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About

Y. Laroche is a leading figure in the development of portable robotic systems for the in-situ maintenance and repair of large hydropower infrastructure. His key research areas encompass field robotics, automated manufacturing, and the application of specialized manipulators for confined-space interventions. Laroche’s major contribution is the creation of the SCOMPI robot, a unique, track-based, multiprocess platform designed to perform complex tasks—such as welding, grinding, and inspection—directly on turbine runners and gate wheel tracks, eliminating the costly and time-consuming process of disassembling and shipping equipment off site. His most-cited work, "A portable, multiprocess, track‐based robot for in situ work on hydropower equipment" (43 citations), demonstrates the system’s ability to address cavitation damage and cracking with high precision. This foundational paper, along with "Field repair and construction of large hydropower equipment with a portable robot" (32 citations), has established a new paradigm for cost-effective, on-site automation in the hydropower industry. By coupling advanced robotics with tight-tolerance rectification, Laroche’s innovations have significantly reduced downtime and operational costs, making him a pivotal figure in modern industrial robotics.