Our work covers the stages where the most consequential decisions are made: feasibility, concept design, and developed design intent. We shape how a building sits on its site, how it is organised, how it performs, and what it is made of. Sustainability and performance thinking are part of the design from the outset, not added once a scheme is already committed. We structure every project for handover. The design we produce is taken forward by a contractor, a chartered architect, or the client's own delivery team. What we hand over is resolved, documented, and ready to build on — clear rationale, defined performance targets, and a sustainability strategy that is embedded in the scheme, not appended to it. New build Infill, intensification, mixed-use, and constrained sites where programme, sustainability, and planning demands must be resolved together. We work from feasibility through concept and developed design, testing capacity, exploring options, and setting the design direction before delivery begins. Existing buildings Retrofit, adaptive reuse, conversion, extension, and regeneration. We have depth in heritage constraints, building fabric performance, and the technical complexity of upgrading what is already there without erasing what matters. The UK policy environment — net-zero targets, embodied carbon accounting, PAS 2035 — is accelerating demand for this work. We meet it with technical credibility. How we work Every engagement has a defined scope. We agree the stage range, the deliverables, and the fee before work begins. On some projects we complete our role before a planning application is submitted. On others the design develops further before handover. There is no single model — the scope is set by what the project needs. Our outputs are structured so that whoever receives them can move forward without having to reconstruct the thinking behind what has been designed. That means documented design rationale, coordinated drawings, performance strategy, and a project that has been genuinely thought through.