Research projects

Environmentally responsive by design | holistic computational approach for energy and environmental performance-driven urban design
Immersive environmental design interfaces | for collaborative environmental data driven design
Smart building skins | for high environmental performance  
Solar envelopes 2.0 | a regenerative voxelated method for multi-criteria solar design of dense urban fabrics   
Remote sensing | for environmentally responsive urban design
Mixed-use energy-driven optimization | and impacts of diverse district designs on environmental performance in hot climates
Nature based solutions (NbS) integration  | into regenerative design workflows from the building to the city 
Rapid microclimate evaluation | and microclimate data integration in BEM and environmental design
Early-stage optimization of building envelope Components | a holistic machine learning method incorporating urban and environmental parameters
Industry collaborations | delivering EPDL scientific advancements from theory to practice 
Advanced eco-computational methods | for rapid optimization and integration of environmental performance in architecture
Positive Energy districts design | using advanced tools and methods  
Environmentally responsive by design | holistic computational approach for energy and environmental performance-driven urban design
Nature based solutions (NbS) integration  | into regenerative design workflows from the building to the city 
Rapid microclimate evaluation | and microclimate data integration in BEM and environmental design
Immersive environmental design interfaces | for collaborative environmental data driven design
Early-stage optimization of building envelope Components | a holistic machine learning method incorporating urban and environmental parameters
Smart building skins | for high environmental performance  
Solar envelopes 2.0 | a regenerative voxelated method for multi-criteria solar design of dense urban fabrics   
Industry collaborations | delivering EPDL scientific advancements from theory to practice 
Advanced eco-computational methods | for rapid optimization and integration of environmental performance in architecture
Remote sensing | for environmentally responsive urban design
Mixed-use energy-driven optimization | and impacts of diverse district designs on environmental performance in hot climates
Positive Energy districts design | using advanced tools and methods