Articles

£9 million Research England funding will make UK computer modelling unique in the world

TLDRoffon

The UK to become world-leader in high-performance computer modelling used to predict and tackle rapidly emerging societal and environmental challenges.

Research England announced today Expanding Excellence in England (E3) funding of £9 million for the University of Greenwich, following a competitive bidding process. The grant will fund the amalgamation and expansion of two award-winning multidisciplinary teams at the university over the next five years. The Fire Safety Engineering Group (FSEG), led by Prof Ed Galea, and the Computational Science & Engineering Group (CSEG), led by Prof Koulis Pericleous and Associate Prof Andrew Kao, have a long track record of impactful research excellence in fire safety, evacuation, computational science and engineering. Their mathematical models, computational simulations and bespoke software harness the expertise of multidisciplinary teams, reflecting the fact that societal challenges are rarely solved through single discipline research.

Research England’s independent assessment panel emphasised how impressed they were with the university’s fire safety research and how important it is. The E3 expansion will take the teams’ world-leading expertise to the next level by utilising High-Performance Computing (HPC) enhanced with Artificial Intelligence (AI), Virtual Reality (VR), and Mixed Reality (MR) for large-scale, interactive real-time simulations. The research themes reflect UK and international priorities, such as the need to tackle the ever-present and growing concerns with physical security, to enhance urban resilience to natural and anthropogenic disasters, to promote energy security and sustainable manufacturing, and to mitigate the impact of climate change.

Prof Ed Galea, director of the Fire Safety Engineering Group said:

‘The E3 funding will generate the scale and pace for a quantum leap in UK computer modelling capacity and capability that will be unique in the world. It will expand the scale and complexity of the digital worlds we can create and the real-world challenges we can simulate within them. High-Performance Computing enhanced with Artificial Intelligence and Virtual and Mixed Reality will drive more effective solutions to real world problems, such as more efficient mitigation strategies for urban-scale natural and anthropogenic disasters, enhanced training for first responders in disaster response, and the design of safer buildings through enhanced real-time two-way coupling of fire and evacuation modelling.

‘We are grateful to Research England and for the significant support for our proposal from local (London/ Southeast), national, and international collaborators and partners in industry, government and the public sector, who share our excitement for the potential highlighted in our proposal.’

Professor Jane Harrington, Vice-Chancellor and CEO of the University of Greenwich said:

‘The University of Greenwich is committed to world class research and innovation that tackles real world challenges and has tangible impact. The E3 grant demonstrates how strategic funding for our excellent research teams can unlock significant potential to increase their impact on society and the environment. This value extends beyond our immediate surroundings,reaching students, local communities, business, industry, government and public services nationally and around the world.’

Professor Andrew Westby, Deputy Vice-Chancellor at the University of Greenwich said:

“As the Deputy Vice-Chancellor for Research and Knowledge Exchange, I am delighted by the Research England funding. Greenwich is home to some of the finest minds working on projects to make improvements to people’s everyday life and this grant is further proof that we are making a difference. Congratulations to the Greenwich staff involved and I look forward to watching the project develop.”