Whether you're looking to take an undergraduate or postgraduate course, to stay up to date with the latest developments in your sector, or you're simply keen to learn, let us introduce you to our exciting range of courses and subjects.
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230 postgraduate research courses
Please note, some of our degrees are currently under development and will be listed shortly. Check back soon for new listings. For any queries about available postgraduate research degrees, please contact the relevant faculty.
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Accounting, Finance and Economics: Four year fully funded Graduate Teaching Fellowships for Accounting and Finance PhD students
- Funding:
- Funded
- Apply by:
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- Project
- PhD
Accounting, Finance and Economics: Four year fully funded Graduate Teaching Fellowships for Economics PhD students
- Funding:
- Funded
- Apply by:
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- Degree
- PhD
Accounting and Finance
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
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- Tags
- Degree
- PhD / MPhil / MD
Anatomical Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil / MD
Applied Health Research
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD
Applied Linguistics and Teaching English to Speakers of Other Languages
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
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- Tags
- Degree
- PhD / MPhil / MD
Applied and Molecular Microbiology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil
Archaeology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
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- Tags
- Degree
- PhD / MPhil
Architecture
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
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- Tags
- Degree
- PhD / MPhil
Archives and Records Management
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
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- Tags
- Project
- PhD
Assessing the physical impact of a six-week yoga intervention on brain structure, function, cognition and inflammatory profile in healthy volunteers.
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Degree
- PhD / MPhil
Biochemistry
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil / MD
Bioengineering
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil / MD
Bioinformatics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil
Biological Sciences
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Degree
- PhD / MPhil
Biological Sciences (Evolution, Ecology and Behaviour)
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Advancing Untargeted Metabolomics through a Probabilistic and Context-Aware Annotation Pipeline
- Funding:
- Funded
- Apply by:
- Year round
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- Project
- PhD
Biological and Biomedical Sciences: A live-cell biosensor for real-time monitoring of cortisol dynamics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Artificial Intelligence–Derived Retinal, ECG and Echocardiographic Biomarkers for Early Detection and Risk Prediction of Heart Failure in Hypertension and Diabetes Clinics
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
Biological and Biomedical Sciences: Assessing cardiovascular risk in transgender patients on gender affirming hormonal therapy
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: A structural biology approach to understand IMPDH2 rod-ring structures in Embryonic Stem Cells
- Funding:
- Self-funded
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: British Heart Foundation Multidisciplinary PhD Programme
- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Cardiovascular function around the clock: harnessing protective circadian mechanisms towards smarter design of novel retinoid therapies and lifestyle interventions
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Combining genome-scale metabolic models and multi-omics data for a system level understanding of bacteria
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Decoding Myeloid Cell Regulation of Cancer Metastasis and Therapeutic Response
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Designing therapeutic approaches for a new group of neurodevelopmental conditions associated with V-ATPase dysfunction.
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Determining metabolic reprogramming events in stem cells in response to inflammatory disease phenotype.
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Develop and validate blood-borne lung cancer diagnostic biomarkers with multi-omics data and interpretable AI
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Engineering more water-use efficient crops: functional genomics of carbon dioxide fixation during Crassulacean acid metabolism
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Enhancing detections of invertebrates to improve biosecurity in the South Atlantic
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Enhancing metabolomics data repository re-use through enhanced metabolite annotation and data harmonisation
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Examining how post-transcriptional gene regulation mechanisms affect stem cell function
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Exposing dynamics in bacterial responses to antibiotic treatments using metabolomics and network analysis
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: From molecular defects to cardiac dysfunction: Troponin I mutations in hypertrophic cardiomyopathy
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Hyperalgesic priming in chronic pain – the role of the stress axes
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Investigating age-related biochemical changes in motor neurons using an induced pluripotent stem cell in vitro model.
