Alex Lee, has received the DoD's National Defense Science and Engineering Graduate (NDSEG) Fellowship for his proposal on 'Improving the precision level of relative positioning of satellites (probably small sats) by using quantum metrology so that formation flying satellites can have improved capability on remote sensing, etc.' This fellowship will fund his reseach for three years under the advisement of Dr. Brian Gunter.
Prof. Ho has been awarded a five year NSF CAREER grant to design flexible complex systems with coupled and co-evolving subsystems under operational uncertainties. Central to his work will be a study of the staged deployment of coupled subsystems, a move that is expected to enhance flexibility and mitigate uncertainties.
Read more about the work here.
Prof. Koki Ho
Hao Chen, received the Luigi Napolitano Award at the International Astronautical Congress (IAC) in Washington DC this week. This award is given by the International Astronautical Federation (IAF) annually to a young scientist, under age 30, who has contributed significantly to Aerospace Science. Hao's paper takes a unique perspective of using game theory and mathematical optimization to design an incentive mechanism to stimulate the participation of the commercial industries in space exploration, providing a large impact on the emerging space commercialization trend.
Prof. Ho has received a Defense Advanced Research Projects Agency (DARPA) Young Faculty Award and a NASA Early Career Faculty Award for two projects that utilize space system optimization. His DARPA research will focus on network-based simulation concept to optimize logistics design for on-orbit, servicing, assembly, and manufacturing (OSAM) missions and through his NASA award, Ho's research group will develop new approaches to safely, accurately, and efficiently land space vehicles in uncertain environments.
Prof. Koki Ho is seen here accepting his Young Faculty Award from DARPA program manager Dr. Michael Fiddy
Working alongside his advisor, Prof. E. Glenn Lightsey, William will use his NSTRF to support research into a new Doppler-based tracking system to be used to locate land rovers - and, eventually, people - on distant planets. He hopes to improve the Techonology Readiness Level (TRL) of this system.