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The Master of Science in Aerospace Engineering equips students to pursue doctoral studies or enter the workforce with qualifications surpassing those of a bachelor's degree.
The Department of Aerospace Engineering conducts cutting-edge research in modern facilities. The Advanced Performance Composite Materials Laboratory specializes in pioneering techniques for monitoring the structural integrity of composite materials, featuring capabilities for fatigue testing, fracture analysis, and non-destructive evaluation. The Autonomous System Research Lab explores control and monitoring systems for UAS to achieve advanced autonomous and collaborative operations in unmanned aerial and ground vehicles. Additional departmental resources include a low-speed wind tunnel and a two-stage light gas gun. Faculty and students also engage in research at the Advanced Composites Institute, which houses the Marvin B. Dow Stitched Composites Development Center, the Raspet Flight Research Laboratory, and the Center for Advanced Vehicular Systems (CAVS) - part of the High Performance Computing Collaboratory. Competitive graduate assistantships for both research and teaching are offered to exceptional students.