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Investigating the Role of Extracellular Vesicle-Mediated Transfer of snoRNAs and Ribosomes in Joint Ageing
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Investigating the interplay between hypoxia and RNA splicing
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Investigating the therapeutic efficacy of resident cardiac stem cells
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Leveraging Deep Learning-based structural bioinformatics for experimental structural biology
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Leveraging and developing Deep Learning-based methods for experimental structural biology
- Funding:
- Self-funded
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Leveraging sequencing technologies to advance identification of bacterial pathogens
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC DiMeN Doctoral Training Partnership: Towards Mitigating Severe Neurotoxicity in T-cell Immunotherapy
- Funding:
- Funded
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: AI-assisted rapid on-site evaluation in lung cancer diagnosis: model development and two-centre external validation
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : A digital portal incorporating patient-reported outcome measures to improve the equity and effectiveness of outpatient epilepsy care
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Agentic AI to drive functional annotation and drug discovery in a priority fungal pathogen
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: A novel mechanism linking DNA damage response signalling to neuronal cytoskeletal dysfunction in neurodegeneration
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Antibiotic taxis during host infection and antibiotic treatment
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : A quantitative micro-MRI platform for validating vascularised cardiac organoids as non-animal models of heart disease
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Automated discovery of inhibitors targeting DNA gyrase to combat antimicrobial resistance
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Beyond the peak: Detecting cardiovascular autonomic neuropathy in diabetes using Taylor-Fourier analysis of wearable photoplethysmography
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Cardiac Ion Channels and Immune Signalling in Ischaemic Heart Disease: New Opportunities for Cardioprotection and Arrhythmia Prevention
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Cell-free assembly and engineering of programmable protein nanocages for mRNA vaccine delivery
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Closing the loop: an AI guided approach to prioritise competence experimentation of emerging arbovirus risk
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Decoding pneumolysin-specifc T cell fate in pneumococcal infection
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Decoding why gingivitis may lead to noma: characterising the oral microbiome and immunology of children at risk of noma
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Defining the role of Complement glycosylation during Neisseria gonorrhoeae infection
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Developing and characterising antivirals to treat neuronal complications of non-polio enterovirus infection
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Endosomal Trafficking of Dopamine Receptors: Mechanisms, Health, and Disease
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Enhancing Cancer Immunotherapy While Protecting the Heart: The Dual Function of SGLT2 Inhibitors
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: From variant to phenotype: decoding calmodulin dysfunction in cardiac arrhythmia
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Galectin-3 signalling in trabecular meshwork biology: 3D and organ-culture models toward antifibrotic outflow therapy to treat Glaucoma
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Harnessing cross reactive T-cell responses to prevent future pandemics
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : How does pancreatic injury trigger life-threatening organ failure?
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: How pollution drives brain ageing: understanding its contribution to neurodegenerative pathologies
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : In ovo organoid xenografts to accelerate gastric cancer drug and biomarker development
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Integrated assessment of Immune Fitness in Patients with lung cancer: AI-enabled Immune Phenotyping and CT-based Assessment of Sarcopenia
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Longitudinal Ultrasound AI for Identifying High-Risk Fetal Growth Trajectories
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: MR Fingerprinting response to anti-seizure medication treatment outcome
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Mechanistic investigation into covalent kinase inhibitor-induced liver injury following checkpoint inhibitor treatment
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: MitoFIT: Understanding and restoring mitochondrial health in the ageing brain
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Rebuilding trust in vaccination: a Large Epidemic Model to predict immunity gaps and power trustworthy public health communication
- Funding:
- Funded
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Restoring Anti Tumour Immunity by Disrupting Myeloid Driven Immunosuppressive Pathways in Cholangiocarcinoma
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Restoring Anti Tumour Immunity by Disrupting Myeloid Driven Immunosuppressive Pathways in Cholangiocarcinoma
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme : Smart Multimodal AI for Refining Thalamic Targeting and Tremor Outcome Prediction
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: State-selective dependence on SMOC-regulated extracellular signalling in hepatocellular carcinoma
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Synthetic Teixobactins for Drug-Resistant Pneumonia Caused by S. pneumoniae and S. aureus
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Targeting the senescence associated secretory phenotype (SASP) as a strategy to ameliorate the burden of age-related fibrotic disease
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: The role and molecular actions of Galectin-3 in peritoneal fibrosis
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: MRC NW-DMS DLA programme: Towards Mitigating Severe Neurotoxicity in T-cell Immunotherapy
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Mechanistic Studies on Cryo-OrbiSIMS and Its Interaction with Complex Materials
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Morphology, motion, and mechanics of vertebral joints in fish
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Optimising Cancer Therapy: Understanding how SGLT2 Inhibitors Enhance Neoplastic Efficacy and offer Cardioprotection against immunotherapies.
