Research Group

Digital Health

Professor Age Chapman examines some proteomics data analytics

Our researchers are examining and developing information and communication technologies to help address the health problems and challenges faced by patients.

About

With a rising population across the globe, many societies are struggling to meet healthcare demand.   Digital health care interventions are key to tackling this issue and help to enhance the efficiency, delivery and security of services to patients, and supporting care in the community. 

But with so many new digital technologies available and the immediate access to massive data sets how can we harness this information to ensure it makes a real difference to society?  And how do we overcome the challenges of privacy and personal data protection? 

Southampton scientists across medicine and electronics and computer science are combining machine learning,  genome sequencing and other computational methods to develop new digital health interventions to help healthcare professionals and patients to manage illness and promote health and wellbeing.   This includes both hardware and software solutions including using Internet of Things smart devices, wearable devices and monitoring sensors.    

Our teams are also using digital health technologies to analyse already available data sets to establish trends of behaviour and decision patterns with the aim of predicting future healthcare needs as well as examining the role data protection plays in this ever-expanding research field. 

People, projects and publications

People

Dr Katherine Bradbury

Principal Research Fellow
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Professor Katherine Newman-Taylor

Professorial Fellow-Education

Research interests

  • CBT and mindfulness for psychosis
  • Attachment based interventions for psychosis
  • Recovery approaches to living well with severe mental ill-health

Accepting applications from PhD students

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Dr Kathy Carnelley

Associate Professor

Research interests

  • My research area is personal relationships. I investigate the ways in which attachment experiences with parents and romantic partners influence how people view the self, others and relationships. My research focuses on how models of self and others influence people's thoughts, emotions, and behaviours in romantic relationships, for example relationship functioning and caregiving. I am co-founder of the UK Attachment Network.
  • One stream of my research focuses on moving people toward felt security. Attachment security is associated with better relationship quality and well-being. I examine the extent to which temporarily activated attachment security (via priming) can lead to these positive outcomes in a series of studies.  With my colleagues and students, for example, I have investigated the effects of priming attachment security on self-views and relationship-views, feelings of vitality and energy, pain sensitivity, mental health, and therapy attitudes. In addition, I have tested ways to increase the impact of a security prime via repeated priming in the lab, online, or via text messaging.
  • Other streams of research focus on attachment networks (e.g., who serves as attachment figures, how they change over time). Recently I’ve investigated the role of partners in coping with the Covid-19 pandemic, examining personal and relational wellbeing and goals. I’m also interested in close relationships and technology use (e.g., technoference).

Accepting applications from PhD students

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Dr Katie Meadmore

Senior Research Fellow

Research interests

  • Research on research
  • Qualitative research
  • Ethics in research
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Dr Katy Sivyer CPsychol, DPhil, MSc, BA

Lecturer

Research interests

  • Understanding how psychological treatments and behaviour change interventions work

Accepting applications from PhD students

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Professor Keith Godfrey

Associate Dean Enterprise
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Dr Kelvin Peh

Assoc Professor of Conservation Science

Research interests

  • Kelvin Peh’s interests range from forest ecology to urban wildlife in respect of diversity and distribution. He is interested in all areas of wildlife-human conflicts and wildlife ecology in human-dominated landscapes, and in the application of his research results to the conservation/management of biological resources.
  • Tropical Forest Ecology – Kelvin’s work on monodominance in tropical tree-dominated systems - has helped rekindle scientific interest in this fascinating, yet relatively unexplored phenomenon in tropical forests. He is the principal editor of the “Routledge Handbook of Forest Ecology Second Edition”, published by Routledge under its “Earthscan” imprint on 7 October 2024 (available at www.routledge.com/9781032348384).
  • Ecosystem Services – Kelvin is best known for his leading role in the development of TESSA (Toolkit for Ecosystem Service Site-based Assessment). TESSA v3.0, published on 31 Oct 2022, is now available at https://www.birdlife.org/tessa-tools/. For the impacts of TESSA, see: https://bit.ly/4ccpken. He continues working on this ecosystem service assessment project to develop and test novel tools for rapidly assessing the net impact of site-based conservation on the provision of ecosystem services. This project runs in collaboration with the University of Cambridge, the Royal Society for the Protection of Birds, BirdLife International, Tropical Biology Association, Anglia Ruskin University and UNEP-World Conservation Monitoring Centre. Currently, he is leading the ecosystem service task team of the Asian Development Bank’s Regional Flyway Initiative.

Accepting applications from PhD students

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Dr Kif Liakath-Ali MSc, MPhil, PhD.

Lecturer in Advanced Cell Biology

Research interests

  • Regulation of RNA splicing
  • RNA Splicing Misregulation in Neurodegeneration
  • Ribosomes and Alternative Splicing

Accepting applications from PhD students

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Dr Kirsten Poore

Principal Teaching Fellow
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Professor Koushik Maharatna PhD

Prof Signal Processing System Design
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True interdisciplinary research, in which collaborators share the challenges and strengths of different domains is more than just applying one domain’s techniques to another area’s problems. Interdisciplinary research opens up new and exciting research opportunities in both domains by changing the shape of the problem and highlighting why existing approaches are not fit for use.
Professor of Computer Science

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