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About

Shunsuke Akahori is a leading researcher in aerial robotics for infrastructure inspection, specializing in non-destructive evaluation of steel structures. His work centers on developing unmanned aerial vehicles (UAVs) equipped with Electro Permanent Magnets (EPMs) and camera arms to perform close-up visual inspections and vibration sensing on steel bridges and other critical infrastructure. His most-cited paper (2016, 21 citations) introduces an aerial robot with EPMs and dual camera arms that can navigate complex bottom surfaces of steel bridges, capturing high-resolution images that traditional gimbal-mounted cameras cannot reach. In a follow-up study (2017, 11 citations), he advanced this concept by enabling the robot to land and cling to steel surfaces using EPMs, transforming it into a vibration sensor probe for structural health monitoring. His 2016 verification paper (9 citations) further validated the EPM system's reliability for close-up imaging. Akahori's contributions are pivotal in replacing dangerous human inspections with safer, more efficient robotic solutions, directly impacting the fields of civil engineering, robotics, and infrastructure maintenance. His work demonstrates how aerial robots can perform precise, multi-modal inspections, setting a foundation for autonomous structural health monitoring systems.