Keele University

What you'll study

This integrated masters programme builds core understanding of microorganisms and host immune systems before progressing to advanced, research-led topics. Early years cover foundational biological chemistry, cell biology, microbiology and immunology, alongside laboratory and quantitative skills. Core laboratory practice emphasises aseptic technique, microscopy, molecular methods (PCR, electrophoresis, sequencing preparation), culture techniques and basic bioinformatics.

In later years you will study more specialised modules such as host–pathogen interactions, bacterial pathogenesis, virology, vaccine biology, antimicrobial resistance, molecular immunology, and computational analysis of biological data. Teaching mixes lectures, small-group tutorials, practical laboratory classes and seminars. Assessment typically combines practical reports, written exams, presentations and coursework.

The integrated masters year is focused on advanced, independent research: you will undertake a substantial laboratory-based project under academic supervision, develop experimental design and data analysis skills, and produce a dissertation at masters level. Optional modules and short research placements allow you to tailor the programme to interests such as clinical microbiology, environmental microbiology, industrial biotechnology or immunotherapy.

Entry requirements

Typical entry offers are at A-level standard and include good passes in two science subjects; applicants are normally expected to hold A-levels in biology plus chemistry or mathematics. Acceptable alternative qualifications include BTEC National Diplomas with substantial science content, Access to HE diplomas, the International Baccalaureate with a suitable score and higher-level science subjects, or equivalent international qualifications.

Applicants should also meet standard university requirements in English and mathematics at GCSE level (or recognised equivalents). International applicants will usually be asked to demonstrate English proficiency, commonly via tests such as IELTS (institution-recommended scores apply). Keele welcomes mature applicants and those with relevant laboratory experience; contextual and alternative qualifications are considered.

Career prospects

Graduates leave with practical laboratory competence, data-analysis skills and experience of independent research, preparing them for roles in biotechnology, pharmaceutical development, clinical and environmental laboratories, public health, and research institutes. Common career paths include research scientist roles in academia or industry, laboratory management, regulatory affairs, quality control, and roles in vaccine development or antimicrobial stewardship programmes.

The degree also provides a strong foundation for postgraduate study (PhD or specialised master’s programmes) and for clinical or allied-health career progression; however, professional registration for specific clinical roles (for example, Biomedical Scientist registration) may require completion of an accredited programme or additional qualifications. Graduates can also move into science communication, patent law (with further legal training), and policy roles related to health and biosecurity.

Why study at Keele University

Keele offers a campus-based learning environment with accessible laboratories and small-group teaching that supports practical skill development. The School of Life Sciences hosts research-active staff working across microbiology, immunology and molecular biology, providing opportunities to join live research projects for your masters-level dissertation. Practical classes are designed to mirror real-world laboratory workflows and emphasise transferable skills such as data handling, report writing and team-based research.

The integrated masters structure allows continuity from undergraduate study into an honours-level research project without a separate postgraduate application, helping you develop deeper specialist expertise. Keele’s support services, industry links and careers provision help students to explore placements, internships and employer connections relevant to microbiology and immunology careers.