Kouji Sanaka
Papers
3
Total Citations
26
H-Index
2
About
Kouji Sanaka is a pioneering researcher at the intersection of robotics and rehabilitation education. His primary research focus lies in developing specialized robotic systems—particularly knee and leg joint robots—designed as educational tools for students training to become physical therapists (PT) and occupational therapists (OT). Sanaka’s major contribution is the creation of anthropomorphic robots that can accurately simulate a range of pathological knee conditions, including contracture, rigidity, spasticity, and range-of-motion limitations. His most influential work, "Development of knee joint robot for students becoming therapist" (2010, 17 citations), established a foundational prototype that allows students to safely practice diagnosis and treatment on a realistic, programmable joint. He further advanced this concept by incorporating more complex movements, such as rotation, and by replicating the subtle biomechanics of rolling, sliding, and joint separation. With a cumulative impact of over 25 citations across his key papers, Sanaka’s work bridges a critical gap between theoretical knowledge and hands-on clinical training, offering a repeatable, risk-free platform for developing essential therapeutic skills. His innovative approach continues to shape modern physical therapy pedagogy.
Research Focus
Key Achievements
Top Papers
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