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PhD and Research Degrees

BBSRC South West Biosciences Doctoral Training Partnership (SWBio)

Applications for September 2026 entry are now OPEN

About the SWBio DTP

The South West Biosciences Doctoral Training Partnership (SWBio DTP) is led by the University of Bristol, together with the Universities of Bath, Cardiff and Exeter, alongside Rothamsted Research.  This partnership also includes the following associate partners; Marine Biological Association (MBA), University of Plymouth, SETsquared Bristol, Swansea University, UCB Pharma and University of the West of England (UWE).

This partnership has established international, national and regional scientific networks, and widely recognised research excellence and facilities.

We aim to provide you with outstanding interdisciplinary bioscience research training, underpinned by transformative technologies.

 

Programme overview

You will be recruited directly to a broad, interdisciplinary project, supported by a multidisciplinary supervisory team, with many cross-institutional projects available. There are also opportunities to:

The SWBio DTP differs from most other bioscience doctoral training schemes in providing a hybrid scheme that combines the best of traditional project-focussed studies with a supporting but focussed taught first year with directed rotation projects, then concentrating on your PhD project from years 2-4 (supplemented with partnership-wide cohort activities and placement opportunities).

For further information please visit the SWBio DTP Programme overview webpage.

Our structured training programme will ensure you are well equipped as a bioscience researcher, supporting careers into academia, industry and beyond.

First year

We provide a broad awareness of the fundamental research approaches in biosciences and how they could be applied to real-life situations through:

  • two rotation projects - both allied with but in different disciplinary areas related to the PhD project.
  • three taught units - training in Statistics, Bioinformatics, coding, experimental design, innovation and understanding the impact of your research.

Note: You will need to complete the first year to progress into your second year of studies.  Also, if you are unable to continue your PhD, an MRes exit route is available upon completion of the first year.

Further information >>


Second to fourth years

The remaining years will be more like a conventional PhD, where you will focus on your PhD project.

Note: The PhD thesis must be submitted within 4 years (full-time equivalent) of starting the programme

To help broaden your career horizons, you will undertake

  • a 3-month placement of your choice, outside of an academic research environment - examples include working within policy, science communication, industry and scientific publishing.
  • or a 3-18 month industry placement with your CASE partner – CASE studentships only.

These are to provide you with highly desirable skills, experience and knowledge that can be applied to many career sectors.

About our placement schemes >>

 

You will have the opportunity to join many partnership cohort activities, such as student conferences, workshops and outreach events. Here you will meet students across the partnership, giving you access to a thriving multidisciplinary and supportive student network.

About our cohort activities >>

 

Projects advertised during the main SWBio DTP recruitment period (this period will be indicated by an application deadline) are all 4 years fully-funded (subject to being made a studentship offer following the SWBio interview day).

A fully-funded four year SWBio DTP studentship will cover:

  • a stipend* (at the standard UKRI rate; £19,237 per annum for 2024-2025)
  • research and training costs
  • tuition fees **
  • additional ring-fenced funds to support your training, including a 3-month placement

A limited number (up to 30%) of UKRI fully-funded studentships are available through the SWBio DTP, that applicants who would be classed as an International student are eligible for.  This also means that there are normally no restrictions on applying to any project that is advertised (unless otherwise indicated).   Further information about residence criteria >>

* An enhanced stipend is available for students with a recognised veterinary degree qualification (£28,738 per annum for 2024-2025). There may also be enhanced stipends associated with projects that have a CASE partner (CASE projects are highlighted as *CASE in the project lists).

** International students will not be required to cover the difference between home and international tuition fees.

 

Please click on the following hyperlinks for full detail about funding and eligibility

We support inclusive and flexible work environments, and welcome applications from all backgrounds and communities.

