Genetics MBiol, BSc

From the very start, this programme immerses you in real-world scientific practice. You’ll gain hands-on experience with advanced genetic techniques, participate in optional placements and study abroad, and lead your own independent research—supported by state-of-the-art facilities and expert guidance:

Here’s how it all comes together:

• Real-world research environments: In Year 4, MBiol students complete an extended research project, exploring cutting-edge genetic techniques like genome engineering in plant and animal models, CRISPR/Cas editing, and next-generation sequencing. These projects are conducted under expert supervision, often in facilities like the Leeds Institute for Molecular Medicine at St. James’s University Hospital and affiliated research laboratories.

• Placement and study abroad options: After your second year, you can opt for an industrial work placement, a year of study abroad, or a tailored combined study and work abroad module. This gives you a chance to develop transferable skills and explore careers in industry or international research contexts.

• Interdisciplinary and field learning: Optional modules include an experiential Coastal & Upland Habitats Field Course—perfect for connecting genetic knowledge to ecological realities through practical fieldwork.

• Strong career development infrastructure: The Student Opportunity Team within the Faculty of Biological Sciences collaborates closely with the University Careers Centre to offer workshops, alumni panels, and the STEM Careers Fair—connecting you directly with employers like AstraZeneca, GSK, Nuffield, and NHS Ecological consultancies.

• Integrated learning through digital and lab tools: Core modules are delivered via lectures, tutorials, and extended practicals—helping you hone research skills vital for data analysis, lab experiments, and independent scientific thinking.

Graduates from this Master’s-integrated Genetics degree go on to a wide range of exciting careers. Many become Genetics Researchers, Genetic Counsellors, Clinical Scientists (Genomics), or Scientific Communicators—all roles where you can put your lab skills and cutting-edge genetic knowledge into action.

Leeds supports you every step of the way:

• University Services – The Faculty Student Opportunity Team and Careers Centre provide personalised support, from CV and interview coaching to STEM careers fairs and alumni networking. Through the Leeds for Life initiative, you’ll get guidance from your first year through graduation, connecting with employers like AstraZeneca, GSK, Labcorp, NHS, and more.

• Employment Stats & Salaries – Bioscience graduates, including genetics students, earn a median of around £25,500 at 15 months post-graduation, rising to £26,500 at 3 years and £31,000 at 5 years. Genetics BSc graduates report an average of £26,500 15 months after finishing, with virtually no unemployment.

• Industry Partnerships – The program’s Royal Society of Biology Advanced Accreditation reflects its alignment with professional standards, recognising both academic excellence and hands-on research experience.

• Graduate Outcomes – Leeds bioscience graduates are highly sought after. Many move directly into research roles, clinical genetics positions, or further study, giving you the flexibility to shape your career.

Further Academic Progression:
Completing your BSc can be just the beginning. You could continue into the integrated MBiol year to carry out advanced, original research, or pursue postgraduate study like an MSc in Medical Genetics, a PhD in Genomics, or related fields. With Leeds’ strong research culture and resources, you’ll have plenty of opportunities to deepen your expertise and follow your passion.