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About

Pascal Labrecque is a leading researcher in physical human-robot interaction (pHRI), with a focus on developing intuitive and safe robotic systems for industrial cooperation. His key contributions center on low-impedance manipulators and admittance control, enabling robots to work alongside humans with minimal effort and maximum responsiveness. His most cited work, "uMan: A Low-Impedance Manipulator for Human–Robot Cooperation Based on Underactuated Redundancy" (2017, 50 citations), redefines underactuated design to achieve fine manipulation regardless of payload shape or weight, directly addressing assembly industry needs. Labrecque's research on variable admittance (2018, 33 citations) and active-passive dynamics decoupling (2016, 28 citations) further enhances bilateral force amplification, allowing seamless transitions between free-space motion and constrained tasks. His innovative control algorithms, such as those in "Robotic force amplification with free space motion capability" (2014), cancel robot dynamics to improve user experience. By optimizing performance through complementary stability (2015), Labrecque has advanced multi-DOF manipulator control, making human-robot cooperation more intuitive and efficient. His work, cited over 120 times, is pivotal for students and researchers aiming to design safer, more responsive collaborative robots for industrial applications.