Funding collaborations

Butternut Box partners with Surrey's School of Veterinary Medicine to scientifically prove fresh dog food's nutritional benefits, driving market growth and informed pet owner choices.

William Medcalf Ltd, vintage Bentley engineering specialists, partnered with Surrey to transform supply chains and integrate new automotive technologies, driving expansion and growth.

Thermo Fisher Scientific partnered with Surrey's School of Engineering to develop novel X-ray photoelectron spectroscopy applications, resulting in a new patented instrument.

Waters partners with the School of Biosciences to apply and validate a new spatial OMICS workflow combined with mass-spectrometry imaging to greatly improve the understanding of disease processes in prostrate cancer and facilitate its implementation in clinical settings.

Humain partnered with the Centre for Vision, Speech and Signal Processing to use state-of-the-art machine learning methods, especially deep learning to reduce the cost, time, and effort of creating highly emotive and interactive digital humans.

The School of Psychology partners with Givaudan to develop and embed new capabilities to enhahnce the design of fragrances towards the older population, to enable Givaudan to expand its product offering, with significant potential for societal and commercial impact.

Surrey Business School and the School of Engineering partners with Cycle Confident to improve the effectiveness and reach of cycle training initiatives for adults and children by leveraging participant surveys and wider contextual data.

The School of Engineering and the School of Hospitality and Tourism partners with Therme Group to create the first comprehensive, science-based carbon footprint calculator for the services acquired by clients of the visitor economy.

The University of Surrey partners with JTFM to develop an innovative AI-powered FinTech toolkit that automates chart generation, enabling rapid client presentation and reduces manual effort.

The School of Psychology partners with Anaphylaxis UK to develop and train staff to deliver a bespoke digitised Cognitive Behavioural Therapy (CBT) based intervention to reduce allergy-related anxiety, improving the lives of all affected by serious allergy.

The School of Mathematics and Physics and the Advanced Technology Institute partnered with Plastipack to develop new high-performance water cover products and enhance existing products using light-matter interactions and to enable bespoke product design for new and existing markets.

Surrey Business School partnered with Surrey County Council to increase patronage of bus services in the county of Surrey by establishing new ways of identifying customer needs, behaviours and user-experience, making bus services more appealing to potential customers.

Surrey Space Centre partnered with SSTL to develop a compact monitor to measure the radiation environment on a new generation of satellites being designed for deployment in geostationary/high-radiation orbits.

The School of Veterimary Medicine, the School of Engineering, and Surrey Business School partnered with The Whiteley Clinic to develop a novel medical device to treat truncal varicose veins and pelvic veins without tumescence influencing clinical practice in vascular surgery worldwide.

The School of Computer Science and Electronic Engineering partnered with WSP UK to develop an optimisation engine for a system which counters problems of flooding, freshwater supply, and ecological stress through storage of excess freshwater in a network of automatically-controlled storage systems within the landscape.

The School of Health Sciences and Surrey Business School partnered with AT Medics to plan, develop and implement the Primary Care Quality Dashboard system to measure performance, evaluate innovation and expansion opportunities.

The School of Chemistry and Chemical Engineering partnered with Advanced Engineering to develop slow-release, biocidal products to prevent bio-film formation within heating, ventilation and air-conditioning systems and to develop new products for heat-transfer surfaces of HVAC systems.