Taylor C. Hansen

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About

Taylor C. Hansen is a rising leader in assistive robotics and rehabilitation engineering, whose work directly addresses the critical need for restoring independence in individuals with severe motor impairments. Her primary research areas center on developing intuitive control systems for assistive robotic manipulators (ARMs) and advancing validation methods for myoelectric prosthetic control. Hansen’s major contribution includes the creation of a groundbreaking multimodal control system for ARMs, designed specifically for individuals with tetraplegia. This system, detailed in her most-cited paper (2024, 10 citations), enables users to perform essential daily tasks—like opening doors and eating—without requiring functional hand use, thereby dramatically increasing post-injury independence. She also pioneered a multi-user transradial functional-test socket (2022, 6 citations), a cost-effective and time-efficient tool that allows researchers to validate novel myoelectric prosthetic control strategies without relying on traditional custom-fabricated sockets or virtual reality simulations. By tackling both the user interface and the research infrastructure challenges, Hansen’s work accelerates the translation of innovative control algorithms into practical, life-changing devices. Her achievements position her as a key figure bridging the gap between laboratory research and real-world rehabilitation solutions.