Keele University

What you'll study

The integrated masters in Biochemistry builds from core molecular and cellular concepts towards advanced, research-focused topics. Early years emphasise fundamentals such as chemical and structural principles of biomolecules, cell biology, metabolism and laboratory techniques. Later years introduce advanced modules in areas such as enzymology, molecular genetics, structural biology, proteomics, metabolic regulation and bioinformatics, together with training in experimental design, statistics and scientific communication.

A defining feature of the programme is an extended research project in the final year, undertaken in established research groups or specialised teaching laboratories. This masters-level project develops independent experimental skills, critical literature appraisal and data analysis. Practical teaching is complemented by workshops on professional skills, ethical practice, and career preparation.

• Core laboratory skills: aseptic technique, spectroscopy, chromatography, electrophoresis, PCR and cloning.
• Molecular and structural biochemistry: protein structure and function, enzyme kinetics, macromolecular interactions.
• Cellular and systems-level modules: signal transduction, metabolic networks, cell cycle and apoptosis.
• Analytical and computational methods: mass spectrometry principles, next-generation sequencing analysis, bioinformatics pipelines and statistical interpretation.
• Research skills: project design, grant-style proposal writing, advanced data analysis and oral/poster presentation.

Entry requirements

Applicants are expected to have a strong science background. Typical offers are at the level of high A‑level grades or an equivalent qualification, normally including Chemistry plus one of Biology, Mathematics or Physics. Applicants with other combination of science subjects or vocational qualifications (such as BTEC) may be considered if they show appropriate scientific preparation.

International qualifications are assessed against UK equivalence and applicants whose first language is not English will need to meet Keele's English language requirements. Mature applicants and those with relevant laboratory experience are welcomed and assessed on the full range of their academic and professional evidence.

Career prospects

Graduates of the integrated masters in Biochemistry are well placed for a variety of careers. The programme’s strong laboratory and research training is directly relevant to roles in biotechnology and pharmaceutical research and development, clinical and diagnostic laboratories, quality control and regulatory affairs. Other pathways include further research (PhD), scientific publishing and communication, patent and intellectual property roles (often with additional legal training), and teaching (following appropriate teacher training).

Transferable skills such as project management, data interpretation, problem solving and written and oral communication also open opportunities in consultancy, science policy, commercial science roles and graduate-entry healthcare professions.

Why study at Keele University

Keele offers a campus-based student experience with accessible research-active staff and relatively small cohort sizes that support close contact teaching and personalised feedback. The School of Life Sciences provides modern laboratory facilities and a breadth of research groups, allowing students to undertake substantive projects across molecular, cellular and applied biochemistry.

The integrated masters route gives added depth through a dedicated masters year, helping students to consolidate practical and theoretical expertise and to carry out an extended independent research project. Keele emphasises employability and transferable skills, with opportunities for industrial collaboration, placements and careers support tailored to STEM graduates.