Taysheng Jeng

National Cheng Kung University, Kun Shan University

Papers

Total Citations

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About

Taysheng Jeng is a pioneering researcher at the intersection of architecture, robotics, and interactive design, whose work has fundamentally advanced the concept of intelligent, adaptive built environments. His research centers on interactive architecture, cellular robotic systems, and sustainable design, exploring how buildings can dynamically respond to occupant needs and environmental conditions through the seamless integration of kinetic and robotic technologies. Jeng's most influential contribution, "A Robotic and Kinetic Design for Interactive Architecture" (2010, 11 citations), laid critical groundwork for reimagining buildings as responsive organisms capable of enhancing energy efficiency, spatial flexibility, and occupant comfort. Building on this foundation, his "Cellular Robotic Architecture" (2012, 8 citations) tackled the formidable challenge of integrating robotic systems directly into building construction, pushing the boundaries of what mutable, climate-adaptive structures can achieve. His "Eco-Machine" project further demonstrated his commitment to sustainability, proposing a zero-energy interactive ecosystem merging sensors and actuators into living architectural systems. More recently, his work on autonomous robotic assembly and human-machine collaboration signals a forward-looking engagement with construction-site robotics. Across his body of work, Jeng consistently bridges computational design, environmental responsibility, and robotic innovation, offering researchers and students a compelling vision of architecture's intelligent future.