Environmental issues have been so much more important to me in recent years, and that has influenced the ways I approach the type of projects I want to do and how I want to execute them. For my Final Year Project, I wanted to explore the possibilities of how we can live with the least carbon footprint as possible. This will be done by tackling how HDBs can be reconfigured in order to be more self-reliant and self-sustainable. As we live through a strange time, through the COVID-19 pandemic, the notion of being more self-reliant and self-sustainable is more relevant than ever.
This collage was my way of expressing a ‘futuristic’ Singapore and how Archigram’s unbuilt projects could become a reality. My project was very inspired by Archigram and the theory of Rubanisation by Tay Kheng Soon. The idea of Plug-In City constantly evolving to meet the needs of people, and by having all the resources needed in one mega-machine – without harming the environment, was something that intrigued me. I wanted to combine those ideas, with the strategies of Rubanisation, to redefine how we live today so that we live with the least carbon footprint.
This is a series of materials made from waste. Gas, oil, consumerism, electricity, transportation and every other form of human activity, contributes to our carbon footprint. I asked myself, what if I could make my own spoon? Knowing that waste is a great carbon footprint contributor, I wanted to explore how household waste could be reused and made into something new, to kick-start the project. What if I made my own spoon using banana peels? That would mean I do not have to buy a new spoon - I do not contribute to consumerism and energy to produce a new spoon, and I get to reduce and reuse my waste, promoting a circular economy. 1. Milk + Vinegar 2. New-paper (made from waste paper) 3. New-clay (made from waste paper) 4. New-clay 5. Alternative Banana Peel Material 6. ABPM lamp shade 7. New-paper + ABPM 8. Slab of ABPM 9. New-paper 10. Weaving ABPM 11. New-paper + ABPM 12. Weaving ABPM with mesh
This neighbourhood is the site I chose as it already had a lot of existing amenities that I could work with to create a new masterplan. The analysis and masterplans done were based on the strategies of Rubanisation. My main objective was to ensure that no building was just purely residential, it had to be combined with another programming.
The diagrams of different configurations were a process of redistributing the existing amenities from the site, to one HDB building. Although this idea sounds like a Mixed Used Development, I was exploring an idea away from that typology, hence I decided on Diagram 6 as its configuration was most different from a MUD. I then translated this idea to a very draft collage to envision the type of spaces I wanted to have. To continue, I traced over the collages so that I could draw out how certain spaces could relate to one another. It was very important to sketch them so that they came together as one whole space. In order to redefine the way, we live, I chose to focus on a HDB building because it is the most common form of local housing.
What if HDB blocks had everything we needed? A pandemic-proof, zombie apocalypse-proof housing, because we would not need to leave our homes? My vision of a new HDB typology was to combine everything in a neighbourhood, into a singular block. Having urban farms are integral for residents to be able to grow their own food. This new typology is all about self-reliance, self-sustainability and a circular economy. This compilation shows the final iteration of the collage and how in reflects on a HDB from the site. The diagrams on the right show the circulation of the different spaces, programming and space planning.
To decrease carbon footprint, the principle of sharing is very important. For instance, not everyone cooks, hence, not everyone needs a kitchen. Layout explorations 1 and 2 were to explore the optimal potential of a HDB floor plate and how many bedrooms there could be by creating a central node of common areas. Traditional HDB units were eliminated for a floor to become one. With reference to my envisioned HDB typology, I decided to develop Level 9, which consisted of co-working spaces, farm, common areas and residential.
Inspired by Archigram’s Plug-In city and how it is able to adapt and change to the needs of its users, I wanted to incorporate this idea to the residential quarters by designing adaptable bedrooms. The bedrooms can be made bigger or smaller depending on the user. By having this flexibility, it lessens the likelihood of people having to move homes which in turn decreases the demand for new housing. Hence, this could possibly lessen buildings that need to be built and thus decreasing our carbon footprint.
This series of models is an ideation of furniture design. There is also potential to incorporate the earlier exploration of alternative materials, with the construction of the furniture.
This series of models is to explore the design of the common areas. I wanted to explore how people could come together, their co-existence in this new typology and their co-existence with nature. The idea was to create spaces without having to build solid walls, so that the spaces could be open and allow for natural ventilation to take place. By being more open, the common areas are also able to seamlessly connect with the other spaces.