Tomomi Maruyama

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About

Tomomi Maruyama’s research lies at the intersection of robotics, human–machine interaction, and biosignal processing, with a particular focus on developing assistive technologies that enhance human well-being. Her most cited work, “Biosignal-based relaxation evaluation of head-care robot” (2013, 9 citations), pioneers the integration of physiological monitoring with robotic systems designed for personal care. In this study, Maruyama addresses the physical strain faced by beauticians performing head care procedures like shampooing and scalp massages—tasks known to induce relaxation but also cause occupational injuries such as chapped hands. By leveraging her expertise in robot hand technology, she developed a head-care robot capable of delivering these procedures while using biosignals to evaluate the user’s relaxation response in real time. This contribution not only advances robotic assistance in the beauty and wellness industry but also demonstrates a novel method for quantifying affective states through physiological data. Maruyama’s work exemplifies how robotics can alleviate human labor burdens while maintaining—or even enhancing—the quality of care. Her research continues to inspire innovations in service robotics and human-centered design, bridging engineering and healthcare to improve quality of life.