Yijiang Huang

Yijiang Huang is a Researcher affiliated with the Department of Computer-Aided Robotics at ETH Zürich. His work focuses on advancing computational robotics, with a particular emphasis on structural design optimization, robotic assembly processes, and algorithmic fabrication methods. He holds a position within the Professorship for Computational Robotics and contributes to cutting-edge research in multi-robot systems, topology optimization, and sustainable construction techniques.

His research integrates robotics with structural engineering to enhance automation in manufacturing and construction. Key areas include non-repetitive robotic assembly, cooperative multi-arm systems, and the development of frameworks for high-performance design optimization. Huang has published extensively on topics such as task and motion planning (TAMP), deflation methods for non-convex optimization, and bespoke interlocking connections for timber structures.

His articles highlight innovations like the CantiBox project, which explores robotic assembly of interweaving timber elements, and protocols linking algorithmic design with construction intent. These contributions aim to bridge gaps between computational methods and real-world applications, emphasizing efficiency, sustainability, and precision in robotic fabrication systems.