Aerospace Engineering [BACHELOR DEGREE ]

Aviation and aerospace are important areas of international competition in the 21st century, and are also strategic high-tech industries that the country is striving to develop. Beijing Institute of Technology follows the overall development strategy of “strengthening, promoting, and expanding the sky”. The Department of Aerospace Transportation and Control was established in 2006 and was renamed the Department of Aerospace Engineering in 2012. The training of talents is carried out in the forefront of major spacecraft’s orbital dynamics and control, formation flying, autonomous control, autonomous navigation, and planetary landing.

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    Professional introduction: Aviation and aerospace are important areas of international competition in the 21st century, and are also strategic high-tech industries that the country is striving to develop. Beijing Institute of Technology follows the overall development strategy of “strengthening, promoting, and expanding the sky”. The Department of Aerospace Transportation and Control was established in 2006 and was renamed the Department of Aerospace Engineering in 2012. The training of talents is carried out in the forefront of major spacecraft’s orbital dynamics and control, formation flying, autonomous control, autonomous navigation, and planetary landing.

      Training objectives: The aerospace engineering major has a solid basic theoretical knowledge in mathematics, mechanics, aerospace and other fields, masters a variety of specialized subject knowledge, comprehensive development of morality, intelligence, physical, and beauty, integration of science and engineering, comprehensive quality, and rich practical experience. Top-notch innovative talents and high-quality professionals with strong creativity and international communication capabilities. This major focuses on basic theory and its integration with engineering practice, and is oriented towards the modernization of national aerospace and has talent training characteristics that closely integrate the needs of aviation, aerospace and industrial modernization.

      Main subjects and main courses (groups): Main subjects: Aerospace Science and Technology, Mechanics, Control Science and Engineering. Main courses (groups): Introduction to Aerospace Engineering, Aerodynamics and Flight Mechanics, Spacecraft Attitude Dynamics and Control, Spacecraft Orbital Dynamics and Control, Spacecraft Autonomous Navigation, Modern Control Principles, Spacecraft Return and Landing, Spacecraft Most Principles of optimal estimation, spacecraft systems and simulation, electrical and electronic technology, principles of automatic control, engineering mechanics, etc. Specialized courses (3~5 courses): Aerodynamics and flight mechanics, spacecraft attitude dynamics and control, spacecraft orbit dynamics and control, spacecraft autonomous navigation, spacecraft return and landing. Professional fields of graduates: Graduates are oriented towards aerospace science and technology. Graduate job type: For the aerospace field, mainly engaged in aerospace mission system design, spacecraft dynamics and control, spacecraft autonomous navigation, planetary landing and return, deep space exploration, and related overall design, program design, and systems Research and development, technological innovation and technological management, etc.

    University

    Beijing Institute of Technology

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