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GIS tool to model anthropogenic heat impact
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Research

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  • Air Pollution
    • IoT Microclimate Sensing Network
    • Transboundary Pollutant Dispersion (Regional/Urban Scale)
    • Traffic Pollutant Dispersion (Urban Scale)
    • Air Quality in Street Canyons (Neighbourhood Scale)
  • Anthropogenic Heat
    • IoT Microclimate Sensing Network
    • GIS-Based Analytical Model (Urban Scale)
    • Computational Parametric Study (Building Scale)
  • Climate Resilience
    • urban heat plume
    • IoT Microclimate Sensing Network
    • Climate Resilience
    • Building Morphology for Better Ventilation (Building Scale)
  • Digital Platform
    • Microclimate Digital Platform (MDP)
  • Natural Ventilation
    • IoT Microclimate Sensing Network
    • Mapping of Wind Environment using GIS (Urban Scale)
    • Pedestrian-level Wind Environment (Neighborhood Scale)
    • Air Ventilation Assessment Case study, Site Analysis
    • Air Ventilation Assessment Case Study, Architecture Design
    • Trees’ Effect on Wind Environment (Urban Scale)
    • Vertical Farming (Building Scale)
  • Urban Greenery
    • Trees’ Effect on Wind Environment (Urban Scale)
    • Vertical Farming (Building Scale)
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Digital Platform

Digital Platform
Microclimate Digital Platform (MDP)

A web-based digital platform to visualize and model urban microclimate simulations to support urban planning in Singapore

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NUS UCDL logo
Urban Climate Design Lab
Department of Architecture
National University of Singapore
4 Architecture Drive
Singapore 117566
Runme Shaw CFA Studios
17 Kent Ridge Cres
Singapore 119277
NUS DOA Architecture logo
Department of Architecture
National University of Singapore
4 Architecture Drive
Singapore 117566
+65 6516 8736