WONG WEI HONG
PORTFOLIO
0364563
Project 1 (Group)
Creative Approach – Assessing Daylight & Thermal Comfort at Modern Houses
Brief
In a group of five students need to formulate creative ideas on how to maximize daylight and thermal comfort for their chosen modern house which can be either a double-story corner lot or a double-story semi-detached house. The fieldwork of this case study will include data collection, observation, and ideas to improve the current condition of daylight distribution and thermal comfort.
Task
Choose one type of house, such as a corner lot of a double-story terraced house or double-story semi-detached house and the choice can be our own house. Choose and identify one space each that has an issue with daylighting and thermal comfort respectively. Besides, get secondary data on the Sun path chart, psychometric chart, and any relevant climatic data. All findings are to be nicely tabulated on the floor layout of the chosen space or superposed graphs with the building section. Some Ideation for implementing passive design on chosen space/spaces for daylighting and thermal comfort improvement. Relevant drawings and sketches are to be included in supporting your ideas. All works are made in two A2 size boards and boards can be either portrait or landscape orientation.
Final Outcome
REFLECTION
Working within a group of five students, the task at hand involves formulating innovative ideas to maximize daylight and thermal comfort for a selected modern house archetype, be it a double-story corner lot or a semi-detached house. This undertaking necessitates a multifaceted approach encompassing data collection, observation, and the generation of actionable strategies to enhance the existing conditions.
As I consider the implications of this project, I am confronted with the realization that our proposed solutions have the potential to significantly impact the way we conceptualize and inhabit modern living spaces. By harnessing the principles of passive design and integrating them into our architectural practices, we can create environments that prioritize occupant well-being while minimizing environmental footprint.
Furthermore, the incorporation of relevant technologies and tools, such as smartphone applications for data collection, underscores the importance of embracing innovation in our pursuit of sustainable design solutions. This interdisciplinary approach not only enriches our understanding of the built environment but also equips us with the necessary skills to address complex challenges in the field of architecture and beyond.
In conclusion, the opportunity to engage in this project has provided me with invaluable insights into the potential of passive design to revolutionize modern housing. Through collaborative effort and creative thinking, I am optimistic about our ability to devise practical and impactful strategies that enhance daylight distribution and thermal comfort while promoting sustainability and resilience in our built environment.