A fully funded PhD studentship is available at the interface of Mathematics and Biology in the Department of Mathematical Sciences at Durham University (UK). This position is part of the North East England Doctoral Landscape (NEEDL) program.
About the project
How can mathematics help to unlock the secrets of microbial life? Microbial communities are shaped by a delicate balance of metal nutrition and toxicity, influencing ecosystems from the human body to the environment. This PhD project will develop and apply mathematical approaches to uncover the fundamental principles governing these interactions, combining theory with experimental data. Focusing on bacterial communities in the human oral cavity, this research will advance theoretical frameworks with applications to diverse microbiomes—including the gut, soil, insects, and the ocean. If you're passionate about using mathematics to tackle complex biological questions, this project offers a unique opportunity to conduct impactful research in a dynamic interdisciplinary setting.
We are seeking motivated candidates with an interest in dynamical systems and mathematical modelling, as well as a willingness to engage with microbiology. Experience in mathematical ecology and computer programming is beneficial but not required.
Funding and Support
This 4-year studentship includes full tuition fees, an annual tax-free stipend, and a generous training and travel budget.
Interested candidates should:
- Contact Dr. Denis Patterson (denis.d.patterson@durham.ac.uk) to discuss the project informally, or
- If intending to apply, submit a CV and a brief statement of interest explaining their interest and fit for the project.
The supervisory team will review applications and shortlist the most competitive candidates for interview with NEEDL. The full advert for this position is available here:
https://www.findaphd.com/phds/project/metals-microbes-and-mathematics-understanding-coexistence-with-toxic-nutrients/?p182855
