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The Department of Aerospace Engineering at the University of Maryland, College Park (www.aero.umd.edu) is seeking exceptional candidates with demonstrated technical expertise, creativity and leadership in the arts and sciences of vertical lift / rotary-wing aircraft across a broad range of disciplines covering both conventional and future configurations.
The disciplines of particular interest are, but not limited to rotorcraft structures and design, computational and experimental aeromechanics, all-electric and hybrid-electric propulsion, autonomy, advanced air-space concepts such as urban and on-demand air mobility, and robotic rotorcraft for Mars or other planetary exploration, and flight dynamics and controls. The term aeromechanics combines aerodynamics, structural dynamics, handling qualities, and acoustics.
Exceptional applicants working in other areas such as experimental acoustics, emerging data sciences and computing, and hydrogen propulsion who are interested in rotorcraft research will also be considered.
The candidate will be a member of the Alfred Gessow Rotorcraft Center and will be expected to create multidisciplinary research programs that take advantage of unique campus and Alfred Gessow Rotorcraft Center facilities, such as the historic 8- by 11-ft 200 knot Glenn L Martin wind-tunnel (https://windtunnel.umd.edu), 20- by 20-ft anechoic chamber, Mach-scale rotor rigs,1000-core HPC clusters, and UAS flight test facility (https://uas-test.umd.edu), as well as the E.A. Fernandez IDEA factory.
They are expected to create undergraduate and graduate-level classes that train rotorcraft students in the core disciplines as well as introduce them to emerging areas. The Department of Aerospace Engineering (AE) is a dynamic and growing department with 23 faculty, three National Academy of Engineering Members, six named faculty professorships and annual research expenditures of approximately $16M.
The department has strong research and instructional programs in several core areas including: aerodynamics and propulsion, smart and composite structures, space systems, rotorcraft, autonomous vehicle systems, and hypersonic vehicle systems. Close proximity to key elements of the federal research and development infrastructure can lead to substantial opportunities for collaborative research in problems of national interest and importance.
Best consideration date is November 17, 2023.
To learn more or apply, visit: https://ejobs.umd.edu/postings/114498
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