Rylan Simpson

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About

Rylan Simpson is a researcher at the forefront of wearable robotic technologies, specializing in myoelectric control systems and cable-driven exosuits for upper limb assistance. His work focuses on developing intuitive, human-centered interfaces that bridge the gap between neural intent and mechanical action, enabling movement restoration for individuals with motor disabilities and performance augmentation for able-bodied users. Simpson’s most-cited paper, “Myoelectric Control Systems for Upper Limb Wearable Robotic Exoskeletons and Exosuits—A Systematic Review” (2022, 60 citations), provides a comprehensive synthesis of electromyography-based control strategies, establishing a foundational reference for the field. His notable contribution, “A Bilateral Six Degree of Freedom Cable-driven Upper Body Exosuit” (2022, 6 citations), introduces a novel lightweight, multi-degree-of-freedom system capable of bimanual task assistance—a significant step toward practical, everyday wearable robotics. By addressing the complexity of bilateral coordination and multi-joint control, Simpson’s research advances the feasibility of exosuits for rehabilitation, industrial support, and human augmentation. His work is shaping the next generation of adaptive, responsive wearable robots that seamlessly integrate with human physiology.