- Funding:
- Self-funded
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Proteomic Signatures of Treatment Response During Pulmonary Exacerbations in Cystic Fibrosis
- Funding:
- Funded
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Real-time visualisation of thyroid hormone signalling
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Role of nutrition, and gut function in human health and diseases (sarcopenia, frailty, diabetes and cardiovascular diseas); using metabolomics and genomics
- Funding:
- Self-funded
- Apply by:
- Year round
-
- Tags
- Project
Biological and Biomedical Sciences: Single-cell proteomic analysis of RNA virus infections
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 years
- Part-time:
- 8 years
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Stabilising the Corneal Stem Cell Niche: LaNt α31 as a Regulator of Epithelial Repair and Regeneration
- Funding:
- Self-funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Structural Proteomics to spatially resolve interactions with mechanosensitive synaptic scaffold proteins
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Super resolution analysis of basement membrane remodelling and microenvironment signalling in pancreatic cancer.
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: Therapeutics for Middle Eastern Respiratory Syndrome
- Funding:
- Self-funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: The role of PPFIA1 (Liprin-α1) in pancreatic cancer
- Funding:
- Self-funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Biological and Biomedical Sciences: The wrong place at the wrong time: Immune cell-derived serine proteases as drivers of osteoarthritis
- Funding:
- Self-funded
- Full-time:
- 3 Years
-
- Tags
- Project
Biological and Biomedical Sciences: Understanding coronavirus polyprotein processing
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 years
- Part-time:
- 8 years
-
- Tags
- Project
Biological and Biomedical Sciences: Understanding post-translational modifications during viral infection
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 years
- Part-time:
- 8 years
-
- Tags
- Project
Biological and Biomedical Sciences: Understanding substrates of viral 3C/3C-like proteases
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 years
- Part-time:
- 8 years
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Understanding the molecular mechanisms of Wnt and Notch signalling during embryonic development
- Funding:
- Self-funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Biological and Biomedical Sciences: Why muscles weaken and immunity fails: Investigating the role of calmodulin
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
-
- Tags
- Degree
- PhD / MPhil / MD
Biomedical Imaging and Biosensing
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Biostatistics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Biotechnology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Project
- PhD
Business and Management: Four year fully funded Graduate Teaching Fellowships for Management PhD students
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Business and Management: Maritime and Freeport hinterland logistics and emissions analytics under sectoral energy transition
- Funding:
- Funded
- Apply by:
- Year round
- Full-time:
- 01/10/2026
C
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- Tags
- Degree
- PhD / MPhil / MD
Cancer Biology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Cancer Medicine
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Cardiovascular Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Cell Biology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Cellular and Molecular Physiology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Chemical Biology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Chemistry
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
Chemistry: AI-Driven Structure Prediction for Materials Discovery
- Funding:
- Funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Chemistry: Air2Fuel – Integrating and studying CO2 reduction electrocatalysts into artificial photosynthetic devices
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Chemistry: An electrochemical route to green, decentralised ammonia: Advancing electrolytes and materials for lithium-mediated nitrogen reduction
- Funding:
- Funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Chemistry: Combining Raman and SRS imaging to probe drug distribution in mammalian cells
- Funding:
- Funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Chemistry: Digital Exploration of Novel Polymeric Materials for Structural Composite
- Funding:
- Funded
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- Tags
- Project
- PhD
Chemistry: Digital and Experimental Mechanochemistry for Next-Generation Elastomers
- Funding:
- Funded
- Apply by:
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- Tags
- Project
- PhD
Chemistry: Discovery of Pb-free solders for use in the glass industry
- Funding:
- Funded
- Apply by:
- Year round
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- Tags
- Project
- PhD
Chemistry: Discovery of inorganic cathode materials and/or solid electrolytes for next generation battery technology
- Funding:
- Funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Chemistry: High-throughput exploration of complex and multicomponent metal organic frameworks (MOFs)
- Funding:
- Funded
-
- Tags
- Project
- PhD
Chemistry: Identification and quantification of PFAS using a combination of metabolomics and Raman spectroscopy
- Funding:
- Funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Chemistry: Materials Discovery and Physical Crystallography
- Funding:
- Funded
- Apply by:
- Year round
-
- Tags
- Project
- PhD
Chemistry: Sustainable biobased coatings for radiation curing techniques
- Funding:
- Self-funded
-
- Tags
- Degree
- PhD / MPhil / MD
Child Health
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Classics and Ancient History
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Clinical Engineering
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Clinical Psychology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Clinical Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Communication and Media
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Comparative Literature
- Funding:
- Self-funded
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- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Computational Biology
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Computer Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
Computer Science: Artificial Intelligence for Medical Imaging and Biomedical Data Analysis
- Funding:
- Funded
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- Year round
-
- Tags
- Project
- PhD
Computer Science: Reasoning on succinctly represented problems and applications
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- Funded
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-
- Tags
- Degree
- PhD
Creative Writing
- Funding:
- Self-funded
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- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Critical Care
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
D
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- PhD / MPhil
Dental Sciences
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
E
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- Degree
- PhD / MPhil
Earth Sciences
- Funding:
- Self-funded
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- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Economics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Education
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil
Egyptology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil
Electrical Engineering and Electronics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
Engineering: 3D-Printed Nitric Oxide-Releasing Stents for Cardiovascular Disease
- Funding:
- Self-funded
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-
- Tags
- Project
- PhD
Engineering: Developing an in silico method for restoration of endodontically treated human molar teeth.
