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About

Hiroko Oshima is a pioneering researcher in robotic tactile sensing and force control, whose work has significantly advanced the development of dexterous robot hands. Her primary research areas include multi-axis force/moment sensors, structural optimization, and intuitive human-robot interaction. Oshima’s major contributions lie in designing compact, thin-type force sensors that overcome the height constraints of traditional multi-axis sensors, enabling robots to perform more precise and versatile tasks in confined spaces. Her 2010 paper on the optimum design of a thin-type four-axis force/moment sensor for robot fingers (7 citations) is her most cited work, demonstrating her impact on the field. She also developed an optimized three-axis force sensor for robot fingers (2009, 3 citations) and a small tactile sensor capable of detecting both vertical and shear forces (2006, 2 citations). Beyond sensing, Oshima has contributed to simplifying task teaching for human-friendly robot arms, proposing methods to reduce data requirements for direct hand-guided programming. Her work on structural optimization using response surface methodology and desirability functions (2009, 2 citations) further showcases her systematic approach to sensor design. Oshima’s research is foundational for creating more capable, human-friendly robots that can safely and effectively operate in daily life environments.