Why choose this course?
- You'll be taught by expert staff in medical microbiology, who have worked in academic research, clinical research, the NHS, and the biopharmaceuticals sector
- You'll benefit from pioneering guest lecturers from academia and industry
- Our modern Science Building provides excellent facilities for laboratory work, including QPCR, cell culture, protein analysis, isolated tissue studies and immunohistochemistry
- Upon graduation, you'll be equipped to work in a wide range of roles in the medical microbiology and biotechnology industries
- We adopt a blended learning approach to teaching, focussing on problem-based scenarios so you can develop strong critical analysis skills. You'll have substantial exposure to practical techniques and guaranteed laboratory-based research projects.
- The course is also offered as a part-time option if you are already in employment and wish to broaden your knowledge of medical microbiology with support from your employer.
What will I study?
We'll provide you with opportunities to develop your knowledge of the molecular pathogenesis of clinically significant microorganisms. You'll study selected pathogens and learn how diseases are spread, diagnosed, treated, and prevented.
The course includes a series of taught modules covering topics such as cell biology and immunology, genetics and protein biology, antimicrobial resistance, diagnostic techniques, emerging viruses and fungi, research design and analysis, microbiome studies, biotechnology. There's also a specialist research project where you can focus on a research topic that interests you. You'll benefit from our problem-based teaching approach and develop advanced critical analysis and group working skills.
You'll undertake a practical project as part of your MSc enabling you to use our expert facilities. You'll work alongside researchers in our Biosciences Research Group and gain vital experience. Current research projects include studies in the following broad areas:
- Novel antimicrobial agent development
- Bacterial pathogen physiology and virulence, e.g. Clostridioides difficile, Mycobacterium spp., Klebsiella spp., Pseudomonas aeruginosa, Staphylococcus aureus
- Antimicrobial resistance studies
- Extracellular vesicles and links to infection processes
- Bacteriophage biology and resistance gene transfer
- MALDI-TOF mass spectrometry for microbial identification and characterisation