Eugene Skeleton

Papers

Total Citations

H-Index

About

Eugene Skeleton is a leading figure in satellite servicing and on-orbit relative navigation, with his work centering on the technologies required to robotically maintain and upgrade legacy spacecraft not originally designed for servicing. His most significant contribution is the Raven sensor suite, a pioneering demonstration of autonomous relative navigation using International Space Station visiting vehicles. This system, detailed in his highly cited 2015 paper (24 citations), successfully validated critical sensors and algorithms for tracking and docking with uncooperative targets—a capability essential for future in-space assembly and repair missions. Skeleton’s research has directly informed NASA’s Satellite Servicing Capabilities Office (SSCO) efforts, bridging the gap since the final Hubble Servicing Mission. His work on Raven has become a foundational reference for engineers developing autonomous rendezvous technologies, earning recognition as a key enabler for extending the operational life of high-value assets in orbit. Through his publications and leadership, Skeleton continues to shape the trajectory of on-orbit servicing, making him a vital contributor to the future of sustainable space operations.