We were asked to to produce a first-class building that would house some of the finest scientists of our generation.
The brief was to create a high quality, monolithic exposed concrete structure, both internally and externally, necessitated an insitu concrete solution that was subject to meticulous detailing and co-ordination.
We also needed to ensure that a complex laboratory building, by its very nature highly-serviced and energy-hungry, could achieve the required BREEAM Excellent rating. 10% on-site renewable energy generation was also stipulated by the local authority when granting planning permission.
A comprehensive use of prototypes, mock-ups and samples helped to communicate and agree quality and workmanship aspirations between the entire team. Offsite checks and quality records were used to monitor and maintain standards throughout manufacture and installation. This greatly contributed to achieving a number of complex design elements including high-quality concrete finish throughout, resin floors, internal glazed screens, exposed concrete soffits and extensive specialist joinery elements.
The clean aesthetics of the building are complimented in a number of ways; services are concealed within concrete or behind feature finishes and acoustic panelling is also hidden from view.
The inclusion of 1,000 photovoltaic panels and photocell-controlled electric lighting helped achieve our overall sustainability objectives. The building fabric itself is part of the energy minimisation strategy. The exposed concrete frame acts as a heat sink keeping the building cool in the summer and warm in the winter.
The completed facility was opened by HRH Queen Elizabeth II. It houses laboratory and write up spaces, meeting rooms, offices, back of house areas and specialist-controlled temperature rooms for 120 scientists and associated support staff.
A multifaceted design in terms of structural complexity, intricate interfaces and architectural detailing. The project achieved an outstanding quality finish on time and to budget. The facility has been internationally recognised, winning the RIBA Stirling Prize 2012, the World’s Best Learning Building at the World Architecture Awards 2011 and the Concrete Society Awards 2011, to name but a few.
The laboratory scored 100% as an overall assessment of the client’s satisfaction with the completed project.
" The project seems simple, and this hides the fact that it was a hugely difficult building to achieve… The building uses fine materials expertly detailed; (its) profound sustainability is impressive, not only in terms of its excellent energy performance but also in terms of its long-term flexibility and adaptability. "
The Luton DART project is a joint venture project between VolkerFitzpatrick and Kier (VFK). This new state-of-the-art guided mass passenger transit system will link the airport terminal building to Luton Airport Parkway station. Due to open in 2021 it will reduce journey time from the terminal to central London to under 30 minutes.
Delivery of a 33,500ft2 Global Centre of Innovation at Infineum’s headquarters in Abingdon; featuring new petrochemical laboratories for research and development into new formulas for fuel additives; collaborative meeting spaces, office accommodation, a new staff restaurant and improved site infrastructure.
Kier has been contracted by Gigaclear Ltd to build a full fibre network to thousands of homes and businesses in the Uttlesford District in Essex as part of Essex County Council’s Superfast Essex Programme.
Updating an icon, providing pride of place for Charles Darwin’s finds, creating a prominent spot for a fully-fledged Finback whale, and being test abseiled by Sir David Attenborough.
The Ogilvie (formerly known as the Sanger Sequencing Building) provides 4,430m² of flexible laboratory and office space and an integrated energy centre which will feed future developments on the greenfield site.
Working with Network Rail to keep the line between Ipswich and Lowestoft up and running. Replacing the line's Radio Electronic Token Block (RETB) system after the frequencies were allocated to the MOD, coming up with a workable solution with the client and ensuring this vital rural connection remained in service.
Designing and building the UK’s first dedicated centre for cancer immunology research to bring together world-leading cancer scientists and enable interdisciplinary teams to expand clinical trials and develop more lifesaving drugs.
A new global headquarters for life sciences giant, Abcam, at the Cambridge Biomedical Campus. This stunning building brings the Abcam team together all under one roof, which will improve efficiency and better serve researchers in accelerating innovation and discovery in the life sciences sector.
Working collaboratively, the IMDS Alliance and the Manufacturing Technology Centre (MTC) improved the method of installing water meters. The new process for Anglian Water’s new smart meters saves time on install and saves end-users water and money through faster identification of leaks and more accurate bills.
Design and construction of a new 7,200m2 laboratory facility. The building consists of a mixture of biology and chemistry spaces, office spaces, unfitted spaces and associated external infrastructure works. The facility has two floors of containment level 2 fitted labs and write-up areas, together with shared wash-up facilities.
Delivering a 600 place Secondary School with 12 form of entry core facilities, as well as a 110 place SEN School and Energy Centre for Cambridge Meridian Academies Trust (CMAT) on behalf of Cambridgeshire County Council.