Woldingham, UK
Client:Private
Region: Woldingham, UK
Our Services:
Architectural Services
Interior Design Services
Builder Selection
Project Management
Team:
PTP Design Architecture (Architectural Designer)
In House Interior Designer
Structural Engineer
Main Contractor
Planning Consultants
Project management
Air Quality Assessor
SAP Calculation
Energy Efficiency Assessor
Landscape and Visual impact assessment
PTP Design Architecture is leading the full architectural, tender, construction, and interior design services for a prominent residential development in the suburban setting of Woldingham. The proposal involves the removal of existing outbuildings and the construction of a detached, split-level dwelling. The new residence will be positioned close to the established development footprint, reconfigured into a more compact and efficient form.
The scheme has been carefully conceived to replace a collection of dispersed structures with a single contemporary home of high architectural quality, delivering generous and refined living spaces for families seeking a luxury residence within a spacious suburban environment.
The proposed dwelling will have a maximum height of 5.6 metres, aligning with the tallest existing structures on site, and a total floor area of 327 square metres. The design responds sensitively to the site’s natural topography, resulting in a distinctive home that integrates seamlessly with its surroundings. The external palette will feature a refined combination of brickwork and rendered finishes.
Internally, the accommodation has been thoughtfully planned to include six bedrooms, two WCs, a cinema room, kitchen–dining space, snug, sitting room, study, utility room, cloakroom, and boot room, creating a well-balanced and highly functional layout.
Sustainability is central to the project’s ethos. Targeting a BREEAM Excellent rating, the design incorporates high-performance insulation, responsibly sourced timber and brick materials, and durable roof cladding. These measures significantly enhance energy efficiency while minimising the environmental impact of the development.





