CONSTRUCTION METHOD ENGINEERING
Almost every Wentworth project is driven by the construction method. We combine an understanding of project needs with a technical appreciation of engineering possibilities and material capacities. Drawing on over 25 years of construction-led engineering experience, we develop efficient and practical construction sequences and methodologies.
We continually deliver detailed solutions across multiple sectors and projects, and as such are exposed to a diverse range of engineering challenges. Our goal is to have a coordinated design approach that integrates permanent and temporary works to deliver high quality, efficient projects with associated savings in time and cost.
We continually deliver detailed solutions across multiple sectors and projects, and as such are exposed to a diverse range of engineering challenges. Our goal is to have a coordinated design approach that integrates permanent and temporary works to deliver high quality, efficient projects with associated savings in time and cost.
Temporary and permanent works
Temporary and permanent worksOur engineers design every structural element with its full lifecycle in mind, covering both permanent and temporary conditions, cores designed for self-stability during construction, slabs sequenced to provide working platforms, and connections detailed for realistic construction tolerances. By considering temporary stability, access requirements, lifting positions, and equipment constraints from day one, we prevent conflicts between design intent and buildability.
Construction sequencing and viability
Construction sequences must work within site constraints and material behaviour. We develop phasing strategies that account for material curing and installation requirements, structural element interdependencies, crane reach limitations, and material delivery logistics.
Construction sequencing and viability
Construction sequences must work within site constraints and material behaviour. We develop phasing strategies that account for material curing and installation requirements, structural element interdependencies, crane reach limitations, and material delivery logistics.
Scope
Scope- Structural alteration and re-purposing.
- High-rise structures.
- Basement construction and retaining walls.
- Emergency response or dangerous structures.
- Demolition of complex structures.
- Infrastructure projects.
- Construction sequencing and phasing strategies.
- Buildability reviews and methodology assessment
Case Studies
8 Bishopsgate
New landmark 50-storey tower on the...
2 Aldermanbury Square
An office led redevelopment carried out...
A19
Located approximately 1.1 km apart...
A30 – Chiverton to Carland Cross
Construction of a new 8.7-mile dual...
Bank Buildings
Prominent structure in the heart...
Brynmawr Gateway Arch
A 120m-span structure over the A465.
76 Southbank | IBM Buildings
Considered transformation of a Grade II...
K1 Knightsbridge
Luxury mixed-use development opposite...
London Museum
Ferrybridge C Power Station
Ferrybridge C Power Station was...
Oval
Mixed-use development on a 2 hectare...
Salisbury Square, London
New purpose-built 18-courtroom legal...
Small Dean Viaduct
High Speed Two is Britain’s new...
Silvertown Quays
Residential redevelopment of a 50-acre...
Thames Tideway Tunnel
It's an upgrade to London’s 150-year-old...