#Collaboratory project full#

Additive manufacturing technologies with high throughput, precision, and scalability for mass production of complex parts and structures.Smart materials with adaptive, responsive, and self-healing properties for applications in sensors, actuators, and energy harvesting.New digital materials design tools and techniques for faster and more accurate materials discovery and optimisation, including high-throughput approaches to modelling, making, characterisation and testing and data-driven approaches.New materials solutions that enable circular and sustainable electronics.Materials and devices underpinning the development of new, energy-efficient computing architectures (e.g.Organic and inorganic semiconductors for emerging applications.Semiconductors with improved performance and reliability for high-frequency and/or high-power applications.New dielectric materials with low loss and high energy density for power electronics applications.Advanced biosensors with high sensitivity, selectivity, and specificity for medical diagnosis and environmental monitoring.Innovative bioprinting technologies for the fabrication of complex biological structures with high precision and reproducibility.Bio-inspired materials and structures with novel properties and functionalities for tissue engineering and regenerative medicine.Smart materials for real-time monitoring of critical hydrogen infrastructure.īiomaterials, bioprinting and bioelectronics:.Cost-effective materials solutions for hydrogen storage, distribution, and end-use over a wide range of temperatures and pressures.Materials-led solutions to improve performance radically, reduce cost, and extend operational lifetimes of green electrolysis routes.Please contact them at application deadline is the 30 th June 2023 at 17.00.įurther details can be found in the guidance document.

The Royce Research and Business Engagement team is available to discuss potential project ideas, particularly from businesses who are unfamiliar with the expertise and capabilities across Royce. Projects are expected to start from the 1 st October 2023 and Royce-funded project expenditure must be completed by 29 th February 2024.

100% of project costs for RTO, charity and not-for-profit organisationsĪccess to Royce facilities will be funded at 100% for academic and RTOs and should be included in their project costs.Ĭompanies can claim a grant equal to a percentage of their total project costs:įundamental research projects are ineligible for funding.

#Collaboratory project full#

Up to 80% of full economic costs (FEC) for UK Je-S registered institutions or.These projects will be supported by the Henry Royce Institute for Advanced Materials through its research, development, and innovation industrial collaboration programme.Īcademic organisations and research and technology organisations undertaking non-economic activity can obtain the following funding: Universities, research and technology organisations and companies can apply for funding up to total project costs of £125,000 for exploring innovative ideas with a focus on technology translation.