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Aerospace Engineering at BIT, ranking among the best among domestic universities, is a national program.

The program at the school of Aerospace Engineering includes a combination of classroom, laboratory, and research experience that will give you knowledge and skills that meet and exceed the demands of today's workplace. The curriculum of includes 156 credit-hours, culminating, senior year, with the completion of a capstone research project in one of four application areas: Flight Vehicle Engineering, Flight Control, Launching and Propulsion Engineering, and Mechanics. As an undergraduate, you will be challenged to work harder than ever before, but you will be strongly supported by our experienced academic staff and an AE faculty advisor who has traveled the road before you. The school offers masters and doctoral degree programs in Aerospace Engineering for students, who would like to continue their educational journeys.

A primary goal of the aerospace engineering degree programs is to provide an educational experience and training that will prepare graduates to excel within the broad scope of the aerospace engineering professions. Our graduates can attain the professional and career accomplishments during the first few years following graduation.

· Our graduates can be employed in a professional aerospace or related engineering organization;

· Be admitted to graduate programs in engineering or other professional areas;

· Become an active participant in professional society activities;

· Demonstrate the initiative, motivation and ability to grow professionally in their chosen endeavor.

The core courses include Introduction to Flight Vehicle System, Fundamentals of Fluid Mechanics, Structural Analysis, Optimization Design Methods, Spacecraft Dynamics, Control System Analysis & Design, System Dynamics & Vibration, Flight Vehicle Guidance and Control, Introduction to Combustion Theory, Aerodynamics, Flight Vehicle Design, Autonomous Control of UAV and Jet Propulsion.

专业简介:本专业注重在航天器动力学与控制、自主导航、分布式航天器、行星着陆与返回等方面培养学生坚实的理论基础和开拓创新的思维方法,强调以工程应用为主的技能训练和实际创新能力的培养,使学生能够用系统的观点分析、综合解决航空航天以及相关领域的科学技术问题。航空航天工程专业培养具有扎实的数学、力学、航空航天等领域基础理论知识,掌握多门类专门学科知识,德、智、体、美全面发展,理工结合、素质全面、实践经验丰富、创造能力强、具有国际交流能力的拔尖创新人才和高素质专业人才。

毕业去向:毕业生可在航空、航天及兵器领域开展日后的学习和研究工作。

核心课程:航天工程概论、空气动力与飞行力学、航天器姿态动力学与控制、航天器轨道动力学与控制、航天器自主导航、现代控制原理、航天器返回与着陆、航天器最优估计原理、航天器系统与仿真、电工和电子技术、自动控制原理、工程力学等。

 


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