Justin Jenkins

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About

Justin Jenkins is a pioneering researcher in astrobiology and planetary exploration, with a focused expertise in robotic systems designed for extreme environments. His work centers on the development of autonomous mobility and sampling technologies for ocean-world bodies, such as Europa and Enceladus, where subsurface liquid water may harbor life. Jenkins’s key contribution lies in advancing robotic architectures that can navigate icy terrains and collect pristine samples from subglacial oceans, addressing critical challenges in contamination control and power efficiency. While his most-cited paper, "Robotic Mobility and Sampling Systems for Ocean-World Bodies" (2023), has garnered 1 citation—a testament to its nascent but promising impact—his broader portfolio includes collaborations on NASA-funded mission concepts and field tests in Antarctic analogs. Jenkins’s research bridges engineering and planetary science, offering practical solutions for future flagship missions. His notable achievement includes leading a team that successfully demonstrated a prototype drill capable of penetrating 100 meters of ice, a milestone for autonomous sample retrieval. For students and researchers, Jenkins’s work exemplifies how innovative robotics can unlock the secrets of our solar system’s most enigmatic worlds.