Master of Science in Engineering in Aerospace Engineering - Computation

The MSE degree is the primary master’s degree offered in our department and provides students with a more in-depth knowledge of aerospace engineering topics beyond what is covered in the BSE program. The MSE is a coursework-based degree, with some research opportunities for those master’s students who are interested. The program typically takes three to four terms to complete (excluding summer, when no graduate courses are offered). Computation plays a fundamental role in the design, analysis and operation of modern Aerospace systems. Applications include flight software, embedded computing for on-board control,virtual wind tunnel simulations, and optimization of structural, aerodynamic and propulsion systems. Particularly, modern aerospace systems are inherently cyber-physical systems, and with the emergence of powerful computers, abundant sensors, and autonomy, computation is defining and driving the future of aerospace engineering. Our research and teaching span fundamental topics as well as leading-edge applications. Broadly speaking, our research is organized into two branches: Computer Science and Computational Science. Computer Science relates to software and avionics (cyber part), and Computational Science relates to analyzing, modeling, and designing the physical system (physical part). Underlying them is Data Science, another area of emphasis in the department, which pertains to the development of algorithms to extract knowledge and insight from real-world and simulation data, with the goal of application in decision-making scenarios.

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