A new £2.5m project which aims to unite business with research in a bid to overhaul construction practices in the UK has launched.
The programme was officially unveiled last night (20 November) at the Bartlett, University College London (UCL)’s faculty of the built environment.
The project – called the Transforming Construction Network Plus (N+) – is one of the investments within the Transforming Construction Challenge (TCC), a programme supported by the UK government’s Industrial Strategy Challenge Fund.
Recognising that the way buildings are constructed has changed relatively little in the last 40 years and has not seen the same increase in productivity or innovation as other industries, it looks to enable the sector to produce safe, healthy, efficient buildings using the latest digital manufacturing techniques.
It will also try to encourage the use of more energy-efficient structures, modern materials and digital design methods to build better buildings. The organisers of N+ said they wanted it to support the industry to adopt these technologies and help buildings to be constructed 50% faster, 33% cheaper and with half the lifetime carbon emissions.
The purpose of the N+ is to create a new community of researchers and a body of knowledge to inform future construction policy and practice to achieve the TCC’s overarching goals. It has £1m to invest in a raft of new research projects over the next two years and hopes to mobilise a new movement in the construction community.
The N+ will issue two open calls for small research projects, funding up to 20 academic-led and user-inspired projects to generate new research findings. Academics from a range of disciplines will take part and work together with users, as project partners, to develop new ideas for transforming construction.
The N+ focuses on supporting research that looks at construction as a production ‘system’ for built assets that adds value to cities and their infrastructures. Transforming design, construction and operation of buildings is a problem that demands input from a wide range of backgrounds and disciplines, which is why major, coordinated investments are being made through the TCC.
The research supported through the N+ will focus on the gaps, inter-relationships and underexplored regions of this area, spanning digital, energy, construction and manufacturing expertise, in line with the expectations of the Industrial Strategy Construction Sector Deal.
The N+ will also address a future in which the UK designs, constructs and operates buildings by realising the potential for integrating advanced offsite manufacturing with state-of-the-art digital design and energy generation and storage technologies.
Professor Jacqueline Glass, UCL’s principal investigator for the N+, said: “With the N+, we have an extraordinary opportunity to tackle longstanding problems which have held back UK construction for decades. We are delighted to be collaborating with researchers from Imperial College London and WMG, University of Warwick to create an integrating agenda for a fragmented industry, by building a new movement of researchers and delivering an evidence-based manifesto for change.”
Professor Jennifer Rubin, ESRC executive chair said: “This is innovative, inspiring work that has the potential to improve the places we work and live while positioning the UK as an industry for construction technologies and businesses. ESRC is excited to be leading on this project on behalf of UKRI.”
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Whilst a large proportion of present construction practices are based on historical and traditional methods, the Industry has embraced large amounts of modern technology and use of state of the art equipment, however each contract has different needs and priorities, and there are only large housing sites and certain industrial estates and standardised multi storey structures that would lend themselves to the car production style methods the article envisages.
One of the Industries biggest problems is dimensional accuracy on site, and this is of paramount importance with the installation of off-site manufactured units.