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About

Makoto Ishitsuka is a robotics researcher specializing in underwater autonomous systems, with particular expertise in the design, dynamics, and control of manipulators for Autonomous Underwater Vehicles (AUVs). His work addresses one of marine robotics' most compelling challenges: enabling robotic systems to operate effectively in extreme underwater environments characterized by high pressure, limited visibility, and complex hydrodynamic forces. Ishitsuka's most significant contributions center on the development of practical underwater manipulators capable of being mounted on AUV platforms. His pioneering research introduced innovative waterproofing solutions using magnetic coupling mechanisms and modular motor-driver designs, advancing the feasibility of compact, deployable underwater arms. Complementing this hardware work, his dynamics analyses and application of Resolved Acceleration Control (RAC) methods provided rigorous frameworks for managing the complex interactions between a manipulator and its AUV host, a critical step toward reliable autonomous underwater intervention. Collectively, his papers have accumulated over 60 citations, reflecting meaningful influence within the underwater robotics community. His research on the "Twin-Burger" AUV platform stands as a notable contribution, demonstrating integrated simulation-to-hardware development pipelines. Ishitsuka's body of work remains a valuable reference for researchers pursuing autonomous underwater manipulation and marine resource exploration technologies.