Understanding environmental flows
in buildings and cities
From fundamental flow phenomena to climate-responsive built environments.
Photo by Zitao Jiang
Latest News
Research Areas
Building Airflow &
Natural Ventilation
Natural ventilation, indoor airflow, contaminant transport, and ventilation effectiveness.
Explore →Urban Microclimate &
Outdoor Environment
Urban thermal environments, waterfront cooling, solar exposure, and environmental measurement.
Explore →Data-driven
Building Physics
Reduced-order modeling, POD, DeepONet, physics-informed learning, sparse sensing, and digital twins.
Explore →Building Energy &
Environmental Control
Building energy simulation, natural ventilation potential, environmental sensing, and control.
Explore →Collaboration
We welcome research collaborations
We welcome collaborations with companies, universities, research institutes, and public organizations. Our laboratory addresses practical challenges in building and urban environments by combining numerical simulation, experiments, field measurements, and data-driven approaches.
We are also particularly interested in research on buildings and urban environments in Southeast Asia, including climate-responsive design, natural ventilation, urban microclimate, and building energy performance in hot and humid climates. We welcome opportunities for international collaboration, comparative studies, and joint field investigations in the region.
Natural Ventilation & Building Airflow / Urban Microclimate / Building Energy / Environmental Sensing & Prediction / Wind & Environmental Engineering