Active Engineering Public Health & Healthcare

EPSRC Centre for Doctoral Training iN digGital heAlth technoloGiEs (ENGAGE)

In plain English

AI plain-English summary

The NHS has a severe and growing workforce shortage, and digital health technologies—from wearable monitors to hospital-at-home programmes—could ease the pressure, but only if enough people are trained to build them. This Centre for Doctoral Training addresses a specific gap: the lack of researchers who can work across engineering, computing, data science and healthcare. Currently, these skills sit in separate silos. The programme will train a new generation of doctoral students to co-create, design, evaluate and implement evidence-based digital health tools, working directly with NHS trusts, industry partners and patients. If successful, ENGAGE will produce graduates who can turn ideas into working technologies—apps for home monitoring, AI models to guide treatment, sensors for public health assessment, and secure systems for sharing patient data. These are not abstract concepts; they are the infrastructure that could keep the NHS running as demand grows. The programme embeds students in two different health systems (NHS London and Health and Social Care Northern Ireland) and partners with companies spanning imaging, medical device regulation, and health apps. The result is a pipeline of people who understand not just the science, but how to get a digital health tool from a lab bench into a clinic.

View original technical description
The challenges for healthcare systems are unprecedented, exacerbated by the burdens of infectious and chronic disease, ageing populations, inequalities, fragmented systems and workforce shortages. The NHS has a severe and growing workforce shortage that will be put under increasing pressure as the demands of our population continue to grow. Digital health technologies have the capacity to mitigate some of these challenges, for example via advanced monitoring technologies, virtual wards and 'hospital-at-home' programmes that will enable earlier diagnosis and personalised treatment strategies; however, this necessitates a new generation of digital health technologists, trained in research at the intersection of engineering, computing, data sciences and healthcare. Our EPSRC centre for doctoral training iN diGital heAlth technoloGiEs (ENGAGE) will address this deficit by creating a new coordinated doctoral training programme, partnering world-leading academic and NHS organisations and industry, such that graduates from the Centre can co-create and ideate, design, develop, evaluate and implement evidence-based digital health technologies. ENGAGE will provide a holistic approach to research and innovation, bringing together cutting-edge research spanning mathematical and data sciences, AI and machine learning, through to materials, sensors and medical devices, human-computer interaction and behavioural science, avoiding traditional disciplinary silos. We have co-designed ENGAGE with a breadth of industry and healthcare partners, identifying four themes for student training and PhD projects: Diagnostic & Prognostic Indications; Treatment & Care Optimization; Disease Tracking, Surveillance & Modelling; Data Security, Interoperability & Sharing. These Themes are underpinned by technology innovations as diverse as wearables and apps for home-monitoring of health and disease, digitally-enabled sensors for public health assessment, real-time patient algorithms and AI models to guide treatment. ENGAGE is a highly collaborative research training programme around a core academic partnership between UCL and Ulster University, providing a cutting-edge set of research expertise and facilities, in addition to embedding student projects in two different health and care systems (NHS in London and HSCNI in Northern Ireland). Further, ENGAGE partners with NHS Trusts via UCL's three Biomedical Research Centres at UCLH, GOSH and Moorfields, as well as the Belfast Health and Social Care Trust in Northern Ireland, providing excellent opportunities for multidisciplinary projects and to understand patient and clinician unmet needs. Students will also benefit from opportunities to share their research with the public via events organised by our universities and partners, including the Science Museum. ENGAGE has embedded partnerships with large industry and SMEs, spanning the breadth of digital health development and real-world application ranging from imaging technologies, through medical device regulation, device-enabled therapeutic monitoring, computational tools and infrastructure, to health apps, allowing co-creation of projects most likely to achieve impact. All partners will be embedded in student training opportunities, from hosting secondments to co-designing research projects and providing training. ENGAGE graduates will be adept at: (1) Identifying unmet need by engaging end-users and co-creating research questions with them; (2) Undertaking discovery research in engineering and physical sciences, bringing together approaches from different disciplines to tackle health challenges; (3) Understanding technology translation to the market via innovation & entrepreneurship; (4) Understanding the translational pipeline for sustainable digital health technologies, including ideation, development, evaluation, trials, regulation, adoption.

View the original record at the funder ↗

Researchers

Dewar Finlay (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

EPSRC Centre for Doctoral Training in Digital Health and Care
EPSRC Centre for Doctoral Training in Advanced Engineering for Personalised Surgery & Intervention
EPSRC Centre for Doctoral Training in Data-Driven Healthcare (DRIVE-Health)
EPSRC Centre for Doctoral Training in Digital Civics
EPSRC Centre for Doctoral Training in Embedded Intelligence

Original classification

Training Grant

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.