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About

Naoaki Tsuda is a robotics researcher whose work spans autonomous mobile systems, assistive rehabilitation technology, and magnetic levitation — areas where precise motion control and real-world applicability converge. His most recognized contributions center on the development of intelligent robotic platforms designed to operate in everyday environments. His work on autonomous mobile robots equipped with low-end in-wheel motors, cited seven times across multiple publications, demonstrates a commitment to accessible, cost-effective robotic design suitable for both domestic and industrial settings. Equally notable is his research into assistive robotics for healthcare: his attending and observing robot for crutch users (7 citations) and earlier crutch walk training systems represent meaningful advances in rehabilitation technology, enabling real-time motion measurement and corrective guidance to prevent secondary injuries such as falls. Tsuda's earlier investigations into magnetically levitated robots and master-slave magnetic levitation systems reveal a foundational expertise in precision actuation for specialized environments, including vacuum and sterile settings. Beyond engineering research, he has also contributed to engineering education methodology, exploring stakeholder analysis as a framework for managing social implementation projects. His body of work reflects a thoughtful integration of theoretical innovation and practical human-centered design.