H.W. Harvey

Papers

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About

H.W. Harvey is a pioneering figure in the application of robotics to nuclear power plant safety and maintenance. His research focuses on the development, testing, and cost-effective deployment of mobile robotic systems for hazardous environments. Harvey’s major contributions include the landmark in-plant testing of the SURBOT mobile surveillance robot at the Browns Ferry Nuclear Plant, which demonstrated that a single robot could reliably perform remote surveillance across 54 separate controlled radiation rooms, transmitting high-quality video and audio data. This work, cited 12 times, proved the practical viability of robotics for reducing human exposure to radiation. Additionally, Harvey co-developed the Cost-Effective Approach for Robotics Application (CARA), a systematic methodology for identifying and prioritizing robotic inspection tasks in existing plants. His 1984 report on this framework, with 11 citations, remains a foundational reference for integrating robotics into nuclear facility operations. By bridging engineering innovation with real-world utility, Harvey’s research has directly influenced how the nuclear industry approaches remote inspection, setting a standard for safety and efficiency that continues to guide new generations of roboticists and plant operators.