Cheng-An Pan

Papers

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About

Cheng-An Pan is a researcher working at the intersection of robotics, kinetic systems, and interactive architecture, with a focus on designing intelligent built environments that respond dynamically to their occupants and surroundings. Pan's most notable contribution explores the integration of robotic and kinetic design principles into architectural systems, proposing frameworks in which buildings become active, adaptive entities rather than static structures. This pioneering work addresses some of the most pressing challenges in contemporary architecture, including energy efficiency, occupant comfort, spatial flexibility, and the incorporation of smart technologies into the built environment. By bridging the disciplines of robotics and architectural design, Pan's research opens new pathways for thinking about how buildings can behave more like living systems — sensing, responding, and optimizing in real time. With 11 citations, this work has begun to establish a foothold in the emerging discourse around responsive and interactive architecture. Pan's contributions are particularly relevant for students and researchers interested in the future of smart buildings, human-environment interaction, and the application of robotic principles to spatial design challenges.