University of York

What you'll study

The MBiochem Biochemistry is an integrated master's degree that builds from foundational molecular and cellular concepts to advanced, research-led study. Early years focus on core topics such as cell biology, organic and physical chemistry underpinning biochemical processes, genetics and molecular biology, and essential laboratory skills. As you progress, modules typically cover enzymology and metabolism, protein structure and function, molecular techniques (PCR, cloning, electrophoresis), genomics and proteomics approaches, bioinformatics and statistical analysis for biological data.

Teaching combines lectures, small-group tutorials, practical laboratory classes and workshops. Laboratory training emphasises experimental design, data analysis and transferable skills such as scientific writing and presentation. The final year is research-focussed and usually includes an extended research project conducted within a research group, giving experience of hypothesis-driven investigation and independent project management, alongside advanced specialist modules in areas such as structural biology, molecular biophysics, chemical biology and translational approaches.

Entry requirements

Applicants are expected to have strong academic credentials in science subjects. Typical offers require high grades at A-level (or equivalent) including Chemistry, plus a second science subject such as Biology, or Mathematics; other relevant combinations are considered. The programme welcomes suitably qualified applicants from international systems and mature students with relevant experience. Evidence of practical laboratory experience, either through schooling, work experience or residential courses, strengthens applications. Applicants must also meet the University's general English language requirements if English is not their first language.

Career prospects

Graduates from the MBiochem Biochemistry programme are well placed for a wide range of careers. Many proceed to postgraduate research (PhD) or clinical and translational science roles, while others enter the pharmaceutical and biotechnology industries in research and development, quality control, or regulatory affairs. Additional career routes include clinical laboratory science, forensic science, science communication, patent and intellectual property work (often after further legal training), and roles in public health, policy and education. The degree’s strong emphasis on practical skills and data analysis also supports graduate roles in bioinformatics, biomanufacturing and consultancy.

Why study at University of York

Studying Biochemistry at York gives access to active research groups and dedicated facilities that support molecular- and structural-level investigations. The department places emphasis on hands-on laboratory training and research-led teaching, so students gain experience with contemporary techniques and instrumentation. Small-group teaching and dissertation supervision provide close contact with academic staff, and the University offers careers and placement support to help transition into employment or postgraduate study. York’s collaborative research environment means students can undertake projects in diverse areas such as structural biology, chemical biology, genomic and proteomic technologies and translational biomedical research.