Our SWBio DTP EDI statement >>

How we support our diverse student cohort >>

PhD study adjustments and support >>

Our aim as the SWBio DTP is to support students from a range of backgrounds and circumstances.  Where needed, we will work with you to take into consideration reasonable project adaptations (for example to support caring responsibilities, disabilities, other significant personal circumstances) as well as flexible working and part-time study requests, to enable greater access to a PhD.  All our supervisors support with this aim, so please feel comfortable in discussing futher the the listed PhD project supervisors to see what is feasible. 

A number of FREE events available through the DTP to give you an insight into a PhD in the biosciences as well as support for applying and interviewing for PhD studentships.

  • Support for applying and interviewing for PhD studentships
    • Applying for a PhD Guidance Session
    • Interview with Confidence Workshop


Applying for a PhD Guidance Session - Q+A with the DTP Hub

Dates: Thurs 13 + Fri 14 Nov

Times: 6.30-7.15pm session (Thurs 13 Nov) or 1-1.45pm session (Fri 14 Nov) (GMT)

Register >> - by Midday (GMT), Thurs 13 Nov

A self-paced webinar provided ahead of the live Q+A will help guide you through applying to different types of PhDs, approaching supervisors, what to include in your personal statement and CV, and all those other bits and pieces needed as part of your application.  Delivered by Sarah Blackford, creator of the Bioscience Careers resource and author of ‘Career planning for research bioscientists‘.

We will then have a live Q+A opportunity with the DTP Hub Team, so you can ask them anything you want to know about bioscience PhD applications.


Interview with Confidence Workshop 

Date: Wed 26 Nov 

Times: 12-2pm session OR 6-8pm session (GMT)

Register >> - by Midday (GMT), Tues 18 Nov

A PhD interview is an opportunity to make a positive and memorable impression and this course will help you think about how you present your ideas and respond to questions effectively. Importantly you will get to try some techniques out yourself in a very supportive and fun setting. The best way to learn is to learn by doing!

It is no secret that many find interviews daunting and we hope this course will help you to feel more confident in your PhD interview.  Delivered by VOX coaching.

As part of the session, there will also be a Q+A opportunity with the DTP Hub Team, so you can ask them anything you want to know about bioscience PhD interviews.

 

To support access into bioscience PhDs, home students who have undertaken a first UK degree at a non-Russell Group university may be prioritised during registration for these events.

Please visit the following webpage for more details https://www.swbio.ac.uk/dtp-events-to-help-support-your-phd-journey-into-the-biosciences/

 

 

To apply for one of the listed projects, go to the How to Apply section of the SWBio DTP Website

Application deadline

Midday (11.59am GMT), Wednesday 3 December 2025

We have a number of projects available as part of the SWBio DTP Studentship competition.  

The SWBio DTP offers projects in world-class bioscience that encompasses the following three research theme areas:

  • Agriculture & Environmental Biosciences
  • Engineering Biology
  • Molecular Mechanisms & Pathways

PhD Research Projects available for September 2026 entry are listed in the drop down(s) below.  

 

Plant & Microbial Systems & Models

   
Project Title Main Supervisory Team Host Institution
Biocontainment systems for engineered microbes using molecular timer

Dr Tobias Bergmiller

Prof Thomas Gorochowski

University of Exeter (Streatham)

Studentship type: Standard

Blackgrass vs. Blotch: Discovering Natural Defences Against Wheat’s Biggest Threat 

Dr Jason Rudd

Dr Helen Fones (Eyles

Rothamsted Research (Harpenden)

Registered University: University of Exeter

Studentship type: Standard

Cell signalling pathways in diatoms in response to heat stress 

Dr Glen Wheeler

Dr Michael Deeks

Marine Biological Association / University of Exeter (Streatham) (Registered University)

Studentship type: Standard with Associate Partner

CRISPR-based epigenetic engineering of plant and fungal metabolism

Dr Hans-Wilhelm Nuetzmann

Dr Katherine Williams

University of Exeter (Streatham) (Registered University) / UWE

Studentship type: Standard with Associate Partner

Harnessing Seaweeds for Bioremediation and Rare Earth Recovery

Dr Michiel Vos

Dr Dan Smale

University of Exeter (Penryn)

Studentship type: Standard

The Effect of Soil Waterlogging on Disease Resistance in Wheat.

