Swansea University

What you'll study

This three-year honours degree covers the molecular and chemical basis of life. Teaching blends lectures, small-group tutorials and extensive laboratory practicals to develop theoretical understanding alongside hands-on experimental skills.

• Core molecular bioscience: DNA replication, transcription, translation, gene regulation and recombinant DNA technology.
• Protein science and enzymology: protein structure and function, enzyme kinetics and methods for protein characterisation.
• Cellular and metabolic biochemistry: metabolism, cell signalling, membrane biology and bioenergetics.
• Analytical and laboratory techniques: spectrophotometry, chromatography, electrophoresis, PCR, microscopy and basic bioinformatics.
• Genetics and genomics: classical and molecular genetics, introduction to genomics and sequencing technologies.
• Research project: an independent laboratory-based research project in the final year that develops experimental design, data analysis and scientific communication.
• Optional and advanced topics: structural biology, pharmacology, neurochemistry, immunology and applied biochemistry modules may be available depending on staff expertise and timetabling.

Entry requirements

Swansea typically seeks applicants with strong science qualifications. You should have a solid background in biology and/or chemistry from A-levels, Scottish Highers, Irish Leaving Certificate or equivalent. BTEC, Access to HE and international qualifications are considered where they provide an appropriate scientific foundation.

• Subject prerequisites: Biology or Chemistry is normally required at A-level (or equivalent).
• General expectations: applicants are expected to demonstrate competence in practical science and mathematical skills relevant to laboratory work.
• Alternative qualifications: vocational and access routes are welcomed if they include substantial science content; international students should present recognised equivalents.
• English language: evidence of proficiency in English is required for applicants whose prior education was not delivered in English.

Career prospects

Graduates in biochemistry develop laboratory, analytical and problem-solving skills that are valued across research, industry and public services. Typical pathways include:

• Research assistant or technician roles in university or industrial laboratories.
• Employment in pharmaceutical, biotechnology and chemical companies in areas such as product development, quality control and regulatory affairs.
• Clinical and diagnostic laboratory work (often following further professional training or accreditation).
• Forensic science, environmental testing and food science laboratories.
• Further study: many graduates progress to MSc or PhD programmes in biomedical sciences, as well as professional routes such as medicine, dentistry or teaching (with appropriate postgraduate qualifications).
• Graduate schemes in life sciences, science communication, patent law (with additional legal training) and public health roles.

Why study at Swansea University

Swansea combines research-led teaching with substantial practical training. The university invests in modern laboratory facilities and staff-led research groups across biomedical and life-science disciplines, providing students with opportunities to join research projects and gain transferable laboratory experience.

• Practical focus: extensive laboratory-based modules and a final-year research project build technical competence and independent research skills.
• Research links: active research groups and collaborations with local NHS and industry partners offer exposure to current scientific challenges and potential placement or project opportunities.
• Student support: dedicated academic support, careers services and skills workshops help prepare students for employment or postgraduate study.
• Campus and location: a compact campus and regional connections create access to laboratories, teaching resources and a supportive student community.