Residential - 2023 - Turks and Caicos - Lots 7/8 Completed
This residential development comprises a series of three- and four-bedroom villas designed as a cohesive collection of contemporary homes within the Turks and Caicos landscape, two of which have now been constructed. The architectural concept is centred around timber box forms, creating sheltered, intimate living environments that respond to the island climate by protecting against prevailing winds while carefully separating private living quarters from shared kitchen, dining, and pool spaces. The arrangement balances openness with enclosure, creating homes that feel both expansive and protected within their coastal setting.
My involvement began at Stage 2 design development, where I contributed to the evolution of the scheme through 3D modelling, plan refinement, and the production of marketing renders used to communicate the design to prospective buyers. As the project progressed into Stage 4, my role became increasingly technical, developing detailed construction sections through roof seams and wall build-ups, alongside precise window and cladding detailing to ensure clean, seamless material junctions. I also produced setting-out drawings and coordinated closely with consultants to resolve clashes between structural and air-conditioning systems, maintaining the integrity of the architectural intent throughout technical coordination.
In the early stages of the project, I also undertook research into timber weathering as part of a CPD-led material study, investigating the causes of timber ageing and silvering. Identifying UV exposure as the primary factor, I developed shade-mapping studies to mitigate uneven weathering and researched alternative timber products to assess material viability, contributing to both the durability and long-term visual consistency of the scheme.
Key Contributions
Stage 2 design development, including 3D modelling and plan refinement
Produced marketing renders for client and sales presentations
Developed Stage 4 technical detailing for roof, wall, window, and cladding junctions
Produced setting-out drawings and coordinated consultant integration
Resolved structural and MEP clashes to protect architectural intent
Conducted timber weathering research and shade-mapping studies for material performance