Max Robotics — Global Service Robot Directory + US Certification

About

Naoki Igo is a Japanese robotics researcher whose work spans teleoperation, mobile robotics, and the critically important domain of nuclear decommissioning technology. Perhaps most prominently, Igo has dedicated substantial research effort to developing robotic solutions for the ongoing decommissioning of the Fukushima Daiichi Nuclear Power Plant, contributing to multiple generations of robots capable of navigating challenging environments including steep staircases, slopes, and elevated structures. His decommissioning-focused work — spanning 3D environmental mapping, fuel debris retrieval, and high-place decontamination — reflects both technical ingenuity and a deep commitment to solving one of modern engineering's most urgent challenges. Beyond nuclear applications, Igo has made notable contributions to lunar exploration teleoperation, developing systems that allow scientists on Earth to intuitively control moon-exploring robots through mirrored human movements. His earlier research also addressed pneumatic robot control algorithms and miniaturized optical tactile sensors, demonstrating a broad foundation in robot sensing and actuation. More recently, his work on Mecanum-wheeled robots with multi-axis swivel control advances omnidirectional mobility platforms. With a cumulative citation record of approximately 30 citations across ten papers, Igo represents a consistent and practical voice in applied robotics research, particularly where engineering solutions meet real-world humanitarian necessity.