ARC61804
Green Strategies for Building Design
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Mr. Shawn
Project 1 - Comparative Case Studies Poster & Booklet
Visiting the ST Diamond Building for our data collection was an experience that left a strong impression on me. It was my first time seeing the structure in person, and its bold, faceted diamond form immediately stood out. The geometry wasn’t just visually striking, it played a clear role in reducing heat and providing shade. Even though I was running on little sleep from the night before, being there in person proved invaluable. Observing the building up close revealed details that drawings could never fully capture. For example, the careful angling of its façades to limit solar gain, and the seamless integration of daylighting elements. These observations not only enhanced our data collection but also gave depth to our analysis.
Through comparing it with the Bullitt Center, I began to see how climate shapes design intent. In Malaysia’s hot, humid environment, the Diamond Building focuses on shading, cooling, and cross ventilation. In contrast, the Bullitt Center, set in a cooler climate, prioritises harnessing daylight and conserving heat. This showed me that while the underlying principles may be similar, their application shifts dramatically with environmental context.
This process sharpened my analytical thinking, strengthened my ability to present sustainable design ideas visually, and deepened my understanding of climate-responsive architecture. It also reinforced how essential it is to integrate passive strategies at the very start of the design process which is a lesson I will carry into my final project.
Project 2 - Green Building Strategies Report
Working on this assignment allowed me to bridge my design approach with practical green building strategies, helping me see sustainability as an integrated part of architectural thinking rather than a separate checklist. Studying the NUS School of Design and Environment 4 provided a strong reference point, it demonstrated how site planning, natural ventilation, daylighting, façade design, and landscaping can be applied cohesively to create a building that responds naturally to its climate while remaining highly functional for its users.
By comparing my own design to the strategies used in NUS SDE4, I was able to refine my understanding of passive design in a more contextual way. For example, seeing how NUS SDE4 uses open façades and operable elements to optimize airflow helped me evaluate and justify my own use of top-hung windows, ventilation blocks, and permeable façade materials. Similarly, their integration of greenery into the building envelope reinforced the value of my own decision to preserve existing trees, incorporate green walls, and design around natural shading opportunities.
This process not only improved my technical understanding of environmental performance but also shaped the way I think about user experience. I began to appreciate how passive strategies like daylight control, microclimate cooling, and biophilic integration can directly influence comfort, wellbeing, and interaction with a space. Overall, the assignment strengthened my confidence in applying sustainable strategies in design, and showed me that green architecture is most successful when it grows out of a building’s relationship with its site and climate.