Microbiology

Microbiology is the study of organisms too small to see with the naked eye: bacteria, viruses, fungi, protozoa, and algae. These microorganisms are not marginal to life on earth; they are fundamental to it. They drive the nutrient cycles that make the biosphere function, they are essential to digestion and immune development in the human body, and they are the agents of infectious disease that has shaped human history more than almost any other force.

Understanding them at the molecular, cellular, and ecological level is essential for medicine, environmental science, food production, and biotechnology.

This four-year full-time programme at the University of Manchester includes a foundation year, providing an additional preparatory stage for students who are coming to the subject from a less specialist scientific background or who would benefit from more time to develop their laboratory and analytical skills before the main degree begins. With a typical tariff of 152 points, the foundation year pathway is designed for students who show genuine scientific ability and motivation rather than those with the highest prior attainment. Manchester has one of the UK's outstanding microbiology departments, with research spanning infectious disease, environmental microbiology, and biotechnology, and the teaching environment is shaped by that research activity.

You will study microbial biology, virology, immunology, microbial genetics, environmental microbiology, and the applications of microbial science in medicine, industry, and environmental management. Laboratory work is central, and you will develop practical skills in culture, identification, molecular techniques, and data analysis alongside your theoretical understanding.

Graduates from microbiology programmes move into careers in medical research, pharmaceutical and biotech industries, public health microbiology, clinical laboratory science, environmental science, and food safety. Many continue to postgraduate study, either in microbiology or in adjacent areas such as immunology, infectious disease, or biotechnology. The combination of biological rigour and practical laboratory training makes graduates versatile across the life sciences sector.