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3 Years
-
- Tags
- Project
- PhD
Engineering: Development of Sustainable Antifouling Coatings and Materials for Marine Engineering Applications
- Funding:
- Self-funded
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-
- Tags
- Project
- PhD
Engineering: Machine learning methods for modelling and optimising CO2 heat pumps
- Funding:
- Funded
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- Tags
- Project
- PhD
Engineering: Magnetic Nanobots for Targeted Cancer Therapy
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- Self-funded
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-
- Tags
- Project
- PhD
Engineering: Numerical and experimental research on a flexible heat pump system
- Funding:
- Funded
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-
- Tags
- Project
- PhD
Engineering: mRNA Nanomedicines for Drug-Resistant Pneumonia
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- Self-funded
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-
- Tags
- Degree
- PhD / MPhil
English
- Funding:
- Self-funded
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- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Environmental Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
Environmental Sciences: Physiological detection and tree growth impact of cloud lift in tropical mountain forests
- Funding:
- Funded
- Apply by:
-
- Tags
- Degree
- PhD / MPhil / MD
Enzymology
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Epidemiology and One Health
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- DBA
Executive Doctorate in Business Administration
- Funding:
- Self-funded
- Apply by:
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- Part-time:
- 4.5-7.5 years
-
- Tags
- Degree
- PhD / MPhil / MD
Eye and Vision Science
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- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
F
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- PhD
Film Studies
- Funding:
- Self-funded
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- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
French
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
G
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- Degree
- PhD
Game Design
- Funding:
- Self-funded
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- Full-time:
- 2-4 years
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- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Gastroenterology
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- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD
Geography
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
-
- Tags
- Degree
- PhD
German
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Global Health
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
H
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- Degree
- PhD / MPhil / MD
Haematology and Leukaemia
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Health Data Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Project
- PhD
Health Sciences and Nursing: Autoantibody-Autoimmunity in Symptom-Based Disorders
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3 Years
-
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- Project
- PhD
Health Sciences and Nursing: Exploring health inequalities in the impact of unpaid caregiving on employment for carers of people with dementia
- Funding:
- Self-funded
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- Year round
-
- Tags
- Project
- PhD
Health Sciences and Nursing: General Practice (GP) PhD Clinical Research Fellowship
- Funding:
- Funded
- Apply by:
- Part-time:
- 6 years
-
- Tags
- Project
- PhD
Health Sciences and Nursing: Modelling the Prevention of Cardiometabolic Outcomes and Reducing Health Inequalities
- Funding:
- Self-funded
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-
- Tags
- Project
- PhD
Health Sciences and Nursing: Novel Formulation Strategies for Multi-Drug Delivery Systems to Address Polypharmacy
- Funding:
- Self-funded
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-
- Tags
- Project
- PhD
Health Sciences and Nursing: The determinants of sexual orientation inequalities in health.
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- Self-funded
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-
- Tags
- Project
- PhD
Health Sciences and Nursing: Understanding and mitigating the impact of fraudulent participation on health research
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-
- Tags
- Degree
- PhD / MPhil / MD
Health Services Research
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD
Hispanic Studies
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil
History
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
How does Wnt and Notch (Wntch) signalling coordinate cell fate assignment during gastrulation?
