Electronic Engineering Building, Royal Holloway, University of London
HybriDfma approach at the heart of build strategy
PCE provided the three storey structure plus substructure and roof construction using a combination of precast concrete, structural steelwork and insitu concrete.
A significant use was made of offsite engineered precast units, including fifty PreFastCore modules – weighing up to 50 tonnes each – which formed the lift and stair shafts. PreFastCore provides safe and easy access for site personnel to different floor levels during the construction programme as well as providing a cost effective means of transferring lateral loads to the foundations.
Other precast concrete components included:-
- Ground and suspended beams
- 300mm thick Twin Wall
- Hollowcore flooring units
- Stairs and landings.
Constricted site access
The building was constructed with a fifty five tonne capacity crawler crane and, with a tight site access around the building, deliveries of components on a “just in time” basis was critical.
PCE’s design approach and planning processes minimised the number of lorry deliveries to site and a relatively small number of well trained and experienced PCE operatives ensured that the overall Carbon footprint for the construction was minimised.
“PCE are able to offer the Construction Industry innovative Hybrid structural solutions delivered speedily with high standards of Health and Safety and Quality at all stages of the projects development. The New Electronic Engineering Building at Royal Holloway is a good example of what we can provide and were delighted to be working with Osborne and the rest of the project team on this state of the art building”.
Nickie Brown, PCE’s Managing Director.
Location: Surrey, UK
Architect and engineer: Stride Treglown
Main Contractor: Osborne
A three storey fully HybriDfma offsite engineered structure
The building has enabled the Royal Holloway University of London to increase student numbers and, as Professor Paul Layzell, Principal of Royal Holloway said on the announcement of the Main Contract award, that it is
“…specifically supporting women, so that we can move towards a genuine gender balance in a subject where the national average for female students is only 10% of the cohort”.