Oxford Brookes University

What you'll study

The degree builds a broad foundation in biological principles in the first year before moving into specialist genetics and genomics topics in later years. Typical themes include molecular and cellular biology, evolution and developmental biology, and ecological and organismal perspectives, combined with dedicated modules in classical genetics, molecular genetics, genomics, transcriptomics and epigenetics.

Practical laboratory training is embedded throughout the programme: you will learn core techniques such as PCR, gel electrophoresis, DNA extraction, next-generation sequencing workflows, and laboratory data management. Computational and data-analysis skills are emphasised, with modules in bioinformatics, programming for biologists, statistics for experimental design, and hands-on analysis of genomic datasets.

Course structure commonly includes a substantial independent research project or dissertation in the final year, enabling you to carry out hypothesis-driven experiments or computational investigations under supervisory guidance. There are opportunities to take optional modules that reflect staff expertise and research themes, such as microbial genomics, human genetics, conservation genetics, and applied molecular diagnostics. Many students also have the option to take a placement year or short industry/research internships to gain workplace experience.

Entry requirements

Applicants are expected to have strong science qualifications at secondary level. Typical applicants will hold science A-levels (biological sciences is usually expected or highly recommended) or equivalent qualifications from other national or international systems. Good passes in GCSE English and Mathematics (or equivalent) are normally required.

International applicants are expected to present recognised qualifications such as the International Baccalaureate, suitable national diplomas, or recognised international credentials; English language proficiency must also be demonstrated where English is not the applicant's first language. Mature applicants and those with vocational qualifications are considered on an individual basis; relevant practical experience or evidence of academic potential are advantageous.

Career prospects

Graduates move into a wide range of roles in research, healthcare, industry and beyond. Common career paths include laboratory science positions in biotechnology and pharmaceutical companies, clinical and molecular diagnostic laboratories, research technician roles in academic or applied research groups, and bioinformatics or data analysis roles. With further training or postgraduate study, graduates progress to research scientist positions, doctoral research (PhD), or specialist roles such as genetic counselling (which requires additional professional qualification).

Other career options extend to environmental and conservation organisations, scientific publishing, regulatory and quality roles, science communication, and roles in public sector or commercial testing services. The combination of laboratory and computational skills built on this programme is broadly applicable and valued across life-science employers.

Why study at Oxford Brookes University

Oxford Brookes offers a practical, research-informed curriculum with strong laboratory training and emphasis on employable skills. Students benefit from dedicated teaching laboratories, computing facilities for bioinformatics, and access to research-active staff whose work spans molecular and applied genetics. The university is located close to a strong regional bioscience cluster and has links with local hospitals, research institutes and industry partners, which supports placement and project opportunities.

The learning environment is supportive and geared to small-group teaching in practicals and seminars, with opportunities for undergraduate research projects and career support services that help with placements, CV preparation and interview skills. These elements combine to prepare graduates for both immediate employment and further study in genetics, genomics and related life-science disciplines.