Graham picked for Stratford PBSA: design and access notes for project teams
Reviewed by Tom Sullivan
First reported on The Construction Index
30 Second Briefing
Gamuda Land UK has appointed Graham to build a £45m purpose-built student accommodation scheme at 14 Marshgate Lane, Stratford, delivering 321 bedspaces within 100 metres of Pudding Mill Lane DLR station. The scheme combines cluster flats and self-contained studios with shared kitchens, social spaces, a gym and games rooms, plus 294 m² of ground-floor commercial space for artists’ studios and workspace. New supporting infrastructure will include a site access road and upgraded pedestrian and cycle links from the northern elevation to improve local connectivity.
Technical Brief
- Contract value is £45m, indicating a mid-rise urban PBSA with constrained-city-centre construction logistics.
- Graham is main contractor, working directly for developer Gamuda Land UK Limited.
- Proximity to Pudding Mill Lane DLR will drive stringent vibration, noise and access management during works.
- Ground-floor 294 m² commercial shell demands separate structural and services zoning from residential floors above.
- New access road construction will require tie-in to existing highway levels and drainage networks.
- Enhanced pedestrian and cycle links from the northern elevation suggest new hard landscaping and boundary reconfiguration.
Our Take
Graham’s selection here follows a run of higher-value wins in our database, including the £220M Oxford Flood Alleviation Scheme and Sky’s new Livingston campus, signalling that the contractor is leveraging its major civils and complex-building credentials even on mid-scale schemes like this Stratford PBSA.
The Stratford location, within 100 m of Pudding Mill Lane DLR, positions this 321-bed block in the same east London student catchment that has seen sustained private capital interest across our 908 Infrastructure stories, suggesting Gamuda Land UK is targeting transport-proximate plots where planning risk is typically lower than for pure residential towers.
Graham’s recent completion of Oxford’s Osney Power Station conversion for the University of Oxford indicates a growing portfolio in education-related assets, which should translate into operational know‑how around student and academic user requirements that can de‑risk design and fit‑out decisions on this PBSA scheme.
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.
