Hiroki TAKABAYASHI

Building Research Institute, Chiba University

Papers

Total Citations

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About

Hiroki Takabayashi is a researcher specializing in robotic fabrication and computational design for traditional Japanese timber architecture. His work sits at the intersection of advanced manufacturing technology and cultural heritage preservation, focusing on automating the complex joinery and woodworking techniques that define Japan's traditional wooden building systems. Takabayashi's most significant contribution is his development of versatile robotic wood processing systems tailored to the intricate demands of traditional Japanese construction. His most cited work (2018, 12 citations) demonstrates a comprehensive analytical framework for applying articulated robots to parts processing in heritage building contexts — a technically demanding challenge given the geometric complexity of traditional Japanese joinery. Earlier studies from 2016 laid the groundwork by addressing two critical problems in robotic processing: intelligent tool selection based on part geometry and automated tool path generation, both essential for practical implementation with multi-tool robotic systems. Through this body of research, Takabayashi has pioneered the development of tool-exchange-type robotic machines capable of replicating the precision of traditional craftsmanship. His work holds meaningful implications for the future of architectural heritage conservation, sustainable timber construction, and the broader integration of industrial robotics into culturally sensitive building practices.