The broad scope of aerospace engineering encompasses the general areas of aeronautics and astronautics. Because these areas are so intimately related, many of the required courses of study overlap so the student will be well prepared for either general area. Some of the specific areas to be studied include the physics and computation of gas flow, heat transfer, and combustion processes; performance, dynamics and control of vehicles and other general systems; analysis of lightweight, high-strength, complex structural systems; and principles of jet and rocket propulsion systems. The program of study is well balanced and is directed towards developing both technical and non-technical skills and prepares the student for the work environment of the 21st century. The program trains the student in the use of analytical, computer, and laboratory skills, and further emphasizes interpersonal skills such as verbal and oral communication, and team work.

The curriculum is broad-based, and specifically designed to prepare the student for professional positions in the aeronautical and space industries. However, the educational background is general enough that students may utilize their education in a variety of other industries which require a strong analytical and computational background. The program provides a strong foundation for advanced graduate work. Students have also used their background for entry into non-technical fields of business, law, and medicine.

The undergraduate curriculum course structure has been arranged to develop students' background in basic sciences and mathematics during the first two years. The basic science principles are integrated into formulating and solving practical problems of interest starting in the second year. During this time, computer language and general computational skills are also emphasized. In the subsequent years, the student continues with the strong development of problem solving, design, and analysis skills. Students take well integrated sequences of courses in aerodynamics, propulsion systems, dynamics, and control. They are also introduced to the concept and analysis of systems. Students who meet a minimum grade point requirement may participate in an undergraduate research program within the department.

Department laboratories occupy an integral part of the overall course structure. Laboratory experience includes experimental techniques applicable to areas of fluid dynamics, structures, controls, and propulsion. Digital computer techniques are introduced early in the program and are generously used in the courses. Students gain practical experience in the application of academic studies through cooperative work in aerospace and allied industry, in government laboratories, or on departmental research projects.