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About

P.C. Bennett is a pioneering roboticist whose career has been defined by tackling some of the most hazardous environments imaginable—radioactive zones and military threat areas. His research centers on radiation-hardened robotics, dexterous remote manipulation, and mobile manipulation for hazardous material handling. Bennett’s major contribution lies in systematically analyzing how robotic systems can withstand ionizing radiation, a critical step for deploying robots in nuclear accident recovery and spent fuel movement. His most cited work, "RHOBOT: Radiation hardened robotics" (1997, 9 citations), provides a foundational survey of component responses to radiation, directly informing the design of resilient systems. Bennett also championed a pragmatic middle ground between fatiguing manual teleoperation and brittle full autonomy, arguing for shared-control approaches that make remote manipulators easier to use. His applied impact is evident in field experiments at the U.S. Army Maneuver Support Center, where Sandia National Laboratories’ systems demonstrated advanced manipulation for hazardous activities. Additionally, Bennett conducted influential economic simulations showing that robotic automation of spent nuclear fuel handling could reduce both occupational exposure and processing time. His work on cask system design guidance for robotic handling remains a reference for engineers seeking to minimize human risk in nuclear waste operations.