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About

Kanazawa University has established itself as a dynamic research institution with remarkable breadth across robotics, human-robot interaction, and assistive technologies. The university's research portfolio reflects a deeply humanistic approach to engineering, consistently bridging technological innovation with meaningful real-world impact—particularly in healthcare and social applications. Among Kanazawa's most distinctive contributions is its pioneering work on robot-assisted interventions for individuals with autism spectrum disorder (ASD). Researchers here have systematically investigated how robotic agents—including humanoid and android robots—can enhance joint attention, facilitate self-disclosure, improve nonverbal communication, and provide structured job interview training for adolescents and young adults with ASD. These studies, accumulating over 500 combined citations, have meaningfully shaped clinical and therapeutic approaches to assistive technology worldwide. The university also demonstrates considerable strength in robotic manipulation and mechanical design. Researchers have developed sophisticated soft grippers using incompressible fluid-based fingertips for delicate grasping, underactuated gripper architectures with variable grasping modes, and multi-fingered robotic hands combining tendon-driven mechanisms with jamming transitions. Their work on affordance-based manipulation and articulated stair-climbing mobile robots further reflects an ambition to deploy robots in complex, unstructured real-world environments. In medical robotics, Kanazawa's clinical engineering collaborations have produced influential urodynamic analyses of robot-assisted radical prostatectomy outcomes, contributing practically to surgical decision-making and patient recovery protocols. Spanning fuzzy control theory, mobile robot navigation, and benchmarking frameworks for manipulation challenges, Kanazawa University represents an intellectually rich environment where foundational theory meets urgent societal need. Prospective students and collaborators will find a community genuinely committed to robots that serve human flourishing.