Mississippi State’s undergraduate program leading to a Bachelor’s of Science in Aerospace Engineering primarily focuses on the analysis, design, testing, and prediction of performance of aircraft, missiles, and spacecraft which operate in the atmosphere, outer space, or in a fluid medium. The objectives of the curriculum are to provide the student with a fundamental engineering education based on a strong foundation in mathematics and the physical and engineering sciences, and to apply engineering fundamentals specifically to the field of Aerospace Engineering. The major area of study comprising the Aerospace Engineering curriculum at MSU include aerodynamics, propulsion, flight mechanics, structures, stability and control, astrodynamics, composite materials, and multidisciplinary design.

Careers for the Aerospace Engineering graduate cover a diverse range of job opportunities. During the 90’s, the industry saw a rebirth in employment opportunities. Well-educated engineers such as those produced by the Aerospace Engineering program at MSU have the capability of working on large projects, inside and outside the traditional aerospace industry. Aerospace engineers have the expertise and training sought by industries nationwide to provide guidance on systems and approaches to completing various tasks. Graduates may work in a variety of specialties such as aerodynamics research, applied aerodynamics, wind tunnel testing, structural analysis, propulsion engineering, automatic control development, systems analysis, flight testing, astrodynamics, aircraft or spacecraft design, guidance and control, flight safety, manufacturing liaison, and sales & marketing.