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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241 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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- PhD
 Accounting, Finance and Economics: Four year fully funded Graduate Teaching Fellowships for Accounting and Finance PhD students- Funding:
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- PhD
 Accounting, Finance and Economics: Four year fully funded Graduate Teaching Fellowships for Economics PhD students- Funding:
- Funded
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- Degree
- PhD
 Accounting and Finance- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 4-6 years
 
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- PhD
 Aerospace Engineering: Risk aware Uncrewed Aircraft for autonomous Drone-In-A-Box operations- Funding:
- Funded
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- 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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- 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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- 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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- 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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- PhD / MPhil
 Archaeology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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- PhD / MPhil
 Architecture- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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- Project
- PhD
 Architecture, Building and Planning: Funded PhD studentship on acoustics (sound and vibration)- Funding:
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- PhD
 Architecture, Building and Planning: West African Coastal Urbanism and Heritage- Funding:
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- 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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- 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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- PhD / MPhil
 Biochemistry- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
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- 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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- 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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- 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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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Ageing-related susceptibility to pneumococcal pneumonia- Funding:
- Self-funded
- Apply by:
 
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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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- Project
- PhD
 Biological and Biomedical Sciences: A novel theragnostic approach for treating brain tumours- Funding:
- Self-funded
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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Assessing immunological responses to next-generation vaccine candidate delivery systems – linking Physico-chemical characteristics to biological response- Funding:
- Funded
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- Project
- PhD
 Biological and Biomedical Sciences: Breeding for improved organoleptic quality in Wild Rocket (Diplotaxis tenuifolia (L.) DC) using marker assisted breeding- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Building giants: tissue relationships during skull growth in large mammals- Funding:
- Funded
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- 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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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Determining the role of mitochondrial DNA variation in hepatic pathways and its impact on physiology, pharmacology and toxicology: a combined in vitro and bioinformatic approach- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Development and validation of the Epilepsy-Heart syndrome: a focus on ictal asystole and developing evidence-based national consensus guidelines- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Economic Evaluation of Non-Pharmaceutical Interventions (NPIs) for the control of epidemics- Funding:
- Funded
- Apply by:
- Full-time:
- 3 Years
 
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- 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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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Exploiting Deep Learning-based protein structure prediction for function annotation and structural biology- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Exploring tyrosine metabolism as a source of oxidative stress- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Extracellular matrix regulation of extracellular vesicles- Funding:
- Self-funded
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- 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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- Project
- PhD
 Biological and Biomedical Sciences: Improving Photosynthetic Efficiency - Engineering and Evolution of Light-Harvesting Complexes via Synthetic Biology- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Investigating the Role of Polarity Regulators in Pancreatic Ductal Adenocarcinoma (PDAC) Pathogenesis and Therapy- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Investigating the interaction between immune cells and biomaterial scaffolds- Funding:
- Self-funded
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- PhD
 Biological and Biomedical Sciences: Is the skeletal muscle the "fountain of cardiac youth"?- Funding:
- Self-funded
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- 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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- PhD
 Biological and Biomedical Sciences: Manipulating the Immune System's Interaction with Biomaterials to Guide Immunomodulatory Responses for Optimised Therapeutic Interventions- Funding:
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- Project
- PhD
 Biological and Biomedical Sciences: Mathematical Modelling of Cell Shape and Localised Cell growth.- Funding:
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- PhD
 Biological and Biomedical Sciences: Mechanisms controlling gene expression in hypoxia and inflammation- Funding:
- Self-funded
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- PhD
 Biological and Biomedical Sciences: Metabolic Network Approaches for Modelling the Human Microbiome- Funding:
- Funded
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- PhD
 Biological and Biomedical Sciences: Microbial Induced Electrochemistry at the Local Site and Single Cell Level- Funding:
- Funded
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- PhD
 Biological and Biomedical Sciences: Migration of Pseudomonas aeruginosa towards antibiotics: mechanisms and consequences.- Funding:
- Self-funded
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- Project
- PhD
 Biological and Biomedical Sciences: Modelling non-standard longitudinal outcomes using fast Bayesian inference.- Funding:
- Self-funded
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- PhD
 Biological and Biomedical Sciences: Molecular characterization of galectin interaction with compound inhibitors to aid development of novel cancer therapeutic drugs- Funding:
- Self-funded
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- Project
- PhD
 Biological and Biomedical Sciences: Molecular mechanisms underpinning A. baumannii virulence- Funding:
- Self-funded
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- PhD
 Biological and Biomedical Sciences: Oxygenic photosynthesis in desert environments driven by far-red light- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Personalising cancer treatment with modelling tumour evolution based on genomics biomarkers and PK/PD- Funding:
- Self-funded
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- PhD
 Biological and Biomedical Sciences: RNA therapy development for inherited eye diseases- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Real-time visualisation of thyroid hormone signalling- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 Years
 
