Yves Fortin

Papers

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About

Yves Fortin is a leading figure in precision robotics, with a focus on in-situ calibration and force-interactive manufacturing. His most cited work, "In-situ elastic calibration of robots," introduces a minimally-invasive technology for robot elastic calibration (IREC), specifically designed for accuracy-demanding processes where robots exchange forces with their environment. This method, validated through aerospace case studies, addresses a critical challenge in industrial robotics: maintaining precision under load without costly downtime. Fortin’s contributions have garnered 8 citations since 2024, reflecting growing interest in practical, non-disruptive calibration solutions. His research bridges the gap between theoretical elasticity models and real-world manufacturing, enabling robots to perform high-tolerance tasks like drilling and assembly in aerospace. By developing cover-based pose search techniques, he has made calibration accessible for field applications, reducing the need for specialized equipment. Fortin’s work is notable for its direct industrial impact, offering a scalable path to enhanced robot accuracy. For students and researchers, his approach exemplifies how rigorous engineering can solve practical problems, making him a key voice in the evolution of adaptive, force-aware robotics for advanced manufacturing.