Akihiro Tanaka

Tokyo Woman's Christian University, National Institute of Technology, Akashi College

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About

Akihiro Tanaka’s research bridges the fascinating gap between human-robot interaction and practical robotic engineering. His work is defined by two key areas: cross-cultural psychology of human attitudes toward artificial agents, and the development of robust, specialized robotic systems for real-world tasks. In his highly cited 2022 study, Tanaka conducted a cross-cultural comparison of implicit and explicit attitudes towards artificial agents, revealing that self-report measures alone are insufficient—a finding that challenges decades of assumptions in human-robot interaction research and has already garnered 17 citations. On the engineering side, Tanaka has made significant contributions to field robotics. He developed a trimmer-type mowing system for slopes (12 citations) that overcomes the limitations of conventional robotic lawnmowers, which cannot cut near walls or handle strong stems. Additionally, his work on electro-permanent magnet (EPM)-based clinging devices for aerial inspection robots (12 citations) offers a reliable, electrically controllable solution for inspecting aging infrastructure. Tanaka’s unique ability to combine psychological insight with mechanical innovation makes his work essential reading for anyone interested in how robots can be both accepted by humans and effective in the physical world.