- Funding:
- Self-funded
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-
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- Project
- PhD
How nutrition and the connection between the gut, muscles, and heart affect aging, health, and disease — using metabolomics and proteomics
- Funding:
- Self-funded
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- Year round
I
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- Degree
- PhD / MPhil / MD
Immunology and Vaccinology
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Infectious Diseases
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Project
- PhD
Investigating the functions of Trappc9 in brain development and microcephaly.
- Funding:
- Self-funded
-
- Tags
- Degree
- PhD / MPhil
Irish Studies
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Italian
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
L
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- Degree
- PhD
Latin American Studies
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
M
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- Tags
- Degree
- PhD / MPhil
Management
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD
Marine Science
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil
Materials, Design and Manufacturing
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 6-7 years
-
- Tags
- Degree
- PhD / MPhil
Mathematical Sciences
- Funding:
- Self-funded
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- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
Mathematics: Computational Modelling of the Retinal Microcirculation to Predict Patient Outcomes
- Funding:
- Self-funded
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-
- Tags
- Project
- PhD
Mathematics: Inference of the ocean environment using measured and simulated acoustic data to train deep learning algorithms
- Funding:
- Funded
-
- Tags
- Project
- PhD
Mathematics: Using propensity score weighting in small cluster randomised trials with selection bias
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-
- Tags
- Project
Mechanical Engineering: Machine Learning for Modelling and Optimising Heat Pumps
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- Funded
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-
- Tags
- Project
- PhD
Mechanical Engineering: Operando Scanning Transmission Electron Microscopy
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- Funded
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-
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- Degree
- PhD / MPhil / MD
Medical Education
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Medical Microbiology
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- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Mental Health
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD
Modern Languages
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Multiomics
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Musculoskeletal Biology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Music
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Project
- PhD
Music: Mapping and Measuring the Impact of Innovation Across Liverpool City Region’s Music Economy
- Funding:
- Funded
- Apply by:
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- PhD / MPhil / MD
Neurobiology and Neurodegeneration
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Neurological Science
- Funding:
- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
O
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- Degree
- PhD / MPhil / MD
Obesity and Endocrinology
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- Self-funded
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- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
P
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- PhD / MPhil / MD
Palliative Care
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- Self-funded
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- Full-time:
- 3-4 years
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- 5-6 years
-
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- PhD / MPhil / MD
Pancreatology
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- Self-funded
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- Full-time:
- 3-4 years
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- 5-6 years
-
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- PhD / MPhil / MD
Pharmacology
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- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
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- PhD / MPhil
Philosophy
- Funding:
- Self-funded
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- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil
Physics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
-
- Tags
- Project
- PhD
Physics: Optimizing Low-Dose Mobile 3D X-ray Imaging for Clinical Applications
- Funding:
- Funded
- Full-time:
- 3.5 years
-
- Tags
- Degree
- PhD
Planning
- Funding:
- Self-funded
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- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Plant Biochemistry
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Politics
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Primary Care
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Psychology (Science)
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
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- 5-6 years
-
- Tags
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- PhD / MPhil / MD
Public Health
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
R
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- PhD / MPhil / MD
Radiobiology and Radiotherapy
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- Self-funded
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- Full-time:
- 3-4 years
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- 5-6 years
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- Tags
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- PhD / MPhil / MD
Renal Biology
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- Self-funded
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- Full-time:
- 3-4 years
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- 5-6 years
S
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- PhD
Sociolinguistics
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- Self-funded
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- Full-time:
- 2-4 years
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- 4-6 years
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- Tags
- Degree
- PhD / MPhil
Sociology, Social Policy and Criminology
- Funding:
- Self-funded
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- Full-time:
- 2-4 years
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- 4-6 years
-
- Tags
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- PhD / MPhil / MD
Structural Biology
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- Full-time:
- 3-4 years
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- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Surgery and Oncology
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- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil / MD
Systems Biology
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- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
T
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- Degree
- PhD
Translation Studies
- Funding:
- Self-funded
- Apply by:
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- Full-time:
- 4 years
- Part-time:
- 4-6 years
V
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- Degree
- PhD / MPhil
Veterinary Clinical Sciences
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- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
- Tags
- Degree
- PhD / MPhil
Veterinary Pathology
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
-
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- Project
- PhD
Veterinary Science: Emerging viruses at the animal-human-environment interface
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- Self-funded
- Apply by:
- Year round
-
- Tags
- Degree
- PhD / MPhil / MD
Virology
- Funding:
- Self-funded
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- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
W
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- Degree
- PhD / MPhil / MD
Women's Health
- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years