Keele University

What you'll study

The programme is an integrated masters, combining foundational biochemistry with progressive neuroscience topics and an extended research project in the final year. Early years build core understanding of molecular biology, protein chemistry, cell biology and genetics, together with practical laboratory skills and research methods. As you progress you will take specialist neuroscience modules covering neuroanatomy, synaptic physiology, neuropharmacology, neural development and cellular neuroscience, plus quantitative skills such as statistics, data analysis and bioinformatics.

• Core biochemistry modules: molecular and cellular structure and function, enzymology, metabolic pathways, protein expression and purification, and biochemical laboratory techniques.
• Neuroscience modules: neurobiology and systems neuroscience, synaptic transmission and plasticity, neuropharmacology, sensory systems, and cellular mechanisms of neurological disease.
• Research methods and quantitative skills: experimental design, statistical analysis, imaging and electrophysiology techniques, computational approaches and bioinformatics.
• Laboratory and transferable skills: practical lab classes, project planning, scientific writing, presentation skills and ethical research practice.
• Integrated masters research project: an extended, original laboratory or computational research project supervised by academic staff, culminating in a dissertation and oral presentation.

Teaching includes lectures, small-group tutorials, practical laboratory sessions, workshops and one-to-one supervision for projects. Assessment is by a mixture of written exams, coursework, practical reports, project dissertation and oral presentations.

Entry requirements

Typical entry expects strong performance at A level (usually including Chemistry plus Biology or another relevant science), or an equivalent qualification such as the International Baccalaureate or recognised international school-leaving certificates. Successful applicants will normally demonstrate strong science and mathematics skills. Keele also considers applicants with relevant access diplomas, foundation years or equivalent experiential learning; mature applicants with appropriate background are welcome.

• Subjects required: Chemistry is normally essential; Biology or another life/science subject is highly recommended.
• English language: non-native English speakers must meet the university's standard English language requirements for degree-level study.
• Selection process: offers are made on academic evidence and personal statement; some applicants may be invited to interview, assessment or to provide a reference highlighting laboratory experience or interest in neuroscience.

Career prospects

Graduates from this programme are prepared for a wide range of careers in biomedical and life sciences. Common destinations include research roles in academia, NHS or industry, graduate positions in pharmaceuticals and biotechnology, clinical trial coordination, and laboratory-based roles in diagnostics. The integrated masters is also designed for students aiming to continue to doctoral research (PhD) or professional training such as clinical research or industry R&D roles.

• Research scientist in neuroscience, molecular biology or biochemistry laboratories
• Roles in pharmaceutical and biotechnology companies (drug discovery, preclinical development, regulatory affairs)
• Clinical laboratory and diagnostic services in healthcare settings
• Data analysis and bioinformatics positions supporting life-science research
• Scientific communication, patent support, teaching and outreach
• Progression to PhD study or combined clinical-research training

Why study at Keele University

Keele offers a campus-based learning environment with close access to staff in the School of Life Sciences and strong links to the university's biomedical research groups. The integrated masters emphasises practical laboratory training and an extended supervised research project, giving students hands-on experience with contemporary techniques used in biochemistry and neuroscience.

Students benefit from small-group teaching, dedicated laboratory facilities and opportunities to work alongside active researchers. Keele's interdisciplinary culture and links with local NHS and industry partners provide routes for placements, collaborative projects and careers support. The campus setting also supports a balanced student experience with pastoral support and extracurricular opportunities that complement academic development.