Scott Phan

Papers

Total Citations

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About

Scott Phan’s research bridges rehabilitation engineering and mobile robotics, with a focus on developing practical, human-centered technologies. His most cited work, “Guided physical therapy through the use of the Barrett WAM robotic arm” (2014, 15 citations), demonstrates a pioneering approach to integrating robotic assistance into rehabilitation. By leveraging the Barrett WAM arm’s dexterity, Phan explored how robotic guidance could enhance traditional physical therapy for patients recovering from motor function loss—complementing expert therapists while offering a rich platform for data-driven recovery. This work highlights his commitment to translating advanced robotics into accessible clinical tools. In parallel, Phan contributed to field robotics with “Development of an omniwheel-based holonomic robot platform for rough terrain” (2013), where he tackled the challenge of omnidirectional mobility on non-smooth surfaces. His design of a low-cost, off-road omniwheel with an integrated suspension system laid groundwork for robust outdoor robotic platforms. Though early in his career, Phan’s interdisciplinary efforts—combining mechanical design, control systems, and therapeutic application—signal a promising trajectory in assistive and field robotics. His work invites further exploration into how robots can both heal and traverse challenging environments.