Design, manufacturing, and flight testing of experimental high-power sounding rockets. Focus on custom solid motors, composite airframes, and dual-deploy recovery systems.
Developing volume-constrained payloads (soda can sized) that are launched via rocket or drone to collect atmospheric telemetry and validate descent control algorithms.
Engineering 1U to 3U nanosatellites utilizing standardized forms for LEO deployment. Focusing on extreme environment survivability and EPS (Electrical Power Systems).
Prototyping automated ground vehicles for simulated extraterrestrial terrain navigation, utilizing advanced computer vision, LIDAR mapping, and robotic sample caching.