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- PhD
 Biological and Biomedical Sciences: Social influences on fertility in group-living mammals- Funding:
- Funded
- Apply by:
- Year round
 
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- 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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- PhD
 Biological and Biomedical Sciences: Symbiosis in a thermally variable world- Funding:
- Self-funded
- Apply by:
 
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- PhD
 Biological and Biomedical Sciences: Tendons Under Attack: The Role of Homogentisic Acid in Connective Tissue Degeneration- Funding:
- Self-funded
- Apply by:
- Year round
 
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- PhD
 Biological and Biomedical Sciences: The psychology of outdoor advertising- Funding:
- Funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Therapeutics for Middle Eastern Respiratory Syndrome- Funding:
- Self-funded
- Apply by:
- Year round
 
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- Project
- PhD
 Biological and Biomedical Sciences: The role and molecular actions of Galectin-3 in peritoneal fibrosis formation- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Tissue engineering and regenerative medicine approaches to understand and treat eye disease- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Translating Deep Learning protein bioinformatics methods to accelerate structural determination by X-ray crystallography- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Tyrosine kinase inhibitors: application of chemical and discovery proteomics to the problem of chemotherapeutic toxicity in cancer patients- Funding:
- Self-funded
- Apply by:
 
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- PhD
 Biological and Biomedical Sciences: Uncovering the hidden costs and benefits of mate choice- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Uncovering the role of Wnt and Notch signalling in embryonic stem cell pluripotency and differentiation- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Understanding skeletal tissue responses to sex and menopause in osteoarthritis- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Understanding why cardiovascular complications are the number one cause of death in patients with End-Stage Kidney Disease- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Unveiling novel interactions between the human complement system and pathogenic Neisseria- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Biological and Biomedical Sciences: Why do cancers cells re-express meiotic SYCP1 protein?- Funding:
- Self-funded
- Apply by:
 
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- PhD
 Biological and Biomedical Sciences: Why don't all blood vessels behave the same way? A proteomic, transcriptomic and functional “Rat map” of vascular tissue- Funding:
- Self-funded
- Apply by:
 
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- 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
 
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- 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
 
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- Degree
- PhD / MPhil / MD
 Biostatistics- 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
 Biotechnology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
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- Project
- PhD
 Business and Management: Four year fully funded GTF PhD studentship - Intellectual property (IP), entrepreneurship and innovation in SMEs- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
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- Project
- PhD
 Business and Management: Four year fully funded Graduate Teaching Fellowships for Management PhD students- Funding:
- Funded
- Apply by:
 
C
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- PhD / MPhil / MD
 Cancer Biology- 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
 Cancer Medicine- 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
 Cardiovascular 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
 Cell Biology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
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- 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
 
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- Degree
- PhD / MPhil / MD
 Chemical Biology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
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- Degree
- PhD / MPhil
 Chemistry- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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- Project
- PhD
 Chemistry: Advancing Lithium-Sulfur Battery Technology Through Multifunctional Inverse Vulcanized Polymers: A Path Toward Sustainable Energy Storage Solutions- Funding:
- Funded
- Apply by:
 
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- Project
- PhD
 Chemistry: Automated solid state synthesis robotic workflow- Funding:
- Funded
- Apply by:
 