Dr Helen Fones (Eyles)

Dr Neil Brown

University of Exeter (Streatham)

Studentship type: CASE

The Inside Story: Exploring and exploiting the cabbage stem flea beetle endosymbiont microbiome as a novel potential means of crop protection

Dr David Withall

Professor Chris Bass

Rothamsted Research (Harpenden)

Registered University: University of Exeter

Studentship type: Standard

Will climate change worsen the problem of antibiotic resistance?

Dr Daniel Padfield

Prof Angus Buckling

University of Exeter (Penryn)

Studentship type: Standard

Animal Behaviour & Welfare

 

 

Antimicrobial Resistance (AMR) in Gamebirds: A One Health Approach to Understanding and Mitigating the Risk of AMR Evolution and Spread through Ecosystems

Dr Barbara Tschirren

Dr Irene Bueno Padilla

 

University of Exeter (Penryn)

Studentship type: Standard

Investigating the Role of Host Microbiome Dynamics as Drivers of Wildlife Disease Using a One Health Framework

Dr Xav Harrison

Dr Barbara Tschirren

University of Exeter (Penryn)

Studentship type: CASE

Protecting Ant Biodiversity and Ecosystem Services by Understanding Determinants of Insecticide Sensitivity

Prof Chris Bass

Dr Angela Hayward

University of Exeter (Penryn)

Studentship type: CASE

The influence of variability and information on decision-making

Dr Andrew Higginson

Dr Sean Rands

University of Exeter (Streatham)

Studentship type: Standard

Environmental Stress Adaptation

 

 

Aerodynamics of flying insect capture in carnivorous pitcher plant traps

Dr Ulrike Bauer

Dr Shane Windsor

University of Exeter (Streatham)

Studentship type: Standard

Using single cell approaches to unravel the mechanistic basis of long term epigenetic memory

Dr Eduarda Santos

Dr Tetsu Kudoh

University of Exeter (Streatham)

Studentship type: CASE

Will Global Warming Accelerate the Evolution of Antifungal Resistance? 

Dr Gabriel Yvon-Durocher

Prof Neil Gow

University of Exeter (Streatham)

Studentship type: Standard

 

 

Antimicrobial & Therapeutic Innovation

   
Project Title Main Supervisory Team Host Institution
 Antiphage defence systems and antimicrobial resistance: two sides of the same coin?

Dr Stefano Pagliara

Prof Tiffany Taylor

University of Exeter (Streatham)

Studentship type: Standard

How Microbes Work Together: Using Multi-Omics to Decode Polymicrobial Interactions and Advance AI-Assisted Rapid Diagnostics

Dr Khushboo Borah Slater

Prof Stineke van Houte

University of Exeter (Streatham)

Studentship type: CASE

 Understanding the effects of antibiotics on bacteriophage infectivity

Prof Stineke van Houte

Prof Tiffany Taylor

 

University of Exeter (Penryn)

Studentship type: Standard

 

Biophysics, Nanotech & Biosensors

   
CRYCT – A peptide magnetosensor to engineer magnetic field sensitivity in biological systems

Dr Daniel Kattnig

Dr Jonathan Phillips

University of Exeter (Streatham)

Studentship type: CASE

Learning to design dynamic proteins

Dr Jonathan Phillips

Dr Fabio Parmeggiani

University of Exeter (Streatham)

Studentship type: Standard

Mechanism of host-pathogen interactions at the ciliated surface

Prof Kirsty Wan

Prof Andrew Preston

University of Exeter (Streatham)

Studentship type: Standard

The Ozempic Receptor in Action: Dissecting Signalling Pathways of Drugs and Ligands

Prof Frank Vollmer

Prof Imre Berger

University of Exeter (Streatham)

