Our Research
Urban Microclimates and Biometeorology for Enhanced Citizen Well-being
This research focuses on integrating biometeorological principles into urban planning to improve public health and comfort. By analyzing the interactions between urban environments and atmospheric conditions, strategies can be developed to mitigate adverse weather impacts on residents.
Energy-Efficient Urban Fabric Design
This area explores the selection of materials, textures, and colors in urban construction to enhance energy efficiency. By understanding how different materials interact with environmental factors, urban planners can design buildings and spaces that reduce energy consumption.
Urban Forestry and Urban Greening
This research area examines how urban forestry and urban greening can improve thermal comfort, mitigate urban heat islands, and enhance the social and environmental sustainability of cities through equitable green infrastructure and park systems.
Age-Friendly Cities
This area focuses on advancing socially sustainable urban planning through the lens of age-friendly cities. It integrates spatial data analysis with participatory research to understand how urban form, accessibility, and neighborhood design influence the mobility, safety, and well-being of older adults. By combining geospatial modelling with community co-design, this area of research within our lab identifies spatial inequities, prioritizes inclusive planning interventions, and supports evidence-based decision-making to create healthier, more connected, and equitable urban environments for aging populations.
Urban Crime Prediction and Prevention - Crime Prevention through Environmental Design (CPTED)
