MGA Orkney homes feasibility: layout, exposure and drainage notes for designers
Reviewed by Tom Sullivan
First reported on The Construction Index
30 Second Briefing
Places for People Scotland has appointed Michael Gilmour Associates to deliver a feasibility and design study for approximately 260 new homes in Orkney, requiring demolition of a former school residential hostel on the site. The commission will define layout, density and servicing options for the brownfield plot, with particular focus on access, utilities and exposure to Orkney’s high wind and driving-rain conditions. Outcomes will shape structural and envelope specifications, drainage strategies and phasing for one of the islands’ larger recent housing schemes.
Technical Brief
- Orkney location implies marine-influenced exposure categories, driving higher durability classes for concrete and reinforcement detailing.
- Wind-driven rain conditions will push towards enhanced cavity widths, robust cavity trays and carefully detailed parapets.
- Drainage feasibility must account for limited island outfall options and potential reliance on on-plot or clustered SuDS.
- Outcomes are likely to inform future Orkney housing layouts facing similar exposure, access and servicing constraints.
Our Take
Places for People also features in our coverage of UK-wide structural timber initiatives and large mixed-use regeneration schemes, signalling that any 260-home programme in Orkney is likely to be influenced by offsite, low‑carbon construction methods proven on its mainland projects.
Given Places for People’s involvement in major regeneration such as the Camden Film Quarter scheme, the Orkney study positions Michael Gilmour Associates Ltd to plug local design and planning knowledge into a client with experience of complex, multi‑stakeholder urban projects, which can de‑risk approvals and funding routes for the 260-home pipeline.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
