Rodrigo Ramon

Papers

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About

Rodrigo Ramon is a leading researcher in assistive and wearable robotics, with a primary focus on developing exoskeletons for hazardous industrial environments, particularly nuclear facilities. His work addresses the critical intersection of human safety and robotic assistance, targeting the high incidence of repetitive stress injuries among glovebox operators. In a landmark study sponsored by the U.S. Department of Energy and conducted at Los Alamos National Laboratory, Ramon demonstrated that injury rates among these workers can surge from 22% to 50% after just three hours of work. His most cited paper (6 citations) details the design and control of a "Hotcell Worker Assistive Robotic Exoskeleton," a direct response to this safety crisis. Ramon’s contributions extend to efficient human-machine interfacing, where he pioneered the use of EMG signals to model upper limb joint displacement for driving assistive SCARA robots. This work is foundational for creating more intuitive and responsive wearable devices. By combining rigorous biomechanical analysis with practical control system design, Ramon is not only advancing the field of rehabilitation and industrial robotics but also directly mitigating occupational hazards in one of the most challenging work environments on earth.