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- 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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- Project
- PhD
 Chemistry: Combining operando X-ray and Raman spectroscopy for battery material characterisation- Funding:
- Funded
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- Project
- PhD
 Chemistry: Cost-effective and Scalable Manufacturing of Graphene-coated Stable Perovskite Solar Cells- Funding:
- Funded
- Apply by:
- Full-time:
- 3 Years
 
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- Project
- PhD
 Chemistry: Digital Exploration of Novel Polymeric Materials for Structural Composite- Funding:
- Funded
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- Project
- PhD
 Chemistry: Discovery of new inorganic materials for net zero applications- Funding:
- Funded
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- Project
- PhD
 Chemistry: Experimental Discovery of New Ionic Conducting Materials- Funding:
- Funded
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- Project
- PhD
 Chemistry: High-throughput exploration of multicomponent metal organic frameworks (MOFs)- Funding:
- Funded
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- PhD
 Chemistry: High Entropy Alloys for new PGM (Platinum Group Metal) applications- Funding:
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- Project
- PhD
 Chemistry: High Throughput Discovery of Iridium Free OER Catalysts- Funding:
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- Project
- PhD
 Chemistry: Identification and quantification of PFAS using a combination of metabolomics and Raman spectroscopy- Funding:
- Funded
- Apply by:
- Year round
 
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- Project
- PhD
 Chemistry: Mitigating Synthesisability Loss in 3D Generative Models- Funding:
- Funded
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- Project
- PhD
 Chemistry: Modelling charge transport in doped polymeric semiconductors- Funding:
- Funded
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- PhD
 Chemistry: Single-Molecule Electroluminescent Devices as Single-Photon Sources- Funding:
- Funded
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- Project
- PhD
 Chemistry: Solution synthesis of multi-anion functional materials- Funding:
- Funded
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- Project
- PhD
 Chemistry: Sustainable biobased coatings for radiation curing techniques- Funding:
- Self-funded
 
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- Project
- PhD
 Chemistry: Synthetic methods development for complex molecule synthesis- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
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- Project
- PhD
 Chemistry: Understanding, and high-throughput development, of the formulation of spray coating solutions for industrial applications- Funding:
- Funded
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- Project
- PhD
 Chemistry: Understanding Microbial Colonisation of Surfaces via Correlative Spectroscopic Imaging- Funding:
- Funded
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- Degree
- PhD / MPhil / MD
 Child Health- 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
 Classics and Ancient History- 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
 Clinical Engineering- 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
 Clinical Psychology- 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
 Clinical 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
 Communication and Media- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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    - Tags
- Degree
- PhD
 Comparative Literature- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
 
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    - Tags
- Degree
- PhD / MPhil / MD
 Computational Biology- 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
 Computer Science- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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    - Tags
- Project
- PhD
 Computer Science: Accelerating Laboratory Automation Through Learning Tool Morphology For Robotic Chemists- Funding:
- Funded
 
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- Project
- PhD
 Computer Science: Real-Time Subsampled Analysis and Recovery for High-Resolution 3D Tomography- Funding:
- Funded
- Apply by:
 
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- Degree
- PhD
 Creative Writing- 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
 Critical Care- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
D
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- Degree
- PhD / MPhil
 Dental Sciences- Funding:
- Self-funded
- Apply by:
- 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
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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    - Tags
- Project
- PhD
 Earth Sciences: Is ocean circulation the ultimate driver of biological carbon storage in the ocean?- Funding:
- Funded
- Apply by:
 
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- Degree
- PhD
 Economics- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 4-6 years
 
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    - Tags
- Degree
- PhD / MPhil
 Egyptology- 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
 Electrical Engineering and Electronics- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
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    - Tags
- Project
- PhD
 Electrical Engineering and Electronics: Advancing Nanotechnology with Surface-Enhanced Raman Spectroscopy (SERS)- Funding:
- Self-funded
- Apply by:
 
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    - Tags
- Project
- PhD
 Electrical Engineering and Electronics: Advancing Paper-Arrow Mass Spectrometry for Rapid, Non-Invasive Diagnostics- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Electrical Engineering and Electronics: Co-operative Positioning without GPS- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
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    - Tags
- Project
- PhD
 Electrical Engineering and Electronics: Dependability-Driven Design of Microprocessors for Safety-Critical Autonomous Systems- Funding:
- Funded
- Apply by:
 
