The University of Essex STEM Centre would be positioned at the bottom of a valley surrounded by buildings built between the early 1960’s & early 1990’s. This presented a series of logistical challenges for the delivery team. The new building was also to be built against a 1960’s five storey concrete framed building, raised walkway bridge and concrete podium, and the podium needed to be part demolished to make room for the new construction.
Further to this the new building was going to be built into a 13m high slope and full unrestricted access was to be maintained to the main spine road which runs under the university and the podium with over 120 traffic movements every day. Main material access for the site was via a podium recess with an opening of 6m x 5m and a side access to the site which gave just enough room to reverse a lorry to allow loads to be picked up via a tower crane from the two locations.
Due to the nature of the landscape a number of pre-construction works needed to take place before building works could begin. To enable the reduced level digging to commence, sheet piles were driven into the landscape to provide support to the slope above, these were then used as permanent back shutters for the reinforced concrete basement walls and to provide final support for the existing slope. In addition, CFA piles, 600mm in diameter, were driven 20m into the ground to take the loading of the new concrete framed building.
Once the building was nearing its completion, the previously demolished section of podium that was left, was filled in with steelwork, tray decking infilled with concrete to join the new building to the old podium and form the new main entrance. Internally break throughs were further created to join the new building to the old at three separate floor levels to provide better disabled access to the upper podium levels of the campus.
Trying to build a new concrete framed building within a very restricted area whilst in a live environment was challenging. The buildings surrounding the site housed laboratories where many experiments were carried out. Careful liaison had to be undertaken to help them programme their more sensitive experiments around the main construction, especially in Brain Science where noise and vibration were an issue for them. In addition to managing all the daily traffic movements of the university, we also had to incorporate the sites vehicle movements into this whilst trying to minimise disruption.
An extremely challenging project right the way from the off with design, logistics and programme issues but incredibly satisfying to see what the team produced as a final product.
" Early Design Management in consultation with the client was excellent and most likely enabled the projects progress from a difficult pre-construction period, and ongoing accommodation of the University of Essex’s logistics requests have been extremely appreciated by the Client. "Senior Project Manager Arcadis
Delivering a new secondary school on the Great Western Park Development in Didcot, ensuring it was completed in time for the start of the new school year, creating extensive outdoor sports facilities as well as a building for 1,200 students and working alongside contractors delivering housing projects.
Rising from the ashes of a decommissioned former nuclear site, SGS Berkeley Green, a converted 1940’s engineering hall, and new University Technical College (UTC) are the first educational buildings to be completed on a new ground-breaking GREEN campus, within Gloucestershire Science and Technology Park.
Designing and constructing of a new joint campus school for The Highland Council to incorporate two neighbouring primary schools, Caol Primary School and St Columba's RC Primary School, together with a community facility.
New build secondary school developed under the ESFA’s Priority Schools Building Programme (PSBP), providing modern accommodation with increased pupil capacity for 1,200 pupils and 300 post-16 students.
A step change in the way DNO capital works and connections are delivered. Together with UK Power Networks and our Alliance partners, we deliver the improvements necessary to achieve OFGEM-mandated outputs in Customer Service, Safety, Sustainability and Network Health and Reliability.
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.
Working with Surrey County Council and the supply chain to deliver £120m of work for £100m on the fourth busiest road network in the UK, dramatically improving the condition of the roads in the county, driving down the cost of materials and increasing investment in new techniques and equipment.
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.
The UK – and Coventry as a city - is well-established as a leader in automotive, aerospace, rail and marine design. Coventry University’s National Transport Design Centre (NTDC) aims to boost design innovation in the transport sector and bridge the current shortfall in creative skills.
Identifying this 20.5 acre site in Reading as a strategic development opportunity, delivering a retail and leisure scheme including new homes, a hotel, retail space, car showrooms and industrial units, trailing new innovations and generating 263 jobs and £138m of social value.
New build secondary school developed under the Education Skills and Funding Agency's (ESFA) Priority Schools Building Programme (PSBP), providing modern accommodation with increased pupil capacity and facilities for classrooms, in addition to a Learning Resource Centre which integrates with pupil breakout areas.
Creating a ‘Knowledge Quarter’ for Liverpool, a collaboration between the University of Liverpool and Liverpool John Moores University, delivering a highly adaptable research environment and incubator space for start-ups and SMEs who are developing digital sensor technologies and applications.
Regenerating Britain's oldest market in 10 weeks, collaborating with a wide range of supply chain partners, engaging with the local residents, businesses and traders and bringing a delicate touch to a much loved historical site.
A joint venture with Kier Major Projects for the University of Northampton. The project marked the first time Kier had committed to a large-scale Light Gauge Steel (LGS) frame project and is the largest LGS project to date in the UK.
Partnering Surrey County Council with an innovative scheme that brings vulnerable people in social care into the workplace, supporting these candidates to be able to carry out basic highway works in the community and helping tackle the national social care time bomb.
Bringing an iconic and sustainable development to the Carmarthen campus of the University of Wales, providing 40,000 sq. ft. of accommodation for for Welsh Media company S4C and the University's new media faculty and offices, and achieving a BREEAM Excellent certificate for sustainability.
Building a high quality new school, which won the 'Best Educational Building' award at the LABC Awards North West 2017, completed within a very tight budget and exceeding client expectations.
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.
Supporting the power requirement for ongoing Brighton Main Line signalling renewal works. We installed a Westplex System in order to upgrade a key commuter line to increase the quantity of trains able to utilise the line.
The design and construction of a sports pavilion, including FA compliant changing facilities, gym, office space and flexible recreation areas. In addition a first floor balcony was incorporated into the design which overlooks the sports pitches.
Kier Design and Business Services working in partnership with the London Borough of Hackney to deliver mixed-use developments and education schemes to create revenue for further local investment.