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About

Keitaro Ishibashi is a roboticist whose work bridges engineering, biology, and therapeutic intervention. His primary research focuses on developing specialized robots for ecological monitoring and assistive technology. Ishibashi’s most impactful contribution is the mechanical design of a jumping and rolling spherical robot intended for children with developmental disorders, including autism spectrum disorder and ADHD—a project that has garnered 15 citations for its novel approach to play-based therapy. He has also advanced the field of bio-inspired robotics, notably creating a shape-memory-alloy-driven legged robot capable of walking on flat ground and climbing leaning trees, designed to reduce risks in ecological surveys of endangered species. His insect-tarsus-inspired leg design, which mimics the gripping ability of insects to handle tree trunks of varying diameters, further demonstrates his commitment to solving real-world challenges through biomimicry. Additionally, Ishibashi developed a wall-locomoting robot to interact with rodents, showcasing his versatility in designing robots for diverse environments. With a growing citation record and a clear focus on socially impactful applications—from aiding children with developmental challenges to protecting wildlife—Ishibashi is establishing himself as an innovative force in specialized robotics.