Closeup of the 
High Performance Computing (HPC) resource

The High Performance Computing (HPC) resource provides researchers with the resources they need to answer complex questions in science, engineering and mathematics. More than 150 staff, researchers and students benefit from the use of the HPC.

Researchers from the Peninsula Research Institute in Marine Renewable Energy (PRIMaRE) use the HPC to find new energy solutions that capitalise on the tremendous power of ocean waves. 

Meanwhile, researchers from the UK Quantum Chromodynamics (UKQCD) Collaboration use the HPC to study the interactions among subatomic particles such as quarks and gluons. HPC resources help this consortium of research groups from Plymouth, Cambridge, Edinburgh, Glasgow, Liverpool, Oxford, Southampton, and Swansea universities to study the behaviour of matter in extreme conditions, such as in the first instants after the big bang or at the core of a neutron star. 


The last decade has shown that world class activities in Science, Technology, Engineering and Mathematics (STEM) are fundamentally transformed by access to HPC resources. Business executives acknowledge that HPC has reached a stage of sophistication which significantly reduces production costs and increases profit margins. 

With such high demand for high-performance computing in financial services, sometimes prioritisation is just as important as clock speeds. 

"High-performance computing is a fundamental building block to our entire strategic platform," says Tony Bishop, SVP at Wachovia Corp.

While hardware is typically developed by international companies such as IBM or CRAY, universities often lead in the dissemination of HPC expertise: firstly, through consultancy since many companies do not currently have this technology and, secondly, through their graduates as larger companies will recruit from universities which have a reputation in HPC. 

Even though China has entered the supercomputing arena recently, the UK has the second largest share of supercomputing systems worldwide. 

This clearly signals the commitment of the British government to HPC, which made it very clear that university-based HPC resources which enable training of staff and researchers add significantly to the reputation of UK Universities and to business performance.

The supercomputer

Consider a state-of-the-art desktop: if you squeeze the computational power of 1,000 of them into a rack, then you get an idea of the HPC facility that Plymouth operate.听
The latest additions are 320 cores using Intel Xeon E5-2650 (SandyBridge) 8 core 2.60GHz processors.听
high performance computing supercomputer


The High Performance Computer Centre (HPCC), which is located in the Faculty of Science and Engineering, enables supercomputer based research across the whole of the University. It serves as a platform for:

  • Collaboration between its research groups 
  • Establishing new research links external to the University
  • Teaching and public engagement with science. 

The HPCC is a consortium of nine research groups with expertise in different areas including the three key areas of marine and maritime, health, biomedicine and environmental and social and economic sustainability.

  • Anaesthesia Research Group
  • Statistical Research
  • Quantum Field Theory
  • Industrial Mathematics
  • International Logistics
  • Computer Music
  • Marine Renewable Energy
  • Coastal Engineering
  • Computational Neuroscience

Our experienced staff will assist you with diagnosing a computational problem and provide guidance on its solution, train your staff in data security and in deploying HPC solutions, or just inspire you with how HPC can help to run your business to run in a more cost effective way.

We work with organisations across a wide variety of sectors and would be delighted to explore how the University High Performance Computing facility can assist you or your company.

The HPCC facilitates: 

  • Out-sourcing of HPC resources - computational time and expertise - to industrial projects. The flexibility of HPC provision means we can collaborate with industrial partners across the globe.
  • Supporting world leading research funded by The Office for Students (OfS), and the UK's research councils such as STFC.
  • Knowledge transfer and consultancy for companies which wish to set up their own HPC resources. 
  • Creating new job opportunities for Plymouth graduates with an in-depth knowledge of running and applying HPC facilities, in particular to problem solving in a scientific and technological context.
  • Creating a new STEM related centre of excellence attracting PhD students and postdoctoral staff funded by research councils.

Continuing professional development

We offer continuing professional development in the areas of:

  • Data security
  • Introduction to MPI and Supercomputing environment
  • Introduction to multi tasking operating systems
  • Consultancy - is the HPC solution viable for my business?

The price structure for commercial customers is determined on a case by case basis. Please contact us for further information