Skip to main navigationSkip to main content
The University of Southampton

Southampton in £138m infrastructure project

Published: 25 November 2015
National Infrastructure Laboratory
Artists’ impression of the new National Infrastructure Laboratory.

The University of Southampton is to play a major role in a new national centre that will grow and transform the UK’s major infrastructure sectors including transport, energy systems, clean water supplies, waste management and flood defences.

Southampton is one of 14 universities working in partnership with industry and government as part of the £138m UK Collaboratorium for Research in Infrastructure and Cities network (UKCRIC). This will be expanded over the coming years with more national and international partners, both university and commercial.

The network was announced today as part of the Government’s Comprehensive Spending Review and Autumn Statement (page 64 under 2015-16 and 2016-17 key project starts: Construction work on UK Collaboratorium for Research In Infrastructure and Cities hubs).

Universities and Science Minister Jo Johnson said: “From traffic congestion and floods to rising populations, our cities face big challenges that need innovative infrastructure solutions to keep services secure, low-cost, and effective. That’s why, as a One Nation Government, we are investing £138 million in this world-leading UK research network to develop new materials and engineering solutions that will deliver world-class infrastructure up and down the country.”

Southampton’s contribution to UKCRIC is a new £36m National Infrastructure Laboratory, based at the University’s Boldrewood Innovation Campus, which is also home to Lloyd’s Register’s Global Technology Centre and further major facilities including a 138-metre towing tank and other advanced fluid dynamics experimental facilities.

The Laboratory will house state-of-the-art teaching and research facilities for geomechanics, heavy structures, solid mechanics and infrastructure engineering. The facilities will be used to develop new understandings of the behaviour of large structures and structural components, with an emphasis on infrastructure, rail and maritime engineering.

National Infrastructure Laboratory
View of National Infrastructure Laboratory from main entrance

One of the major focuses will be on rail transport, to meet challenges such as improving resilience to the effects of climate change and the increasing demands on the network, through the efficient maintenance and upgrade of existing infrastructure and the cost-effective design and construction of new infrastructure.

The University’s current work in this area is supported by the Engineering and Physical Sciences Research Council (EPSRC) through the Programme Grant Track2theFuture, the EU project Shift2Rail and industry partners such as Network Rail, HS1, HS2, National Grid and EDF.

Professor William Powrie, Dean of the Faculty of Engineering and the Environment, said: “This significant funding will enable us to grow our world-leading research, teaching and enterprise activities, and to complete the development of our Boldrewood Innovation Campus.

“The addition of the new building will make this a flagship campus for the University and for the region, enabling us to develop the new knowledge needed for meaningful advances at national and international levels in infrastructure engineering and rail transport – both major areas of expertise and specialism for Southampton.

“It will also allow us to educate more of the imaginative, versatile, high-quality engineers that the country so desperately needs, in an environment where knowledge is created and exploited, rather than merely passed on.”

Initial research projects will be funded by the EPSRC, Lloyd’s Register and Network Rail together with other infrastructure owners and operators and supply chain companies.

Professor Powrie adds: “We expect the expanded range of activity catalysed by the new facilities will lead to new jobs, both directly and in due course by businesses becoming established in the area to exploit the opportunities on offer.”

Notes for editors


1. A unique feature of this collaborative research programme is the Coordination Node, hosted by UCL's Science Technology Engineering and Public Policy department, which was highly praised in the international peer review. While hosted by UCL, the Node will involve and include representatives from all universities.

2. The specific contribution of infrastructure to the economy and social wellbeing is immense. This can be illustrated for the rail sector alone, for example, which:

  • employs 212,000 people and generates £9.3B of gross value added (GVA) per year;
  • returns £3.9B in tax to the Exchequer a year, offsetting nearly all of the £4B that it receives in government funding;
  • provides benefits worth up to £13B a year to its passenger and freight users;
  • contributes benefits of up to £10.2B a year to the productive potential of the economy;
  • relieves congestion worth up to £12B on the road network each year;
  • increases productivity by up to £1.4B a year;
  • reduces CO2 emissions by up to 7.4M tonnes, valued at £430M annually;
  • reduces the number of people killed or seriously injured on the transport network in the UK by up to 950 a year, valued at £330M annually.


Privacy Settings