This project investigates the use of sublimators as a CubeSat cooling technology.

This project develops an approach to laundering textiles in space vehicles and habitats with human aerobic exercise, wastewater management, damage-reducing textile agitation, and a feedback metric for textile cleanliness

This project aims to develop the first agricultural drone that can take off like a helicopter, transition to wing-supported high-speed flight like an airplane, and then land like a helicopter.

This project aims to create a cost-effective, low complexity, and commercial-off-the-shelf system for UAV in-flight docking.