The Software Sustainability Institute is a national facility for building better software, founded in 2010. It provides guidance, training, tools, services and other resources to advance good practices for developing research software. These include a software evaluation service; guides for researchers, developers and managers; and data and analysis on research software. The SSI runs workshops and initiatives to support the development of communities of practice, including the SSI Fellowship...

The High Value Manufacturing Catapult is the go-to place for manufacturing technology innovation in the UK. Our seven centres, listed below, work across 17 locations covering all parts of country to support manufacturers in over 4,000 projects per year, offering open access to the latest industrial scale equipment, leading expertise and an environment of collaboration between industry, academia and government. We cover the full range of manufacturing technology capabilities, from biologics to...

The Wind Blade Research Hub (WBRH) is a £2.3million, five-year research partnership between the Offshore Renewable Energy Catapult and the University of Bristol that aims to help unlock larger, more powerful wind turbines than ever before.

This Research Hub marks the first strategic investment from ORE Catapult to increase the depth of our partnerships with academia, ensuring that the offshore renewable energy sector has a gateway to world-leading research and innovation developments across...

The Physical Sciences Data-science Service is a National Research Facility which brings together tools and resources for UK researchers in physical sciences, including chemistry, crystallography, materials and related fields. It provides access to web-based data services are which are freely accessible for academic users from the UK.

The Nuclear AMRC helps UK manufacturers win work across the nuclear sector – in new build, operations and decommissioning – and in other quality-critical industries. Its facilities and services are open to all.

The centre's engineers and sector specialists work with companies to develop innovative techniques and optimised processes for large-scale high-precision manufacturing. Companies can use the Nuclear AMRC's state-of-the-art workshops to develop and test new processes on production-scale...

ORE Catapult has appointed the Universities of Strathclyde and Manchester to form the Electrical Infrastructure Research Hub.

The Hub will accelerate research and development activities, tackling the challenge of making the UK’s electrical infrastructure systems future-proof to meet the needs of the growing offshore wind, wave and tidal industries.

With a five-year investment of around £700k from ORE Catapult, and £2.4m match funding from its university partners, the Hub will address a...

The Quantum Technology Centre cleanrooms, based in Lancaster University’s Physics Department, establish a significant technology presence in the Northwest. Our world class facilities include a class 100 and two class 1000 clean rooms housing state-of-the-art nanofabrication equipment. The facilities provide the possibility to run multi-step nanofabrication processes to build electronic, photonic and nanomechanical devices and structures with a feature size as small as 10 nm. It allows processing...

The MTC was established in 2010 as an independent Research & Technology Organisation (RTO). Its primary focus is to ensure that great ideas become reality and don’t fall into the manufacturing abyss known as the ‘valley of death’.

It represents one of the largest public sector investments in UK manufacturing and, after four years of planning and a 16-month build, the facility opened at Ansty Park in Coventry at the end of 2011. It exists to prove innovative manufacturing processes and...

The Powertrain Research Hub focuses on the development of next-generation offshore wind powertrains, optimising their operation, reliability and performance. ORE Catapult has partnered with the University of Sheffield to support the development of future technologies for larger turbines. 

The Hub’s key objectives are:

• Reliability improvement and advanced test methodologies
• Advanced health condition monitoring and prognostic technologies
• Development of next-generation powertrain...

The 14CHRONO Centre analyses a wide variety of carbon containing samples using Accelerator Mass Spectrometry (AMS) 14C to provide radiocarbon ages or fractions of modern carbon. We also provide AMS 14C analyses for archaeological companies, forensic investigations and industries interested in monitoring bio- vs. fossil based components. We collaborate with researchers around the world to construct radiocarbon calibration curves to convert radiocarbon ages to 'calendar' ages. We also provide...