Flexible Spacecraft Dynamics
Modeling and control of flexible-body spacecraft — capturing structural modes and slosh so attitude control stays stable under real loads.
Modeling and control of flexible-body spacecraft — capturing structural modes and slosh so attitude control stays stable under real loads.
Control moment gyroscope clusters for high-agility, momentum-efficient attitude control.
Relative GNC for rendezvous and proximity operations. Closing the gap to a soft, repeatable capture.
Fuel-optimal powered-descent guidance and convex trajectory optimization for pinpoint, propulsive landings.
A thrust-vector-control testbed for validating gimbal actuation and closed-loop attitude control on real, flying hardware.