Furniture Retail Showroom, Gateshead
Barker & Stonehouse

Project Objective
Development of Multi-Storey Retail Showroom
Location
Gateshead
Value
£4 Million
Client
Barker & Stonehouse
Scope of Work
Civil & Structural Engineering Services
Duration of Contract:
18 Months
Project Overview
Graham Schofield Associates (GSA) was appointed to provide full Civil & Structural Engineering services for the construction of a three-storey Furniture Retail Showroom in Gateshead. Designed to offer durability, flexibility, and a modern aesthetic, the project required an engineering-led approach to optimise load-bearing capacity, create spacious interiors, and minimise environmental impact.

Scope of Work
GSA was responsible for the full structural design and engineering services, from foundation design to superstructure detailing. Our team worked closely with the client and architects to ensure the building met all structural requirements while providing an adaptable retail space.
Key Features
- Piled Foundation System: Designed to support the multi-storey showroom, providing stability on variable ground conditions.
- Steel Frame Superstructure: A composite upper floor deck system ensured load-bearing efficiency while maintaining an open-plan retail space.
- Enhanced Structural Durability: Engineering solutions were tailored to accommodate heavy furniture displays and high footfall.
Challenges and Solutions
Open-Plan Structural Integrity: Large unobstructed spaces were required, necessitating advanced steel frame engineering to eliminate excessive internal columns.
Retail-Specific Considerations: The design needed to support long-term commercial use while allowing future adaptability for internal layouts. GSA’s solutions provided a balance of strength and flexibility.
Outcome
Graham Schofield Associates (GSA) was appointed to provide full Civil & Structural Engineering services for the construction of a three-storey Furniture Retail Showroom in Gateshead. Designed to offer durability, flexibility, and a modern aesthetic, the project required an engineering-led approach to optimise load-bearing capacity, create spacious interiors, and minimise environmental impact.



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