Forrest Meggers

Papers

Total Citations

H-Index

About

Forrest Meggers is a pioneering researcher at the intersection of architecture, engineering, and thermodynamics, whose work reimagines how buildings can achieve thermal comfort with radically lower energy use. His key research areas include radiant cooling, indirect evaporative systems, and the integration of human-robot collaboration in construction. Meggers’ most notable contribution is the **Thermoheliodome**, an experimental pavilion that demonstrates “air conditioning without conditioning the air.” By combining indirect evaporative cooling with geometric reflection of radiant surfaces, the project challenges conventional HVAC paradigms and has garnered **35 citations** for its innovative, low-energy approach. In parallel, his work on **collective human–robot construction** (21 citations) explores how multi-agent robotic systems can collaborate with humans to transform building fabrication, bridging automation with architectural design. Meggers’ impact lies in his ability to merge fundamental physics with tangible, built experiments, offering scalable solutions for sustainable cooling and construction. His research not only advances academic discourse but also provides actionable prototypes for decarbonizing the built environment, making him a leading voice in climate-responsive architecture.