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About

Jeremy Shidner is a leading aerospace engineer whose research focuses on the critical challenge of Entry, Descent, and Landing (EDL) systems for Mars exploration. His work addresses the fundamental problem of safely delivering increasingly large payloads—from robotic landers to future human missions—to the Martian surface. Shidner’s most significant contributions are documented in the landmark “Entry, Descent and Landing Systems Analysis Study” reports, commissioned by NASA senior management in 2008. These studies, which have garnered over 145 combined citations, systematically identified and roadmapped the key technology investments needed to achieve landed masses far beyond the current 1-1.5 metric ton capability. His Phase 1 report (97 citations) and Phase 2 report (27 citations) provide the foundational analysis for developing the next generation of Mars EDL systems. Shidner also advanced trajectory guidance techniques for Mars robotic precursors, including aerocapture and precision landing. His work is essential reading for anyone studying planetary entry and has directly shaped NASA’s strategic investments in technologies like supersonic retropropulsion and advanced thermal protection systems, paving the way for humanity’s eventual return to Mars.