NASA Selects University Teams to Help Advance Aviation Research
NASA awarded $30 million to four university teams to advance aviation research, focusing on supersonic propulsion, AI-enabled avionics, urban air mobility noise reduction, and next-generation aircraft design.
NASA has selected four university teams through its University Leadership Initiative to conduct research aligned with the agency’s aeronautics goals. The projects include developing supersonic propulsion systems, improving air traffic management, and integrating new air transportation options into the national airspace. The awards, totaling approximately $30 million, will support multiyear research efforts led by student and faculty teams in collaboration with industry and government partners. NASA’s Glenn Research Center in Cleveland will oversee the initiative, emphasizing workforce development and practical aviation advancements.
The first project, led by Terrence Meyer, aims to create a fuel-flexible propulsion system capable of operating in both subsonic and supersonic modes. The system would use a traditional turbofan for takeoff and subsonic flight before transitioning to a ramjet engine for supersonic cruise at speeds exceeding Mach 4. This research seeks to enable efficient high-speed flight while addressing challenges in propulsion technology for commercial applications.
Somil Bansal’s team will develop an avionics system incorporating machine learning to manage aircraft communications and navigation. The project focuses on ensuring continuous safety reinforcement in operations, providing a framework for the aviation sector to safely integrate AI-enabled systems into the national airspace. This research could support the modernization of air traffic control and enhance the reliability of advanced flight vehicles.
Juan Alonso’s project will establish a center to design low-noise flight paths for small aircraft operating in urban environments. By integrating realistic sound propagation models, the team aims to reduce community noise exposure from emerging urban air mobility operations. The initiative supports the development of practical solutions for integrating new aircraft types into densely populated areas while minimizing environmental impact.