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About

Doshisha University has established itself as a distinguished research institution with a remarkably diverse portfolio spanning human-robot interaction, biomimetic locomotion, social robotics, and intelligent control systems. Based in Kyoto, Japan, the university sits at a unique intersection of engineering precision and humanistic inquiry, enabling researchers to explore not only the technical dimensions of robotics but also the psychological, cultural, and ethical implications of human-machine relationships. At the core of Doshisha's technical contributions lies pioneering work in variable impedance control for human-robot cooperative tasks. Researchers developed sophisticated methods for estimating human arm stiffness in real time, enabling robots to adapt dynamically during collaborative activities such as calligraphy and precision assembly — work that has accumulated over 250 citations and fundamentally advanced safe physical human-robot collaboration. Complementing this, the university has made significant strides in bio-inspired locomotion, including evolutionary design of snake-like and quadrupedal robots, uncovering stability mechanisms behind natural gait transitions that bridge robotics and neuroscience. What truly distinguishes Doshisha is its commitment to social and psychological dimensions of robotics. Faculty have investigated how children and adults attribute mental states to humanoid robots, explored animism tendencies, and examined touch interaction and self-disclosure in robot counseling contexts — research with deep implications for elder care, education, and therapy. Culturally grounded work examining robot pet memorial services in Japan speaks to the institution's willingness to engage with robotics as a social phenomenon, not merely an engineering challenge. With strong citation impact across interdisciplinary domains, Doshisha University offers prospective students and collaborators a rare environment where mechanical innovation meets human understanding — making it an ideal home for next-generation robotics research.