Current research degree projects
Explore our current postgraduate research degree and PhD opportunities.
Explore our current postgraduate research degree and PhD opportunities.
This PhD aims to understand how people living with long-term health conditions (LTCs) can better build resilience to climate change. Working with vulnerable communities the researcher will use individual narratives and real-time momentary analysis to establish how LTCs impact adaptive capabilities during weather extremes.
鈥淭he Volcanic Mind鈥 uses volcanic risk reduction as a lens to explore how resilience emerges from the interplay between emotional trust and deliberative confidence in times of crisis. Combining volcanology, social science, political psychology, and creative practice, it reimagines how societies can sustain trust and adaptability in an accelerating world.
This PhD explores how shared mobility systems, such as car clubs, e-bikes, and platform-based services, can support communities during crises like floods, storms, or transport shutdowns. Combining optimisation, behavioural science, and governance, the research will design fair, trusted, and practical ways to use shared transport for emergency and resilience planning.
We are interested in how T cells are induced to become pathological in autoimmune conditions. In this project, the student will work with immunologists, clinicians and patients and will study the development of T cells in the context of Crohn鈥檚 disease.
This PhD explores how people with multiple long-term conditions (MLTCs) access and experience nature to support wellbeing. Using mixed methods, it investigates barriers, lived experiences, and the role of different natural spaces. 福利着片ings will inform strategies to enhance equitable, sustainable nature-based wellbeing interventions for disadvantaged populations.
This project investigates how workers in low-skilled and precarious jobs experience and demonstrate resilience while managing long-term mental health challenges. Using qualitative interviews and daily voice diaries, the project connects organisational and public health research to explore how work environments shape wellbeing, inequality, and inclusion in contemporary workplaces.
Gene Regulatory Networks (GRNs) orchestrate cell fate and are key to understanding disease. We has expertise in developing computational methods for single-cell omics data. This project will develop new computational approaches for single-cell RNA-seq, applying them to human datasets to discover targets and advance precision medicine.
This project investigates how civilians in Ukraine exposed to landmines, or living amid suspected contamination, adapt and maintain wellbeing under prolonged risk. Using mixed-methods research, it explores factors that promote or hinder resilience, coping strategies, and social cohesion, providing insights to inform civilian protection, risk education, and humanitarian response in conflict-affected settings.
This project will explore the dynamics of resilience in selected human-altered environments by developing a set of numerical toy models rendered as arcade-style computer games. Model systems might include wildfires at the wildland-urban interface, leveed rivers, sand mining, beach nourishment, or transportation networks in hazard zones.
Explore how private gardens can facilitate climate resilience. Taking a mixed-methods approach 鈥 combining spatial modelling, interviews and participatory methods 鈥 this project investigates how climate change, socio-demographic factors, and people鈥檚 willingness or resistance to change will shape the fundamental capacity of gardens to act as a cornerstone of urban climate resilience.