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About

L. Semeraro is a specialist in remote handling and robotic systems for extreme environments, with a particular focus on the calibration and geometric compensation of long-reach, flexible manipulators. Their key research areas include precision metrology, structural compliance, and the operational validation of robotic equipment for nuclear fusion facilities. Semeraro’s most significant contribution lies in advancing the geometric calibration of the ITER Articulated Inspection Arm (AIA), a long-reach robot designed for in-vessel inspection of fusion reactors. Their 2005 paper on this topic, which has garnered 10 citations, addresses the critical challenge of compensating for deflections and compliances in flexible, multi-jointed arms—work that is foundational to ensuring reliable remote handling in hazardous environments. Semeraro also led the standalone testing of CMM (Coordinate Measuring Machine) systems at DTP2, a study cited 11 times, which validated measurement accuracy under operational conditions. Though their citation counts are modest, Semeraro’s contributions are highly specialized and directly support the engineering of robust, high-precision robotic systems for one of the most demanding applications in modern science: the maintenance of ITER. Their work exemplifies the meticulous, problem-solving approach essential to fusion energy infrastructure.