拥有航空航天工程理学硕士的毕业生期待着责任更高的职业机会。机会领域包括但不限于航空航天器和结构的力学，复合材料，有限元分析，实验和计算流体动力学，航空航天器的飞行动力学和控制，高级控制理论及其在航空航天系统中的应用，以及电动推进。随着知识库的快速扩展，航空航天工程师的机会不断发展。至少30个学期的学分。
When you earn an M.S. in Aerospace Engineering from Wetern Michigan University, you will unlock research experiences and career opportunities in this rapidly expanding area of knowledge. Your education will lead to higher levels of professional responsibility such as mechanics of aerospace vehicles and structures, composite materials, finite element analysis, experimental and computational fluid dynamics, flight dynamics and control of aerospace vehicle, advanced control theory and its application to aerospace system, and electric propulsion. Opportunities for aerospace engineers continue to develop with the rapid expansion of the knowledge base.