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2023 Sustainable Buildings Challenge

Award: 1st Place   |   Team: Javeriya Hasan

This competition consisted of developing a sustainable technical strategy to improve the current design of a mid-rise multi-unit residential building to be constructed in the Milton Education Village.


My contribution to the was to develop a strategy focused on enhancing indoor environmental quality. For this, I performed daylighting simulations using Rhino and Climate Studio to better inform how
daylighting could be improved.


The simulation results for Spatial Daylight Autonomy (sDA) showed that units with windows only facing North do not receive equal amount of sunlight compared to units facing West, East, and South. Results for Annual Sunlight Exposure (ASE) indicated that the score is above the recommended amount of 10%.

Initial Simulation Results

Daylight Diagrams_Level 4 Winter Solstice.png
ASE-06.png

Proposed Design Recommendations

Top View Rotation.png

Shift orientation of the building 10 degrees northeast
to allow more sunlight into the north-facing units.

Climate Specific Shades.png
Climate Specific Shades.png

Implement climate specific shades in selected windows on
the East, West, and South façade.

Simulation Results After Design Recommendations

Results after orientation change-08.png
ASE-07.png

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