We collected over 3.5 million heat data points across 3.43 acres in Masdar City using multiple sensing techniques. This data helped us understand the urban heat problem and design solutions that lowered temperatures by up to 5°C. We uncovered key insights, such as significant microclimate variations across small areas, influenced by materials, building layout, and landscaping​​. The study also showed how specific urban design features, like shade structures and greenery, could reduce local temperatures by up to 8°C. Thermal analysis revealed that higher-albedo materials resulted in cooler areas compared to traditional asphalt​​. These findings ,reflected in our Masdar Report, helped develop effective cooling strategies tailored to urban settings while adhering to budget, municipality policies, and site objectives related to energy, walkability, and retail​​​​.

From an environmental perspective, our implementation at Masdar City resulted in a 5°C reduction in ambient temperature, improving microclimate conditions through the integration of green surfaces, water features, and shading techniques. Economically, this project reduced energy consumption by optimizing cooling demand, which directly lowered operational costs. It also increased outdoor activity and foot traffic, enhancing commercial potential while supporting Masdar’s sustainability goals​​.