The Henry Royce Institute will open the seventh round of its Industrial Collaboration Programme in December, making up to £2 million available for short projects intended to move materials research towards practical industrial use.
The Henry Royce Institute will accept applications from 1 December 2026, with projects carrying total costs between £50,000 and £130,000. The programme connects companies with universities and research organisations to address defined materials problems over comparatively short development periods.
The seventh round focuses on energy solutions, advanced surface technologies and material durability, and consumer products, packaging, and specialist polymers. Proposals involving metamaterials or metasurfaces are also encouraged, alongside work incorporating sustainability and Materials 4.0.
Energy projects can include battery storage materials, electrochemical generation and conversion, hydrogen transport and storage, heat exchange and thermal storage, energy harvesting, and advanced nuclear fuels and test capability.
The range reflects how quickly energy technologies become materials engineering problems when they move towards production. Battery cells, hydrogen equipment, thermal systems, and nuclear components all depend on materials that can withstand repeated operation while remaining manufacturable at a commercially acceptable cost.
Surface engineering and durability projects can address tribology, modelling, coatings, and treatments for demanding environments. Wear, friction, corrosion, and surface degradation influence maintenance intervals and service life in sectors ranging from transport and process engineering to energy equipment.
The packaging and specialist polymer strand includes sustainable packaging materials and more sustainable elastomers. Developers in those markets face competing requirements around recyclability, barrier performance, processing behaviour, mechanical durability, regulatory compliance, and cost.
Sustainability is intended to run across the programme rather than operate as a separate materials category. Applicants can address design, manufacture, use, recycling, constrained resources, and the end-of-life performance of products and industrial materials.
Materials 4.0 provides a second cross-cutting theme, covering digital tools for materials discovery, optimisation, and scale-up. Computational methods can reduce experimental cycles, but their industrial value depends on whether predictions continue to hold when a material moves from controlled research batches into repeatable manufacturing.
Three areas included in the sixth round will not be funded through ICP7: structural innovations, future healthcare, and next-generation electronics, telecommunications, and sensors. Royce plans to return to those areas through an eighth programme round during 2027.
The narrower scope means applicants have to demonstrate more than general technical merit. A proposal must fit the current programme themes and establish a credible route between a materials challenge and an industrial application that can benefit from the research infrastructure involved.
Demand for the previous round was substantial. ICP6 attracted 213 applications, with Royce awarding £6.71 million to 72 projects across six scope areas. Energy solutions accounted for 25 awards, while projects were also funded across structural materials, surface technologies, healthcare, electronics and sensors, and consumer products and specialist polymers.
Those numbers illustrate the programme’s preference for relatively short interventions distributed across many projects rather than a small number of large capital demonstrators. A project costing between £50,000 and £130,000 will not establish a commercial production line, but it can answer the technical question that determines whether significantly larger investment follows.
Specialist facilities are often central to that decision. A manufacturer developing a new material may require advanced microscopy, surface characterisation, thermal testing, electrochemistry, modelling, coating equipment, or expertise that cannot be justified as permanent in-house capability for one project.
Collaboration with the national materials research base allows companies to use those facilities while retaining a defined industrial objective. Universities and research organisations, in turn, work against production requirements that can expose problems not visible during more open-ended academic research.
The difficult transition begins when a promising material leaves the laboratory. Production introduces batch variation, supplier qualification, purchasing constraints, process capability, regulatory requirements, yield, quality control, and the need to make the same material repeatedly rather than once.
Royce’s Industrial Collaboration Programme is structured around that translation gap. The Institute describes the scheme as support for short, focused projects rather than fundamental research, with the expectation that the results move an industrial opportunity towards commercial exploitation.
The seventh round opens on 1 December, followed by an online briefing on 2 December. Applications are scheduled to close on 15 February 2027, with successful projects expected to begin in July and finish by the end of November.
Five months leaves little room for exploratory programmes without a defined destination. Companies entering ICP7 will need the technical problem, collaborative team, facilities, and route to application established early enough for the funding period to produce evidence that can support the next industrial decision.
