University of Hull

What you'll study

This programme builds a strong core in molecular and cellular biochemistry alongside practical laboratory skills and data analysis. In early years you will study foundational subjects such as molecular biology, cell biology, organic chemistry relevant to biological systems, metabolism and introductory laboratory techniques. Practical classes introduce transferable skills including pipetting, spectrophotometry, electrophoresis, chromatography and basic bioinformatics.

As you progress you take intermediate and advanced modules in enzymology, protein structure and function, gene expression and regulation, metabolic pathways, molecular genetics, recombinant DNA technology and cellular signalling. There is emphasis on experimental design, statistical analysis of biological data and current biochemical methods.

The MSci route extends the BSc by adding a substantial, independent research project and advanced taught modules in areas such as structural biology, advanced proteomics, systems biology or drug discovery. Across both awards you will experience supervised laboratory projects, group research exercises and opportunities to engage with primary literature and current research debates.

• Core laboratory skills and safety training
• Molecular biology and genetics
• Enzymology and metabolism
• Protein structure and analytical methods
• Bioinformatics and data analysis
• Research project (substantial for MSci students)
• Optional modules in biotechnology, pharmacology, environmental biochemistry and advanced molecular techniques

Entry requirements

Typical entry requirements are at least three A-levels including Chemistry or a closely related science; many applicants also offer Biology, Mathematics or Physics. Universities often set offers in a range that reflects course demand and the chosen award (BSc or MSci), so prospective students should check the University of Hull prospectus for current guidance.

Suitable alternative qualifications include a science-relevant BTEC (with strong grades), the International Baccalaureate with a science component, or equivalent international qualifications. Applicants are normally expected to have GCSE qualifications in English and Mathematics at a competent level. Practical laboratory experience, whether through school courses, work experience or extracurricular projects, strengthens an application.

Career prospects

Graduates from this programme enter a wide range of pathways. Typical destinations include roles in biotechnology and pharmaceutical companies, clinical and diagnostic laboratories, food and environmental testing laboratories, and quality control or regulatory affairs. Many graduates move into research roles or continue to postgraduate study (MSc, PhD) in molecular biosciences, biomedical sciences or related fields.

Other career options include patent examination and technical advisory roles, science communication, teaching (with additional teacher training), and positions in public health or policy where a strong grounding in molecular science is valuable. The MSci, with its extended research training, is particularly useful for students aiming for competitive research careers or PhD programmes.

Why study at University of Hull

The University of Hull offers a supportive learning environment with small-group teaching and substantial hands-on laboratory experience. The School of Life Sciences is research-active, providing opportunities for students to be involved in supervised research projects and to learn contemporary techniques.

Students benefit from modern laboratory facilities and computational resources, strong links with regional life-science employers and opportunities for industrially-relevant experience. The programme emphasises employability through practical skills, data literacy and project management, preparing graduates for both workplace and academic careers.