Aerospace Systems
| This emerging thrust area deals with the
integration of basic mechanical and aerospace sciences in aerospace systems. The focus is
on the synthesis of multi-disciplinary technologies in the design of complex engineering
systems that govern the operation, performance, and economic viability of aerospace
vehicles. Ph.D. graduate studies involve the mastery of at least two fundamental
disciplines; in-depth scholarly research in one of those disciplines; and demonstration of
the successful integration of the resulting technologies in an aerospace system.
Integration includes factors such as risk assessment, cost assessment, and life cycle
analysis. Elements of information technology and multi-disciplinary design optimization
are applied where appropriate in the process of technology synthesis. Example systems
include: aviation security; reusable launch vehicles; rotary wing aircraft; and systems of
aircraft in formation. Depending on the nature of the thesis project, Ph.D. students wishing to enter this interdisciplinary thrust must demonstrate expertise in two of the four thematic areas of the MAE Department: Continuum Mechanics, Micro/Nanomechanics, Systems & Design, and Power, Propulsion & Environment. |
Participating Faculty