ARCHIPELAGO MAP OF MAYFIELD, MANCHESTER
‘NEGATIVE‘ ARCHIPELAGO
The inverted archipelago map of Mayfield, revealed that the positive and negative are two interconnected entities. The void creates the space and in other cases the absence of it. Thus, the only constant that stays unchangeable are the boundaries which separate the one from the other. So, for the creation of my building I had to stop thinking in form and focus on the outlines.
MANIFESTO OF THE “INVISIBLE SPACES”
INVERTED CAST MODEL OF MAYFIELDWORKING WITH THE NEW DIMENSIONS. SITE MODEL ‘MAYFIELD‘
Water Drainage system +Sun diagram
A web of an I-section beam
Lattice beams and tile roof.
PROTOTYPING
Exploring a segment of the building by testing the compatibility of different materials in order to create a new and controlled atmosphere for the user experience. The 3 iterations help understand and achieve the desired lightness of the structure despite its massive outlook.
Iteration N3
Roof vegetation and a green balcony.
The structure is cantilevered so in order to achieve the lightness the primary structure consist of steel lattice beams.
Details: 1. Paving slabs 2. Paver support 3. Waterproof membrane 4. 120mm Thermal insulation 5. Rigid insulation 6. Roof concrete deck; Steel profiled sheeting 7. Solar tiles 8. Smooth pebbles 9. Parapet coping 10. Rainwater outlet 11. ‘I‘ Beam 12. Lattice beam 13. Concrete exterior shell 14. Interior concrete panels 15. Concrete wall 16. SHC columns 17. Underfloor heating pipes 18. Smoothened screed with underfloor heating 19. RC slab
20. Vegetation
21. Soil/growing medium
22. Filter sheet
23. Drainage layer
24. Waterproofing layer
BUILDING ASSEMBLY SEQUENCE
(following RIBA Plan of work)
Creating an user experience by allowing light to shape the spaces.
24/7 open space where the atmosphere changes based on the time of day. During the dark hours the rooms that have been lit up during the day become dark and the dark once are lit up by artificial lighting.
Following the pattern of 2 spirals intersecting each other which allows for maximum use of natural light in the building.
The project design heavily relays on the sun position
‘LEAF TRACES’- ARCHITECTUAL COMPETITION
drying of the tea leaves
sorting the leaves and putting it away
enjoying a cup of green tea
oxidation of the tea leaves
introductory room into the art of tea-making
STRUCTURE
For the structure we have decided on a modular wooden structure. Wood was an obvious choice since it is not only sustainable, but also cost-effective and easily available in the area.
Leaf Traces is part of a regenerational scheme taking place in Shanxiabao village, Zhejiang province, China. The main objective of the project is the repopulation of a smaller, isolated village located just outside of Shanxiabao.
Considering the remote nature of Duimenshan, our construction approach prioritizes simplicity, ensuring feasibility for local craftsmen during the building phase. The design employs straightforward and locally inspired structural strategies, fostering ease of replication. This intentional simplicity not only streamlines the construction process but also empowers the community by utilizing their skills and resources effectively.
INTERIOR VIEWS
EXTERIOR VIEWS
CONSEPT & DESIGN
Leaf Traces introduces a unique journey into the intricate world of tea craftsmanship, specificly- green tea, since the climate is favorable for its production.
The architectural design is shaped by the step-by-step process of tea preparation. Visitors engage in a sequential exploration, actively participating in each phase. The building itself is designed as a path, with individual rooms dedicated to distinct steps of the tea-making journey.
