The CHANGES team is validating a novel technology to serve as a non-pharmaceutical countermeasure to Space Adaptation Sickness by testing in microgravity conditions aboard parabolic flights.
Our lab collaborated with NASA's Johnson Space Center (JSC) to design and test an extravehicular activity (EVA) spacesuit helmet-mounted display (HMD) to enhance astronaut situational awareness during underwater EVA training.
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.
