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About

Kevin Giraud-Esclasse is a leading figure in humanoid robotics, with a focus on developing platforms and algorithms for complex, real-world locomotion and interaction. His most impactful contribution is the introduction of the TALOS humanoid robot, a state-of-the-art platform designed for industrial applications that emphasizes both high performance and safe physical human-robot interaction—a work that has garnered 150 citations. Giraud-Esclasse’s research spans multi-contact locomotion in challenging environments, as demonstrated in the Loco3D project, and the integration of visual servoing with motion planning to enable vision-guided, autonomous behavior. He has also advanced the fundamental hardware of humanoid robots, notably through the design and control of efficient, back-drivable electric actuators that reduce friction and improve energy efficiency. His work on benchmarking the robust HRP-2 humanoid has helped establish performance standards for the field. By bridging the gap between robust hardware design and sophisticated control, Giraud-Esclasse is paving the way for the next generation of humanoid robots capable of operating safely and effectively alongside humans in industrial settings.