COURSE CURRICULUM

The Bachelor of Science (BS) in Aerospace Engineering is a rigorous 129-credit-hour program designed to prepare students for careers in aircraft, spacecraft, propulsion systems, aerospace manufacturing, research, and advanced engineering design. The curriculum combines a strong foundation in mathematics, science, engineering principles, and aerospace-specific coursework. Students complete general education requirements along with extensive studies in Calculus I, II, and III, Differential Equations, Physics, Chemistry, Engineering Ethics, and Economics. The major curriculum develops technical expertise through courses in Statics, Circuits, Thermodynamics, Engineering Computation, Engineering Graphics, Materials Engineering, Dynamics, Mechanics of Materials, Atmospheric Flight, Aerodynamics, Aerospace Propulsion, Experimental Methods, Flight Dynamics and Control, Flight Structures, and Flight Control Systems. A major feature of the program is the two-course Aerospace Design sequence, which serves as the required applied learning experience and allows students to solve real-world aerospace engineering challenges through team-based design projects. Students also complete technical electives, with most selected from aerospace engineering topics to support specialized interests. The program offers two optional concentration tracks. The Applied Propulsion Track focuses on propulsion technologies, jet engines, aerodynamics, fluid flow, computational analysis, vibration analysis, manufacturing methods, and aircraft assembly, preparing students for careers in propulsion system design and aerospace manufacturing. The Space Systems Track emphasizes spacecraft engineering, orbital mechanics, satellite technology, advanced dynamics, flight control systems, optimization, neural networks, and space physics, preparing students for careers in space exploration and satellite development. Throughout the program, students gain hands-on experience through laboratories, design projects, research opportunities, and industry engagement. The curriculum develops strong analytical, computational, problem-solving, communication, and teamwork skills that are essential in the aerospace industry. Graduates are prepared for employment with aerospace manufacturers, defense contractors, space agencies, aviation companies, and research organizations, while also possessing the academic background necessary for graduate studies in aerospace engineering and related disciplines. The combination of advanced technical coursework, applied learning, and specialized tracks makes the program a comprehensive pathway into the aerospace profession.