The School of Medicine offers postgraduate degrees including Doctor of Medicine (MD) and Doctor of Philosophy (PhD) (both traditional and structured).
Traditional PhD model:
The thesis is capped at a maximum of 270 ECTS (European credit transfer system) credits (90 credits =1 year), however long the research takes. The programme is in the form of a master-apprentice model, with research being the only focus.
University of Limerick School of Medicine requires that all potential PhD/MD or Masters candidates submit a concise proposal for review by the Research Committee of the school. Once approved by the School of Medicine, a fuller formal submission may be made using the official university application form.
Please note that this application must include:
- Full CV of applicant and supervisors (to be attached separately).
- Affiliation of supervisors – both clinical and/or academic.
- Estimated costings and source of funding for the project.
- The proposed timeframe for the project, including proposed start and completion dates.
- A description of the proposed project (no more than 3 A4 pages in Times Font, size 10) that
- Clearly defines the research objectives and rationale;
- Includes a concise critical literature review of the subject area(s); and
- Demonstrates the originality of the proposed research work, by referring to published material;
- Contains an outline work-plan showing the main steps required to complete the research objectives including methodologies. If relevant, this work-plan should be accompanied by letters of support from any involved clinical sites.
- This does not need to be detailed, but should demonstrate that the candidate understands the steps and risks involved in working towards the research objectives.
Please forward applications to Ms Patsy Finn, School of Medicine, University of Limerick, Limerick Tel: 353 (0)61 234756 E-mail: email@example.com
Current PhD Opportunities
|1. Lung Cancer Metabolism
|Manipulating cell-intrinsic metabolic rewiring to enhance immunotherapy response
|2. Lung cancer
|Discovery of effective drug combination regimens for the treatment of non-small cell lung cancer.
|3. Breast Cancer: New Laboratory Models
|Development of 3-Dimensional models to examine how the tumour-microenvironment regulates metabolic crosstalk in breast cancer
|4. Breast Cancer: Cell Signalling
|Understanding how the tumour microenvironment regulates the breast cancer response to therapy
|5. Tumour micro-environment
|Targeting nuclear orphan receptors to control stromal cells and the tumour micro-environment
|Molecular processes that promote or preclude resolution of inflammation
|Medication Safety & Communication
|Liam Glynn/Khalifa Elmusharaf
|8. General Practice
|9. General Practice
|Health in Vulnerable Populations
|10. Chronic Kidney Disease
|Burden and clinical impact of Kidney Disease-associated Anaemia in the Irish Health System
|11. Chronic Kidney Disease
|Surveillance of Metabolic Disease Indicators for Chronic Kidney Disease in the Irish Health System: Testing, Trajectories, and Impact on Clinical Outcomes
|12. Chronic Kidney Disease
|Disparities in Cardiovascular Disease Incidence and Outcomes between Men and Women with CKD in the Irish Health System
|Leonard Browne & Tom Kiernan
|13. Public Health
|Khalifa Elmusharaf & LBBs
|14. Public Health
|15. Public Health
|16. Health Professions Education
|Mohammed Elhassan Elsayed, Sarah Harney and Deirdre McGrath
|17. Health Professions Education
|18. Health Professions Education
|Workplace Learning & Supervision
|Clodagh O’Gorman & SL/Adjunct Faculty
|Anne McFarlane, Ailish Hannigan, Jon Salsberg
|24. Cancer Genomics
|Patient-Drug Matchmaker (swipe right for clinical Trials , swipe left for Adverse effects) will
|25. Cancer Genomics
|Connecting OMOP-CDM to genomics data to develop predictors immunotherapy response
Potential candidates should access potential supervisors at: School of Medicine faculty