Supercomputing Wales

Supercomputing Wales
Name	Supercomputing Wales
Formation	2016
Region	Wales
Headquarters	Cardiff

Supercomputing Wales is a national high-performance computing initiative based in Wales that provides supercomputing resources, data services, and training to research institutions, industry partners, and public sector organisations. It supports computational research across disciplines, offering infrastructure for modelling, simulation, and data analysis to accelerate projects in fields such as climate science, bioinformatics, engineering, and digital humanities. The programme links universities, research councils, and regional economic development bodies to foster innovation and skills development across Wales and the United Kingdom.

Background and Origins

Supercomputing Wales was established through collaboration among Welsh universities including Cardiff University, Swansea University, Bangor University, Aberystwyth University, and Cardiff Metropolitan University, in partnership with national organisations such as EPSRC and regional bodies like Welsh Government. The initiative built on antecedents including national facilities such as ARCHER and DiRAC and drew on expertise from computing centres like EPCC and Hartree Centre. Its origins intersect with UK-wide strategies exemplified by initiatives from UK Research and Innovation and funding mechanisms used by European Regional Development Fund projects, while situating itself within Wales's research ecosystem alongside institutions such as Natural Resources Wales and cultural partners like National Library of Wales.

Infrastructure and Facilities

The infrastructure comprises high-performance computing clusters, storage arrays, and high-speed networking co-located at campuses in Cardiff and Swansea, benefitting from existing research technology platforms such as JANET, Internet2, and national backbones used by centres like JASMIN and ARCHER2. The facilities incorporate compute nodes with processors from vendors such as Intel Corporation, AMD, and accelerator technologies from NVIDIA and ARM Ltd. Data storage and management practices align with standards promoted by organisations like DuraSpace, CERN, and The Open Group. Cooling and power arrangements reflect engineering approaches used at sites like National Renewable Energy Laboratory and Lawrence Livermore National Laboratory simulation centres, while security and access control follow frameworks from NIST and Cyber Essentials.

Projects and Applications

Supercomputing Wales supports projects across disciplines: climate modelling collaborations with groups linked to Met Office and UK Climate Prediction teams; bioinformatics and genomics work connected to Wellcome Trust Sanger Institute and Genomics England; materials science simulations in partnership with researchers aligned with Diamond Light Source and CERN experiments; and engineering simulations echoing programmes at Rolls-Royce and BAE Systems. Applications include large-scale data analysis for public health collaborations with Public Health Wales and modelling efforts interfacing with NHS Wales datasets, environmental modelling with Natural Resources Wales, and digital humanities projects akin to work at British Library and National Archives. Cross-sectoral projects draw expertise from industrial partners such as Siemens and Schneider Electric and involve methodologies similar to those in studies by Max Planck Society and ETH Zurich.

Partnerships and Funding

Funding and partnerships involve a mix of regional, national, and European sources including Welsh Government, UK Research and Innovation, and earlier grants from European Regional Development Fund. Academic partners include Cardiff University, Swansea University, Bangor University, University of South Wales, and research institutes like MRC groups. Industrial and consortium partners mirror entities such as Atos, Hewlett-Packard Enterprise, and Dell Technologies in procurement and support roles, while collaborative research links engage with organisations like Innovate UK, Knowledge Transfer Network, and sector bodies such as CIPD and Federation of Small Businesses. Training and skills funding connect to initiatives run by Welsh Further Education colleges and workforce development programmes similar to those from Skills Development Scotland.

Governance and Management

Governance structures align university steering groups, technical advisory committees, and regional stakeholders with models comparable to governance at UK Research and Innovation councils and university-managed facilities like EPCC. Management includes technical leads, user support teams, and governance boards composed of representatives from partner institutions including Cardiff University and Swansea University, together with external advisors drawn from organisations such as The Alan Turing Institute and Royal Society. Data governance and ethics draw on frameworks used by UK Data Service and ethical oversight practices similar to committees at Medical Research Council and ESRC-funded projects.

Impact and Outcomes

Outcomes include increased computational capacity for Welsh researchers, enhanced competitiveness for grant proposals to funders like Horizon 2020 and Marie Skłodowska-Curie Actions, and industry collaborations generating innovation comparable to technology transfer models at Cambridge Enterprise and Oxford University Innovation. The programme supports skills development through training similar to offerings by Software Carpentry and Data Carpentry, and contributes to economic development goals pursued by agencies such as Development Bank of Wales and regional growth strategies championed by Welsh Government. Publications, patents, and spin-outs from partner institutions echo outputs from national centres like Hartree Centre and research consortia including UKAEA collaborations.

Challenges and Future Development

Challenges include sustaining capital and operational funding amid shifting policy landscapes influenced by entities like UK Treasury and adapting to technological evolution driven by vendors such as NVIDIA and AMD. Future development plans consider integration with national infrastructures like ARCHER2, adoption of cloud and hybrid models used by Amazon Web Services and Microsoft Azure, and participation in international collaborations with organisations such as PRACE and Gaia-X. Ongoing priorities include expanding user access, enhancing energy efficiency following practices from Green Grid and ASHRAE, and deepening partnerships with industry players like Sage Group and regional development agencies including Business Wales.

Category:Research infrastructure in Wales