University of Liverpool

What you'll study

The MBiolSci is a four-year integrated programme that begins with foundational modules in cell biology, genetics, biochemistry and ecology, and progresses to more specialised and research-focused topics in later years. Early years cover molecular and cellular mechanisms, organismal physiology, microbiology and evolutionary biology, alongside practical laboratory skills and statistics. In intermediate years you will encounter modules in molecular genetics, immunology, systems biology, bioinformatics and advanced ecology, with options to study subjects such as neuroscience, developmental biology, marine biology, biotechnology and infectious disease.

The final year is research intensive and typically includes an extended independent research project or dissertation carried out in one of the University’s research groups, plus advanced electives and professional skills training. Practical laboratory classes, fieldwork, computational biology sessions and regular workshops on experimental design, data analysis and scientific communication are integral throughout the course.

Entry requirements

Entry is normally via UCAS for school leavers. Applicants are expected to demonstrate strong achievement in science subjects, particularly biology and a second science or mathematics. Acceptable qualifications include A-levels, BTECs, the International Baccalaureate and recognised international equivalents.

Applicants with vocational qualifications or mature applicants with relevant experience (including Access to Higher Education diplomas) are considered; successful admission typically requires evidence of numeracy and laboratory competence. All applicants must satisfy any standard university requirements for English language proficiency if their prior education was not in English.

Career prospects

Graduates of the MBiolSci enter a wide range of careers. Common destinations include research roles in universities and industry, roles in biotechnology and pharmaceutical companies, clinical research and trials, and laboratory-based posts in public and private sectors. The degree also provides a solid foundation for postgraduate research (PhD) and taught master’s programmes.

Other career pathways include science communication, regulatory affairs, environmental consultancy, conservation and wildlife management, patent and intellectual property work (often combined with further legal training), and roles in health-related public services. The programme’s emphasis on practical skills, data analysis and project management is attractive to employers across the life sciences sector.

Why study at University of Liverpool

Teaching is led by research-active staff and benefitted by the University’s strong biological research environment, with opportunities to join research groups working on molecular biology, ecology, infectious diseases and translational biosciences. Students have access to modern laboratory facilities, specialised equipment and bioinformatics resources, as well as fieldwork opportunities in nearby coastal and terrestrial habitats.

The University has established links with hospitals, research institutes and industry partners, supporting student projects, placements and employability. Small-group practical classes, pastoral and academic support services, and careers guidance help students prepare for professional life or further study. Studying in Liverpool provides the added advantages of a city with a vibrant student community and good transport links to national research centres.