For example, the programs allow the students to minor in business, other engineering disciplines or areas of arts and science. A sequence of science and mathematics courses prepares the students for advanced engineering analysis. Early in their program, students also take courses which introduce engineering concepts, computer-graphics, computational software, and engineering design methodologies. As the basic science courses are being mastered, a sequence of engineering courses develops problem solving abilities in contemporary problem areas. The knowledge and abilities gained in the foundation courses are applied in advanced courses, which require increased maturity in applying analytical skills, problem solving techniques and the use of computer-based computational tools .
Advanced courses differ depending on the particular curriculum.
Required departmental courses assure the development of a sound foundation upon which to build a career. Furthermore, students choose technical electives from departmental courses or from other engineering or science disciplines. Required laboratory courses provide experience in the use of basic and advanced experimental methods. Applications cover the full range of mechanical and aerospace engineering areas. To ensure that each student has hands-on experience with the latest in test equipment and modern experimental methods, engineering laboratory courses are included in all programs in addition to the core requirements of a chemistry lab and two physics labs.