Kota Suzuki

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About

Kota Suzuki is a robotics and human-computer interaction researcher whose work bridges autonomous systems and immersive telepresence technologies. His primary research focus lies in disaster robotics, where he has made meaningful contributions to the development of autonomous search-and-rescue systems designed to operate in the chaotic aftermath of earthquake scenarios. Suzuki's 2016 work on obstacle-avoiding rescue robots demonstrated how inertial measurement unit (IMU) controls could enable machines to navigate complex terrains — including stairs and rubble — reducing reliance on potentially delayed wireless remote systems. Building on this foundation, his 2019 research introduced pyroelectric infrared sensors and thermal imaging into autonomous rescue platforms, advancing victim-detection algorithms that could prove life-saving in real-world disaster response. More recently, Suzuki has expanded his scope into extended reality and telepresence, exploring how human cognitive factors such as working memory and presence interact within multi-presence systems — environments where operators simultaneously inhabit multiple remote locations. Collectively cited over eight times, his body of work reflects a consistent commitment to developing technologies that enhance human safety and capability, making him a notable emerging voice in both disaster robotics and human-robot interaction research.