UNIT F
Tutors: Jack Hardy, Matt Rosier, Christelle Tippett
Guests tutors: Toby Baring, Joseph Bray, Matthew Bolton, Adrian Dite, Gabriel Hemery, Helena Howard, David Lomax, Wongani Mwanza, Mina Pabuccuoglu, Mark Rist, Toby Shew
Students: Anesha Begum, Anuska Biswas, Alex Dudley, Lola Giertych, Lulu Halestrap, Oliver Kenniston, Tom Martin, Caitlin McDonald, Adele Pascoe, Toby Thomas, Abi Wallis, Adam Albarah, Kai Bickley, Belinda Inci, Mahir Kabir, Linara Nakipova, Will Polito, Andre Topacio, Annabel Wilks, Cornelia Winter, Paopao Yang
Architecture of Woodland
Will Polito
At its heart my project is an exploration of sustainable development through material production. The proposal, for a ‘New Forestry Centre’ and Timber Production Facility in Thame, considers the possibility of an evolving, adaptable architecture. This architecture is developed in alignment with the creation and growth of a new mixed-species woodland which is managed in accordance with regenerative silviculture practices. Practices such as continuous cover and sustained yield forestry aspire to achieve the optimal balance between forest productivity and conservation. In this way the new woodland seeks to provide a local building resource for the town, a means of developing sustainable housing over the coming decades, as well as improving the biodiversity and ecological health of the surrounding countryside.
The Milkweed Metamorphosis
Toby Thomas
The project is situated 25 minutes east of Oxford in the middle of the small rural market town of Thame. The requirement asked us to investigate market town typology and to analyse a particular plant-based product that is cultivated and accessible in the area, representing a local production culture. In order to generate our plant-based material, our planned enterprise would need a manufacturing area, a point of sale, a goods yard, and our architecture should be highlighted as an example building showcasing our plant-based material.
The Milkweed Metamorphosis demonstrates a long-term architectural solution that promotes ecological architecture by cultivating milkweed and transforming it into a nontoxic, high-performance, renewable, and environmentally friendly insulating material. The fundamental idea is based on the concept of an "ecolope," which blends ecology and envelope, with the construction resembling the organic and protective characteristics of an envelope. The design embraces the concept of architectural decay by incorporating untreated weathering elements that show the natural evolution of material time, enabling a harmonious relationship between humans and non-humans. The project not only encourages a circular economy by utilising locally sourced materials, but it also raises awareness of the possibility for innovation.