Project
Project
To facilitate the construction of a new multi-storey educational wing. Unlike standard TG20:21 Scaffolding, this project demanded a Designed setup that could support intensive concrete frame construction within a heavily restricted footprint.
Bespoke Design: We implemented a fully engineered scaffold design tailored to the specific load-bearing requirements of a concrete frame build.
Enclosed Site Logistics: The "Y Block" was situated within a landlocked portion of the campus, meaning the scaffolding had to be erected with surgical precision to maximize the limited space available between the new structure and existing college buildings.
Structural Integration: The scaffold was designed to provide safe, multi-level access for trades.
The project was defined by its physical and logistical limitations, requiring a heightened level of awareness and planning.
Tight Site Constraints: With minimal "lay-down" area for materials, the site was a logistical puzzle. Every ledger, transom, and board had to be managed within a footprint that left almost no room for maneuver.
Operational College: The extension took place while Newham College remained fully operational. This meant managing heavy vehicle movements and high-risk activities around thousands of students and staff. Noise control, dust mitigation, and strict adherence to safe walking routes were paramount.
Timed Access: Deliveries and high-risk strikes had to be synchronized with the college's timetable to ensure student safety during peak transit periods.
To overcome the constraints of the Newham site, we focused on a "just-in-time" delivery model and deep technical integration with the Thomas Sinden site team.
Design Collaboration: From the pre-construction phase, we worked closely with Thomas Sinden’s engineers. By collaborating on the design early, we were able to adapt the scaffold to the intricacies of the concrete frame,.
Accurate Scheduled Deliveries: To solve the space issue, we utilized a rigorous delivery schedule. Materials arrived on-site in phased batches exactly when they were needed for the next lift, preventing the site from becoming congested and maintaining a safe working environment.
Expert Handling of Concrete Frame Intricacies: Concrete frame builds require specific scaffold adaptations, such as heavy-duty loading bays and specialized tie-in points. Our team’s expertise in this area meant the scaffold remained rigid and safe even as the building’s weight and profile shifted during the curing process.
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