Paul Steele

Papers

Total Citations

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About

Paul Steele is a leading researcher in industrial and space robotics, with key contributions spanning high-precision manufacturing and autonomous space exploration. His most cited work, "A Comparison between Indoor GPS versus Laser Tracking Metrology for Robotic Drilling" (2006, 12 citations), addresses a critical challenge in aerospace manufacturing: achieving the sub-millimeter accuracy required for drilling and trimming composite components. By evaluating metrology systems for real-time robot guidance, Steele’s research directly enabled the integration of industrial robots into Hawker de Havilland’s assembly processes, bridging the gap between robotic flexibility and aerospace-grade precision. Beyond terrestrial applications, Steele has advanced space robotics through his work on the European Space Agency’s METERON project. His 2015 paper, "How to plug-in your rover into a space mission to moon or mars" (8 citations), proposes standardized telerobotics service interfaces that allow seamless integration of robotic agents into human-robotic missions—a foundational step toward interoperable systems for lunar and Martian exploration. Additionally, his 2017 work "MOE: A System Infrastructure for Robotic Experiments" (4 citations) provides a modular framework for reproducible robotics research. Though citation counts are modest, Steele’s impact is profound in applied settings: his metrology comparisons have influenced industrial robot calibration standards, while his space robotics frameworks support ESA’s vision for collaborative human-robot teams in deep space.