Studentship type: Standard

Protein Engineering & Functional Biomolecular Systems

   
Mercury rising: Unifying molecular principles of biological temperature sensing

Dr Vinod Kumar

Dr Jonathan Phillips

University of Exeter (Streatham)

Studentship type: Standard

Structural and Transcriptional Insights into Therapeutic Jumbophages

Dr Vicki Gold

Dr Ben Temperton

University of Exeter (Streatham)

Studentship type: Standard

Advanced Cell & Tissue Models

   
Project Title Main Supervisory Team Host Institution
How to make an eye – Mechanics of optic cup formation across species

Dr Stefan Harmansa

Prof Andrew Quantock

University of Exeter (Streatham)

Studentship type: Standard

Modelling the Emergence and Maturation of Primitive Blood Lineages ex vivo Using Primate Stem Cell-Based Models

Dr Ge Guo

Dr Thomas Piers

University of Exeter (Streatham)

Studentship type: Standard

Peroxisome-organelle interplay under cellular stress conditions

Prof Michael Schrader

Prof Wendy Noble

 

University of Exeter (Streatham)

Studentship type: Standard

Physiological Systems & Neuroscience

   
Creating a functional map for brain-gut signalling in a simple worm model

Dr Elizabeth Williams

Dr Alex Corbett

 

University of Exeter (Streatham)

Studentship type: CASE

How Astrocytes Shape Learning in Brain and AI Networks

Dr Joël Tabak

Dr Jonathan Witton

 

University of Exeter (Streatham)

Studentship type: Standard

How neurons know a visual cue is predicting a reward

Dr Yanfeng Zhang

Dr Joël Tabak

 

University of Exeter (Streatham)

Studentship type: Standard

 Investigating galanin regulation of pancreatic islet hormone secretion in live zebrafish

Dr Yu Hsuan Carol Yang

Dr Kyle Wedgwood

University of Exeter (Streatham)

Studentship type: Standard

Investigating the antilypolytic and hypoglycaemic effect of exogenous ketones in humans.

Prof Francis Stephens

Dr Alistair Monteyne

 

University of Exeter (St Luke’s)

Studentship type: Standard

Molecular & Genetic Pathways

 

 

Chromatin-mediated control of morphogenesis and virulence in Aspergillus fumigatus

Prof Elaine Bignell

Dr Sandra Catania

 

University of Exeter (Streatham)

Studentship type: Standard

Enhancer Editing in Human Stem Cells: CRISPR Perturbation and Chromatin Profiling

Dr Sean Flynn

Dr Keith Vance

 

University of Exeter (St Luke’s)

Studentship type: Standard

 Epigenetics of the brain in healthy ageing

Dr Anna Migdalska-Richards

Prof Katie Lunnon

University of Exeter (St Luke’s)

Studentship type: Standard

 Evolutionary mechanisms underlying differences in the innate immune response

Dr Mark Hanson

Dr Ben Longdon

University of Exeter (Penryn)

Studentship type: Standard

 Imaging the birth and life of gene transcripts in vivo

Dr Nikolas Nikolaou

Prof Robert Kelsh

University of Exeter (Streatham)

Studentship type: Standard

Investigating novel interactions of the Merlin gene in cell behaviour

Prof Benjamin Housden

Prof David Parkinson

 

University of Exeter (Streatham) (Registered University) / University of Plymouth

Studentship type: Standard with Associate Partner

Reconstructing ancestral animal cell types by a single cell analysis and comparative genomic approach

Dr Jordi Solana

Dr Jordi Paps Montserrat

 

University of Exeter (Streatham)

Studentship type: Standard

Understanding the molecular mechanisms of environmental and chemical stressors on pigmentation in larval zebrafish

Dr Jonathan Ball

Dr Karen Camargo Sosa

 

University of Exeter (Streatham)

Studentship type: CASE

Other

 

 

Spindle orientation in the developing fly embryo: a joint mathematical-experimental approach

Dr David Richards

Prof James Wakefield

 

University of Exeter (Streatham)

Studentship type: Standard