Hiroshi Furuya

Tokyo Institute of Technology, University of Central Florida

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About

Hiroshi Furuya is a pioneering figure in space structures and human-robot interaction, whose work bridges mechanical innovation with cognitive engineering. His foundational contribution, the "Concept of Inflatable Tensegrity for Large Space Structures" (2006, 16 citations), introduced a transformative structural concept for constructing massive space systems like solar power satellites. By combining inflatable tubes as compression elements with tensegrity principles, Furuya proposed a self-deployable, robotically assembled architecture that could revolutionize automatic assembly and maintenance in orbit—a visionary approach that continues to inspire lightweight, adaptive space infrastructure research. More recently, Furuya has delved into the human factors of robotics, as seen in "Difficulties in Perceiving and Understanding Robot Reliability Changes in a Sequential Binary Task" (2024, 2 citations). Using virtual reality, this work explores how humans calibrate trust in robot teammates, revealing critical challenges in perceiving reliability shifts during sequential tasks. This research is vital for developing effective human-robot teams, where accurate capability assessment is key to collaboration. Furuya’s dual focus—from inflatable tensegrity for megastructures to the psychology of human-robot trust—demonstrates a rare breadth, positioning him as a thought leader in both space engineering and interactive robotics.