University of York

What you'll study

The MBiol Biotechnology is an integrated undergraduate-master's programme that builds from foundational biological science to advanced, research-led biotechnology. Teaching mixes lectures, seminars, laboratory practicals and project work. The programme emphasises experimental technique, data analysis and transferable professional skills.

• Year 1: Core molecular and cellular biology, biochemistry, genetics, cell biology and introductory microbiology; laboratory skills and safe handling of biological materials; basic statistics and bioinformatics.
• Year 2: Intermediate modules in molecular genetics, protein biochemistry, microbial physiology, recombinant DNA technology and computational analysis; more substantial lab classes and small research projects.
• Year 3: Applied biotechnology and industrially relevant topics such as bioprocessing, fermentation and downstream processing, synthetic biology and regulatory frameworks. Students can often undertake an optional placement year or a study-abroad period (subject to approval).
• Year 4 (Master's level): A substantial independent research project or dissertation under academic supervision, plus advanced modules in areas such as protein engineering, genomics, systems biology, diagnostics and enterprise/innovation in the biosciences.

Across all years you will gain experience with contemporary laboratory techniques (PCR, cloning, protein expression and purification, microscopy), bioinformatics tools for sequence and genomic analysis, experimental design and data interpretation. Practical training is supported by York's research-active staff and modern laboratory facilities.

Entry requirements

Typical offers are at A-level and equivalent level. Candidates are normally expected to have strong grades in Biology or Chemistry and a second science or mathematics subject. Examples of typical requirements include:

• Typical A-level offer: AAB, normally including A in Biology or Chemistry; applicants with appropriate science combinations and strong performance in related subjects are considered.
• International Baccalaureate: a competitive overall score with high marks at Higher Level including a science subject.
• Vocational qualifications: BTEC and other qualifications are considered on an individual basis, normally alongside strong performance in relevant science units.
• English language: applicants whose first language is not English will need to demonstrate proficiency; commonly-accepted qualifications include IELTS or equivalent, with a typically required overall score and minimum component scores.

Selection also considers personal statements, references and any relevant practical experience. Applicants with industrial experience, laboratory work, or evidence of independent study and motivation for biotechnology are encouraged to highlight this in their application.

Career prospects

Graduates from York's MBiol Biotechnology move into a wide range of roles across industry, research and public services. Common career pathways include:

• Research scientist roles in biotech and pharmaceutical companies or academic research groups.
• Work in bioprocessing, quality control and manufacturing within industrial fermentation and production facilities.
• Roles in clinical and diagnostic laboratories, public health and environmental biotechnology.
• Regulatory affairs, validation, and quality assurance in life-science companies and contract research organisations (CROs).
• Scientific communications, patent and regulatory consultancy (often following further training), and commercial or start-up roles in bioscience entrepreneurship.
• Progression to PhD study or other postgraduate qualifications for research careers or specialised professional routes.

The integrated master's degree gives graduates enhanced research experience and technical competencies that are valued by employers and doctoral programmes.

Why study at University of York

York offers a research-led teaching environment with strong links between teaching staff and active research groups in molecular biosciences, synthetic biology and structural biology. The department provides modern laboratory facilities and access to core platforms for genomics, proteomics and bioinformatics.

The University maintains partnerships with regional and national biotechnology companies, hospitals and research institutes, which support placements, project opportunities and employer-led skills development. Small-group practical classes and project supervision help students gain hands-on experience, while central careers and enterprise services support internship searching, CV development and preparation for industry roles or postgraduate study.

Overall, the MBiol Biotechnology at York is aimed at students seeking a rigorous scientific education with direct application to contemporary biotechnological research and industry.