Papers
15
Total Citations
169
H-Index
7
About
Kunihiko Oda is a robotics and rehabilitation engineering researcher whose work sits at the intersection of haptic technology, medical robotics, and clinical therapy systems. His research has focused primarily on developing robotic systems that support physical rehabilitation for stroke survivors, brain-injured patients, and elderly individuals, with particular emphasis on upper limb and lower limb recovery. Oda's most significant contributions include the design of the "Robotherapist," a 6-DOF rehabilitation platform integrating virtual reality to quantitatively evaluate and support upper limb therapy, and the "Leg-Robot," an innovative haptic simulator employing compact magnetorheological (MR) fluid clutches to recreate the spastic movements characteristic of brain-injured patients. This latter work is especially noteworthy, as it enables physical therapy trainees to practice diagnosing and treating conditions like ankle clonus in a safe, controlled environment. His broader portfolio includes the EMUL and PLEMO systems, which utilize electrorheological actuators to deliver safe, multi-dimensional rehabilitation training. With his most-cited papers accumulating 40 and 38 citations respectively, Oda's research has made a meaningful impact on the development of clinically applicable rehabilitation robotics. His work exemplifies how advanced actuator technology and virtual simulation can be harnessed to improve both patient outcomes and therapist training in neurological rehabilitation.
Research Focus
Key Achievements
Top Papers
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- 4Leg-Robot with MR Clutch to Realize Virtual Spastic Movements16 citations · 2010
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