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About

Shunichi Sakurai is a rising force in robotics, specializing in the design and control of advanced parallel and cable-driven manipulators. His core research addresses the fundamental trade-off between a robot’s dexterity, workspace size, and mechanical efficiency. Sakurai’s major contributions include the development of a singularity-free 3-leg 6-DOF spatial parallel robot with actuation redundancy, a breakthrough that overcomes a critical limitation of traditional parallel mechanisms. He has also pioneered hybrid systems, such as a 6-DOF cable-driven robot combined with an articulated manipulator, and a novel redundant 7-DOF parallel robot designed for significantly larger workspaces. Beyond these structural innovations, his work on in-hand manipulation using interaction mode control in a polar coordinate system demonstrates a commitment to dexterous, human-like object handling. With his most-cited paper garnering 6 citations and several recent works from 2023–2025 already attracting attention, Sakurai is establishing a strong early-career impact. His designs offer promising solutions for industrial automation and collaborative robotics, positioning him as a key innovator in next-generation robotic architectures.