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About

Glenn Reeves is a leading researcher in autonomous space systems, with a focus on enabling robotic exploration of extreme extraterrestrial environments. His work centers on developing onboard autonomy for high-risk, resource-constrained missions, particularly for Jupiter’s icy moon Europa. Reeves’s major contributions include the creation of the ARIEL system (Autonomous Ranking and Interrogation of Excavation Location), which allows a spacecraft to autonomously select and execute excavation sites without ground intervention—a critical capability given Europa’s long communication blackouts. He also pioneered a utility-driven scheduling framework that balances scientific return against limited energy and lifetime, as demonstrated in his 2024 paper. His 2023 work on a Europa Lander autonomy prototype (11 citations) showcases a full-stack solution for managing uncertainty and intermittent communications. Reeves’s research on multicore processors for space (2011, 6 citations) further advanced high-performance embedded computing. His cumulative work directly supports NASA’s Europa Lander Mission Concept, pushing the frontier of autonomous decision-making in deep space.