John T. Tester
Papers
3
Total Citations
33
H-Index
3
About
John T. Tester is a researcher and educator whose work spans the fields of biomedical robotics, prosthetic device control, and engineering education. His most influential contribution lies in the development of bio-inspired control algorithms for powered ankle-foot prostheses — a technically demanding domain where bridging biological principles with real-world engineering presents significant challenges. His 2018 study on adaptive control of level walking and stair ascent for a robotic foot-ankle prosthesis stands as his most impactful work, accumulating 24 citations and demonstrating how active motor-powered prostheses can offer improved mobility over passive devices by intelligently adapting to varied locomotion tasks. Beyond his work in assistive robotics, Tester has made meaningful contributions to engineering education, particularly in the design and management of hands-on, team-oriented undergraduate design courses at Northern Arizona University. His papers from 2008 and 2020 reflect a sustained commitment to curriculum innovation, addressing the practical challenges of scaling team-based, robotics-oriented learning experiences and adapting course structures to shifting academic environments. Together, his research and educational work reflect a dual dedication to advancing both the technology that improves lives and the pedagogical methods that cultivate the next generation of engineers.
Research Focus
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Top Papers
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