Jiangyang Zhao
Papers
4
Total Citations
13
H-Index
3
About
Jiangyang Zhao is a researcher specializing in the intersection of digital fabrication, robotic construction technologies, and the preservation of traditional architectural heritage. His work centers on bridging centuries-old building techniques with cutting-edge computational and robotic methods, with a particular focus on the iconic Chinese Dougong joint — a sophisticated timber bracketing system renowned for its structural ingenuity, anti-seismic properties, and environmental sustainability. Zhao's most significant contributions lie in systematically investigating how parametric design tools and robotic fabrication techniques can be applied to replicate and reinterpret complex traditional timber joinery. Beginning in 2020, he has progressively built a body of work that examines the digitization and automated assembly of Dougong components, culminating in a 2024 systematic review that consolidates the field's current capabilities. His research extends beyond timber, with notable work on mortar-free robotic masonry wall assembly, demonstrating a broader commitment to advancing file-to-fabrication frameworks in construction. With citations accumulating across multiple publications, Zhao's research is gaining recognition within the architectural robotics and heritage conservation communities. His work is particularly valuable for students and practitioners seeking to understand how digital technologies can honor and extend traditional building knowledge into contemporary practice.
Research Focus
Key Achievements
Top Papers
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