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- Project
- PhD
 Electrical Engineering and Electronics: Investigating Charged Particle Dynamics & Weber’s Force Law- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Electrical Engineering and Electronics: Miniature Mass Spectrometry- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Electrical Engineering and Electronics: Personalised Coffee: Advanced Coffee Flavour Analysis and Custom Brewing- Funding:
- Self-funded
- Apply by:
 
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- Project
- PhD
 Electrical Engineering and Electronics: Using Artificial Intelligence to study cellular changes in high consequence viral infections- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
- 
    - Tags
- Project
- PhD
 Engineering: 3D printed antifungal mucuoadhesive patches for the treatment of oral mucosal infections- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Developing Sustainable Additive Manufacturing Techniques for Geopolymers in Daytime Radiative Cooling Applications- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
 Engineering: Developing new generation adsorbent for Per- and polyfluoroalkyl substances (PFAS) removal- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Development of a biocompatible and bioabsorbable auxetic metamaterial for bone fixation- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Digital soft contact lenses design and validation- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Digital twin of heat pumps integrated with thermal energy storage- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Engineering Fibers of Intermediate filaments as Next Generation Sustainable Biomaterials- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Enhancing Marine Biodiversity Through Repurposing Manmade Structures with Secondary Coastal Flood Defence Benefits- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Enhancing the resilience of coastal embankments using satellite monitoring- Funding:
- Funded
- Apply by:
 
- 
    
- 
    - Tags
- Project
- PhD
 Engineering: Hybrid Porous Scaffold 2D Materials for Water Purification- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Innovating an anti-tilt human eye topographer- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Linking historic, contemporary, and future inspection data for improved asset monitoring- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Locating and sizing electric vehicle charging stations through multi-stage stochastic optimisation- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Machine learning methods for modelling and optimising CO2 heat pumps- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Micromechanical properties as a diagnostic marker for systemic sclerosis- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Multiphysics data-driven validation framework for component qualification in fusion- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Next Generation Electroactive Membranes (EMs) for Sustainable Water Purification- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Non-invasive strategies for the mobilisation and washout of radioactive heels and residues from vessels and pipework- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Recycling and reusing metal components from contaminated water- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Reliable AI-driven Fire Safety Design: Enhancing CFD Modelling Efficiency with Trustworthy AI- Funding:
- Funded
- Apply by:
 
- 
    
- 
    - Tags
- Project
- PhD
 Engineering: Rydberg Quantum Sensing Technologies for Resilient Communications- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Engineering: Sustainable electrspun membranes for clean water applications- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Degree
- PhD / MPhil
 English- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil
 Environmental Science- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Project
- PhD
 Environmental Sciences: Decarbonising global supply chains: tools for trade-off decision-making- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Environmental Sciences: The nexus between climate change, extreme air pollution events and public health - Towards a holistic approach- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Enzymology- Funding:
- Self-funded
- Apply by:
- Year round
- 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:
- Year round
- Part-time:
- 4.5-7.5 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Eye and Vision Science- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
F
Back to top- 
    - Tags
- Degree
- PhD
 Film Studies- Funding:
- Self-funded
- Apply by:
- Year round
- 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
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Gastroenterology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil
 Geography- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Project
- PhD
 Geography: AI-driven Spatio-temporal Air Quality Modelling- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Geography: Assessing and determining the present and future offer of early childhood education- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Geography: The contribution of Social and Solidarity Economies to Just Sustainability Transformations in the North of England.- Funding:
- Funded
- Apply by:
 
- 
    - 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
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Haematology and Leukaemia- Funding:
- Self-funded
- Apply by:
- 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: Exploring health inequalities in the impact of unpaid caregiving on employment for carers of people with dementia- Funding:
- Self-funded
- Apply by:
- Year round
 
- 
    - Tags
- Project
- PhD
 Health Sciences and Nursing: Two fully funded studentships in the Department of Public Health, Policy & Systems.- Funding:
- Funded
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Health Services Research- Funding:
- Self-funded
- Apply by:
- Year round
- 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 nutrition and the connection between the gut, muscles, and heart affect aging, health, and disease — using metabolomics and proteomics- Funding:
- Self-funded
- Apply by:
- Year round
 
