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About

Kanya Tanaka is a robotics researcher whose work spans assistive robotics, human-robot interaction, and medical robotics, with a particular focus on improving quality of life for people with physical disabilities. Tanaka has dedicated much of their career to developing innovative meal-assistance robotic systems for individuals with upper limb disabilities, pioneering interfaces ranging from voice control and eye-tracking to blink-operated systems — making these essential technologies accessible to users who cannot operate conventional input devices. Their 2014 paper on ultrasonic motor-driven meal-assistance robots with eye-interface stands as their most cited contribution with 16 citations, reflecting significant interest in this practical and human-centered engineering approach. Earlier foundational work from the late 1990s explored the subtler dimensions of human-robot coexistence, including how robots should move when handing objects to humans and how impedance characteristics can be tuned to align with human emotional responses — research that was ahead of its time. Tanaka has also contributed to medical robotics, including MRI-guided needle-insertion systems for stereotactic brain surgery. Across more than two decades of research, Tanaka's body of work reflects a consistent commitment to making robots genuinely safe, intuitive, and beneficial partners in human daily life.