密西根州立大学的ASE本科课程提供以下两个重点：航空：航空器的研究，设计和制造，以及在地球大气层和航天中操作飞机和火箭的技术：人类太空旅行和探索地球之外的科学技术大气层。航空航天工程系的主要优势之一是本科生必须接触当前的航空航天工程实践。航空航天工程的学术经验集中于学生的参与。该系致力于为合格的学生提供具有行业竞争力，受到行业，政府和学术领袖认可的全国性航空航天教育。ASE的航空航天工程学士学位主要致力于在大气，外层空间或流体介质中运行的飞机，导弹和航天器的性能分析，设计，测试和预测。该课程的目标是为学生
Aerospace engineering is both the most specialized and the most diversified of fields. Products and spin-offs from aerospace projects are now used in many households, such as non-stick cookware coatings and freeze-dried foods. Aerospace professionals apply their knowledge to design better aircraft, send a spacecraft to Mars, or design a satellite to predict the weather. The same aerospace professionals may also apply their knowledge to study wind stress on new buildings, to eliminate energy waste in skyscrapers, to design automobiles, high-speed trains and ships, or to aid in artificial heart research. The future of aerospace engineering is as exciting and challenging as its history.<br><br>Engineering graduates are qualified to assume entry level positions in industry or government, or to continue formal education at the graduate level. An undergraduate engineering student, regardless of the declared major, is provided a core of basic technical knowledge, a broad exposure to the social sciences and humanities, and a special sequence of engineering-like experiences.