I
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Immunology and Vaccinology- Funding:
- Self-funded
- Apply by:
- 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
- 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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    - Tags
- Degree
- PhD
 Latin American Studies- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    
M
Back to top- 
    - 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 / MPhil
 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
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Project
- PhD
 Mathematics: Optimising testing and control strategies in the early stages of infectious disease outbreaks- Funding:
- Funded
- Apply by:
- Full-time:
- 3.5 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Medical Education- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Medical Microbiology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil
 Mental Health- Funding:
- Self-funded
- Apply by:
- 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
- Apply by:
- 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: Innovating Mentoring, Coaching and Training for the UK’s Music Ecosystem- Funding:
- Funded
- Apply by:
 
N
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Neurobiology and Neurodegeneration- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Neurological Science- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
O
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    - Tags
- Degree
- PhD / MPhil / MD
 Obesity and Endocrinology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
P
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Palliative Care- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Pancreatology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Pharmacology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil
 Philosophy- Funding:
- Self-funded
- Apply by:
- 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
- Degree
- PhD / MPhil
 Planning- Funding:
- Self-funded
- Apply by:
- Year round
- 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
- Project
- PhD
 Politics: PhD studentship for entry into the Politics PhD programme- Funding:
- Funded
- Apply by:
- Full-time:
- 3 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
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Project
- PhD
 Psychology: An investigation of the neural basis of changes in cognitive performance during exposure to body malodour.- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
- 
    - Tags
- Project
- PhD
 Psychology: Multimodal neuroimaging (EEG and fMRI) of multisensory interactions in tactile and olfactory perception- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
- 
    - Tags
- Project
- PhD
 Psychology: Two fully funded PhD positions - Determinants of decisions with high-value options- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Public Health- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
R
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    - Tags
- Degree
- PhD / MPhil / MD
 Radiobiology and Radiotherapy- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Renal Biology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
S
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    - Tags
- Degree
- PhD
 Sociolinguistics- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil
 Sociology, Social Policy and Criminology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 2-4 years
- Part-time:
- 4-6 years
 
- 
    - Tags
- Project
- PhD
 Sociology, Social Policy and Criminology: Returning C. Wright Mills to the study of military power: an investigative methods approach for analysing military elite influence in UK parliamentary processes- Funding:
- Funded
- Apply by:
- Full-time:
- 3.5-4 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Structural Biology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Surgery and Oncology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Systems Biology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
T
Back to top- 
    - Tags
- Project
- PhD
 Targetted inhaled nanotherapeutics for treatment of respiratory infections- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 To lead or to follow: disentangling the genetic and cultural contributions to long-distance seabird migration- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Degree
- PhD
 Translation Studies- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 4 years
- Part-time:
- 4-6 years
 
V
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    - Tags
- Degree
- PhD / MPhil
 Veterinary Clinical Sciences- Funding:
- Self-funded
- Apply by:
- Year round
- 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
 
- 
    - Tags
- Project
- PhD
 Veterinary Science: Equine antimicrobial use and resistance in UK breeding Thoroughbreds and neonates- Funding:
- Funded
- Apply by:
- Full-time:
- 4 Years
 
- 
    - Tags
- Project
- PhD
 Veterinary Science: Interventions to promote responsible prescribing habits of HPCIAs in equine and small animal practices- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Veterinary Science: Translational canine neuro-immunology: investigating the immune system in canine glioma and meningoencephalitis of unknown origin- Funding:
- Funded
- Apply by:
 
- 
    - Tags
- Project
- PhD
 Veterinary Science: Vaccine development for important spirochaetal diseases of cattle- Funding:
- Self-funded
- Apply by:
 
- 
    - Tags
- Degree
- PhD / MPhil / MD
 Virology- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years
 
W
Back to top- 
    - Tags
- Degree
- PhD / MPhil / MD
 Women's Health- Funding:
- Self-funded
- Apply by:
- Year round
- Full-time:
- 3-4 years
- Part-time:
- 5-6 years