on aerospace science and technology, (thermal) mechanics and mechanical engineering, focusing on the basic theory and professional knowledge of aircraft propulsion system principle and design and related disciplines.
Main courses (groups): engineering mechanics, engineering thermodynamics, structural mechanics, gas dynamics, mechanical design basis, mechanical manufacturing basis, electrical and electronic technology, microcomputer principle and application, automatic control principle, testing technology, aerospace propulsion principle, engine design, etc.
Employment and further study: this major has the right to award master's/doctor's degrees, and the proportion of 20 10 graduate students reaches more than 45%. Graduates face the fields of national defense science and technology such as aerospace, aviation, ship, weapon science and technology, and are mainly engaged in theoretical research, technical development, overall demonstration, scheme design, experimental technology research and technical management of aircraft propulsion system and thermal engine system. In recent years, the employment rate of graduates of this major has reached over 98%.
Academic system and degree awarding: the academic system is four years, and the bachelor of engineering degree is awarded.
Weapons and launch system engineering
Training objectives: Engaged in theoretical research and testing, engineering design and development, and technical management of weapon systems, rocket and missile launching technologies and equipment and related majors in the fields of aerospace and weapon science.
Professional content: This major focuses on aerospace science and technology, mechanics, mechanical engineering, control science and engineering. Focus on the basic theory and professional knowledge of interior ballistics, launcher design and other disciplines.
Main courses (groups): engineering mechanics, structural mechanics, gas dynamics, mechanical design and manufacturing foundation, electrician and electronic technology, microcomputer principle and application, automatic control principle, launch dynamics, launch system design, test technology, etc.
Employment and further study: this major has the right to award master's/doctor's degrees, and the proportion of 20 10 graduate students reaches more than 45%. Graduates face the fields of national defense science and technology such as aerospace, ship and weapon science and technology, and are mainly engaged in the overall demonstration, theoretical research, experimental research, product design and technical management of aerospace ground engineering and weapon launching system. In recent years, the employment rate of graduates of this major has reached 100%.
Academic system and degree awarding: the academic system is four years, and the bachelor of engineering degree is awarded.
Aircraft design and engineering (undergraduate and postgraduate courses)
Training objective: To train research-oriented engineers and leading talents in the aerospace field with a solid foundation in mathematics, mechanics and control, strong innovative consciousness and practical ability, international competitiveness and meeting the needs of social development.
Professional content: focusing on aerospace science and technology, mechanics, control science and engineering, focusing on the basic theory and professional knowledge of aerospace, mechanics, control and other disciplines.
Main courses (groups): basic courses of mechanics, basic courses of mechanics, basic courses of control, basic courses of mechanics, basic courses of aerospace, system design, dynamics and control, navigation and guidance, propulsion and launch, structure and mechanics.
Employment and further study: The students in the master's training course of aircraft design and engineering are oriented to the first-class disciplines such as aerospace science and technology, mechanics, and the graduates are oriented to the fields of national defense science and technology such as aerospace and aviation science and technology, mainly engaged in related theoretical research, technology development, overall demonstration, scheme design, technology management, etc.
Academic system and degree awarding: the academic system is 8-9 years, and the doctor of engineering degree is awarded.
engineering mechanics
Training objective: To cultivate research-oriented talents with solid mechanical basic theory, calculation simulation and engineering experiment ability, who can engage in mechanical related scientific research, technology development and engineering design in aerospace, civil construction, machinery and vehicles, biomedicine and other engineering fields.
Professional content: This major focuses on mechanics, mathematics, aerospace science and technology, focusing on learning the basic theories and professional knowledge of dynamics and control, engineering materials and structural design, engineering calculation simulation and testing, biomechanics and other disciplines, and mastering the corresponding professional technology.
Main courses (groups): mathematical analysis, advanced algebra and analytic geometry, introduction and mathematical statistics, mathematical methods in mechanics, numerical analysis, engineering drawing, mechanical design, circuit analysis, automatic control theory, theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, fluid mechanics, aerodynamics, computational mechanics, experimental stress analysis, plastic mechanics, vibration theory, vibration testing technology, engineering materials. Biomechanics, introduction to aerospace engineering, spacecraft dynamics, spacecraft structure and design, optimization methods, modern control theory, modern testing technology, computer simulation engineering training, experimental testing engineering training, etc.
Employment and further study: this major has the right to award master's/doctor's degrees, and the proportion of 20 10 graduate students reaches more than 45%. Graduates face aerospace, mechanical engineering, civil engineering, biomedicine and other application fields, engaged in aerospace structural vibration control, advanced material design, biomechanics and bionic materials, structural simulation calculation and experimental testing. In recent years, the employment rate of graduates of this major has reached 95%.
Academic system and degree awarding: the academic system is four years, and the bachelor of engineering degree is awarded.
Personal opinion: the major is not bad, but it is definitely worse than Beihang University, but there are also many good teachers. One bad thing is that I was in Liangxiang two years ago. Although the accommodation is good, it is too remote and the transportation is inconvenient. Whether you can go to Beihang or Beihang, the scores are not much different.