MSc Genomic Medicine

This programme provides practical experience in applying genomics to modern healthcare challenges by combining scientific knowledge with data analysis, research, and clinical applications. You'll develop skills in interpreting genomic information, understanding sequencing technologies, and applying bioinformatics approaches while learning from experts involved in cutting-edge genomics research. Through seminars, practical activities, research projects, and collaborative learning, you'll gain the confidence to use genomic knowledge in healthcare, research, and related industries.

You'll develop practical skills through a range of learning opportunities, including:

• Analyse real genomic datasets through bioinformatics activities and research-based learning.

• Complete either a Research Project (Data) using genomic datasets or a Research Project (Literature) exploring a specialist area of genomic medicine.

• Build expertise in bioinformatics, genomic sequencing, data interpretation, and statistical analysis through specialist modules.

• Apply genomic concepts to clinical scenarios, including disease diagnosis, personalised medicine, and patient care.

• Participate in group activities, seminars, discussions, and data interpretation exercises to strengthen teamwork and problem-solving skills.

• Use digital learning resources, online materials, and virtual learning platforms to support independent study.

• Study at St Luke’s Campus, located near the Royal Devon and Exeter Hospital, providing a strong healthcare-focused learning environment.

• Access specialist facilities such as the Medical Sciences Laboratory, Medical Imaging Suite, and Clinical Skills Resource Centre.

• Use the Exeter Health Library for access to specialist medical and healthcare research resources.

• Learn from researchers working in areas such as genomics, bioinformatics, rare diseases, pharmacogenomics, epigenetics, and infectious disease research.

• Benefit from access to advanced research facilities including the University of Exeter Sequencing Facility, Biomedical Research Centre, Exeter Clinical Research Facility, and the MRC Centre for Medical Mycology.

Graduates of the MSc Genomic Medicine develop specialist knowledge in genetics, genomics, bioinformatics, and precision healthcare, preparing them for careers in healthcare, biomedical research, biotechnology, and genomic data analysis. The programme is especially suited for those looking to contribute to the future of personalised medicine and genomic healthcare. Typical career paths include Clinical Genomics Specialist, Bioinformatics Scientist, Genomic Research Scientist, and Molecular Diagnostics Scientist.

The programme supports your career development through a range of opportunities:

• The Career Zone provides career guidance, professional development support, employer networking opportunities, careers events, and resources to help students prepare for future employment.

• The programme was developed in partnership with Health Education England (now NHS England) and aligns with the growing need for genomic expertise within healthcare, adding strong professional value to the qualification.

• NHS professionals may benefit from available NHS England funding support for eligible modules, helping healthcare practitioners enhance their genomic medicine skills.

• Students benefit from the University of Exeter’s research environment and expertise in areas such as rare genetic disorders, pharmacogenomics, epigenetics, infectious disease genomics, and genomic data analysis.

• The programme prepares graduates for opportunities in healthcare services, biotechnology companies, pharmaceutical research, diagnostic laboratories, and medical research organisations.

• The University of Exeter’s strong research reputation adds long-term value to the degree, with Clinical Medicine research recognised among the UK’s leading areas in the Research Excellence Framework (REF 2021).

• While specific employment rates and salary figures for this programme are not published, graduates gain specialised skills that are highly relevant to growing fields such as genomic healthcare, precision medicine, and biomedical research.

• The knowledge and research experience gained through the programme support long-term career growth in scientific research, healthcare innovation, and specialist genomic roles.

Further Academic Progression:
After completing the MSc Genomic Medicine, graduates can continue their studies through a PhD in Genomics, Human Genetics, Bioinformatics, Biomedical Sciences, Molecular Medicine, or related research fields. The advanced research training and independent project experience provide a strong foundation for doctoral study and careers in academic research, healthcare innovation, and life science industries.