MSc Biotechnology and Bioinformatics

At Aberdeen, this MSc is all about learning by doing. You won’t just be sitting in lectures — you’ll get hands-on experience in state-of-the-art laboratories, explore complex biological data with cutting-edge computational tools, and discover how to turn scientific ideas into real biotech solutions. The programme is designed so that every student graduates with practical skills that are directly relevant to modern biotechnology and bioinformatics careers.

Here’s what that looks like in practice:

• Laboratory & Research Facilities

  • Access well-equipped labs for molecular biology, cell engineering, and other biotech experiments.

  • Conduct your own independent research project with guidance from experienced faculty, whether it’s lab-based or computational.

• Computational & Bioinformatics Tools

  • Work with software and tools for genome sequencing, data analysis, and bioinformatics, developing skills that are highly sought after in research and industry.

  • Modules like Advanced Bioinformatics and Genome Sequencing integrate computational work with real biological data.

• Business & Commercialisation Experience

  • Learn how to transform scientific discoveries into market-ready innovations through modules such as Introduction to Bio-Business and the Commercialisation of Bioscience Research and Advanced Bio-Business and Commercialisation.

  • Gain an understanding of entrepreneurship in biotech and the skills needed to launch or contribute to start-ups.

• Collaboration & Mentorship

  • Work closely with supervisors and peers in both lab and computational projects, gaining experience in teamwork, project management, and professional research practices.

  • Benefit from connections with research networks like the Aberdeen Research Consortium, offering insights into industrial biotech research.

• Supportive Facilities

  • Make use of modern lab spaces, computing facilities, and library resources that support both your practical and research needs.

Completing this MSc opens doors to an exciting range of careers at the intersection of science, technology, and business. Graduates are well-equipped to work as Bioinformatics Scientists, Biotech R&D Specialists, Biotech Business Developers, or Biopharmaceutical Project Managers. The combination of lab-based biotechnology training, computational skills, and business knowledge ensures you can step confidently into roles in research labs, biotech companies, or even start-ups:

• University Services Supporting Employment

  • Aberdeen’s Careers Service offers personalised guidance on CVs, interviews, career planning, and the biotech job market.

  • Coursework like Introduction to Bio-Business and Advanced Bio-Business gives you hands-on insight into commercialising scientific discoveries.

• Employment Stats & Salary

  • Graduates report a median salary of around £21,500 within 15 months of completing the course.

  • Many move into roles across industrial biotechnology, biopharmaceuticals, and commercial research, benefiting from the programme’s blend of science and business skills.

• University–Industry Connections

  • Aberdeen supports biotech spin-outs and collaborations, giving you exposure to how scientific innovation becomes market-ready.

  • You’ll build networks and practical understanding that are highly relevant to industry and start-ups.

• Long-Term Value & Skills

  • While the MSc doesn’t carry a formal professional accreditation, employers value the unique combination of scientific expertise, data analysis, and commercial understanding.

  • You’ll graduate with versatile skills that open doors to both scientific research and entrepreneurial ventures.

• Graduate Outcomes

  • Alumni move into roles bridging science and business, such as R&D, biotech consultancy, and biotechnology start-ups.

  • Many also continue into PhD programmes, leveraging the research experience gained during the MSc.

Further Academic Progression:
If you’re aiming for a career in research or want to specialise further, this MSc is an excellent springboard into PhD programmes in areas like computational biology, synthetic biology, or industrial biotechnology. The hands-on project experience you gain here provides a strong foundation for advanced research and further academic opportunities.