Yorkshire & The Humber R&D Companies Directory

The University of Sheffield Advanced Manufacturing Research Centre (AMRC) is a world-leading research and innovation organisation specialising in advanced manufacturing technologies. It bridges the gap between academic research and industrial application, providing expertise in areas such as additive manufacturing, composite materials, and digital factory solutions to support sectors like aerospace, automotive, and energy. Through its role in the High Value Manufacturing Catapult, the AMRC accelerates the commercialisation of manufacturing innovations and strengthens the UK supply chain.

The University of Sheffield is a leading UK research institution with a significant focus on advanced manufacturing, materials science, and digital engineering. Through its Advanced Manufacturing Research Centre (AMRC) and various academic departments, it collaborates extensively with industry to translate fundamental research into industrial applications, particularly in aerospace, nuclear energy, and healthcare. Its grant history demonstrates a consistent evolution from foundational materials research toward complex, interdisciplinary projects involving digital twins, quantum technologies, and sustainable manufacturing processes.

Glass Futures is a research and technology organisation (RTO) that operates a world-leading, open-access facility in St Helens dedicated to decarbonising the foundation industries. By providing industrial-scale pilot infrastructure, they enable the testing and validation of low-carbon technologies such as hydrogen, biofuels, and electrification for glass, steel, and ceramics manufacturing. Their work bridges the critical gap between laboratory-scale research and commercial deployment, facilitating industrial symbiosis and resource efficiency.

The Nuclear Advanced Manufacturing Research Centre (NAMRC), part of the University of Sheffield, is a specialised research and development facility focused on advancing manufacturing processes for the civil nuclear and high-value energy sectors. It serves as a key component of the High Value Manufacturing Catapult, providing industrial-scale research capabilities to support the UK's supply chain in complex engineering and decarbonisation. Their work centres on developing advanced manufacturing techniques and providing technical support to ensure the competitiveness of the UK manufacturing base.

The UK Agri-Tech Centre is a national research and technology organisation (RTO) that facilitates the development and deployment of innovative agricultural technologies. They bridge the gap between academic research and commercial farming by managing large-scale collaborative R&D projects, regulatory networks, and field trials. Their work focuses on improving resource efficiency, nutrient management, biodiversity monitoring, and sustainable food production through advanced sensing, robotics, and biotechnology.

Crop Health and Protection (CHAP) is a UK-based innovation centre that acts as a catalyst for the agricultural technology sector, facilitating collaborative R&D between industry, academia, and farmers. They focus on accelerating the development and adoption of sustainable farming solutions, including precision agriculture, bio-protection, and controlled environment systems. Their work bridges the gap between fundamental research and commercial application to address food security, net zero targets, and resource efficiency in the UK food supply chain.

CIELIVESTOCK (Centre for Innovation Excellence in Livestock) operates a UK agri-tech centre coordinating collaborative R&D across the livestock supply chain, focusing on animal health, genetics, diagnostics, nutrition, and sustainability. The company facilitates consortia of academic, industry, and farming partners to address challenges in productivity, disease management, and environmental impact, evolving from broad centre operations to targeted projects in epigenomics, methane reduction, and precision farming.

The University of Leeds is a leading UK research institution that drives innovation across diverse sectors including energy, healthcare, food science, and infrastructure. Through extensive collaborative R&D, the university bridges the gap between fundamental academic research and industrial application, focusing on sustainability, circular economy principles, and advanced manufacturing. Their work has evolved from foundational scientific studies to complex, multi-stakeholder projects that address national and global challenges such as decarbonisation, food security, and regulatory reform.

The National Physical Laboratory (NPL) is the United Kingdom's National Metrology Institute, responsible for developing and maintaining the nation's primary measurement standards. They provide essential scientific and technical expertise to industry and academia, focusing on advanced analytical characterisation, materials testing, and the validation of emerging technologies. Their work spans diverse sectors including aerospace, healthcare, energy, and quantum technologies, facilitating the translation of research into commercial applications.

Equinor New Energy is a major energy company focused on the development of large-scale industrial decarbonisation infrastructure within the UK. Their work centres on the integration of Carbon Capture, Utilisation and Storage (CCUS) and hydrogen production networks to transition carbon-intensive industrial clusters toward net zero. By collaborating with cross-sector industrial partners, they facilitate the deployment of critical infrastructure required to secure the future of the UK's industrial heartlands.

The University of York is a leading UK academic institution that leverages its extensive research expertise to drive innovation across biotechnology, quantum technology, artificial intelligence, and digital health. Through a diverse portfolio of Knowledge Transfer Partnerships and collaborative R&D projects, the university bridges the gap between fundamental scientific research and industrial application, particularly in sustainable manufacturing, medical diagnostics, and secure communication systems. Their work has evolved from foundational scientific inquiry to leading large-scale, interdisciplinary consortia that address complex societal challenges such as climate change, healthcare workforce resilience, and digital infrastructure security.

Magnetic Systems Technology (Magtec) is a specialist designer and manufacturer of electric vehicle drive systems, including motors, power electronics, and battery packs for commercial and heavy-duty applications. The company has evolved from retrofitting diesel commercial vehicles to developing bespoke, high-performance electric propulsion systems and industrialising their production for volume OEM demand. Their work now spans the automotive, logistics, and maritime sectors, with a growing focus on circular economy practices for rare earth magnets.

Sheffield Hallam University is a prominent UK academic institution that operates as a major hub for applied research, technology transfer, and industrial collaboration. Through its extensive grant history, the university bridges the gap between fundamental research and commercial application, specialising in AI-driven solutions, forensic science, advanced manufacturing, and social-technical systems. Its work has evolved from traditional academic research to leading complex, multi-stakeholder international consortia and delivering high-impact Knowledge Transfer Partnerships (KTPs) across diverse sectors including healthcare, security, and the built environment.

Mobile Power provides a pay-as-you-go smart battery rental system for off-grid communities in Africa, using solar-powered charging hubs to distribute clean electricity. Their technology replaces fossil fuel generators and supports household energy, e-mobility, and productive use appliances, serving over 53,000 customers across 180 communities in West Africa.

Boeing United Kingdom is the British subsidiary of the global aerospace manufacturer, focusing on advanced R&D in aircraft structures, propulsion integration, and sustainable aviation technologies. Their work spans the development of high-rate composite manufacturing, hydrogen storage systems, and digital qualification platforms for additive manufacturing. The company consistently collaborates with UK academic institutions and industrial partners to enhance aerospace productivity and reduce the environmental impact of flight.