MSc Biotechnology

1 Year On Campus Masters Program

University of Portsmouth

Program Overview

This MSc in Biotechnology is ideal for students who want to explore how molecular tools like genetic engineering, protein analysis, and bioinformatics are transforming healthcare, environmental science, and industry. It’s designed for those who want to gain hands-on lab experience while also learning how to apply their skills to real-world challenges and innovative biotech solutions.

Curriculum Structure

Early Stage
You’ll begin with core modules such as Molecular Biotechnology, where you’ll study recombinant DNA techniques, protein expression and purification, and other essential laboratory methods. Molecular Medicine introduces you to disease mechanisms, diagnostics, and emerging therapies, giving you insight into how biotech is applied in healthcare.
Mid Stage
Optional modules like Bioinformatics & Omics let you explore computational analysis of sequencing data using tools such as R and Unix, helping you bridge lab work with data science. Biotechnology Enterprise encourages entrepreneurial thinking, guiding you to understand intellectual property, business planning, and commercialising innovations.
Final Stage
The Research Project forms the highlight of your degree. You’ll design and carry out your own experiments, analyse the results, and present your findings, demonstrating that you can turn theory into practice and tackle real scientific questions.

Focus Areas: molecular biotechnology, genetic engineering, bioinformatics, molecular medicine, biotech enterprise

Learning Outcomes: gain practical and theoretical mastery of molecular biotech techniques, analyse genomic and disease-related data, design and complete a meaningful research project, and develop entrepreneurial awareness in biotechnology.

Professional Alignment (Accreditation): the course aligns closely with industry needs, combining advanced lab skills with enterprise and commercial awareness.

Reputation (Employability & Rankings): graduates have gone on to careers as research scientists, molecular pathologists, data analysts, and biotech business associates, reflecting the strong employability focus of the program.

Experiential Learning (Research, Projects, Internships etc.)

When you join this MSc, you’re not just attending lectures — you’re getting hands-on experience in real biotech work. You’ll spend plenty of time in well-equipped laboratories, handling molecular biology tools, running experiments, and using research-grade equipment. The University’s Centre for Enzyme Innovation even lets you explore real-world problems in environmental and industrial biotechnology, so you’re working on projects that have meaningful impact.

Here’s how your hands-on learning takes shape:

Laboratory Experience
- Work in purpose-built labs for molecular biotechnology, biophysics, and sequencing.
- Access advanced equipment for PCR, gel electrophoresis, and biomolecular imaging.
- Explore molecular structure and function in labs designed for professional-standard research.
Bioinformatics & Digital Tools
- Analyse sequencing and “omics” data using computational tools like R and command-line software.
- Apply next-generation sequencing techniques in dedicated bioinformatics labs.
Research Project
- Undertake a substantial independent project where you plan, carry out, and present your experiments.
- Develop critical thinking and analytical skills by combining lab work with literature review and data analysis.
Entrepreneurship & Industry Exposure
- Learn how to turn bioscience ideas into viable business cases through the Biotechnology Enterprise module.
- Receive mentorship and guidance to refine and pitch your biotech innovations.
Support & Mentorship
- Work closely with academic staff who bring both research and industry experience.
- Benefit from personal tutors and academic skills support to guide you through lab work and research.

This MSc ensures you graduate with practical laboratory skills, computational expertise, research experience, and an entrepreneurial mindset — all essential for a successful career in biotechnology.

Progression & Future Opportunities

Graduating from this MSc opens doors across the biotechnology, pharmaceutical, and research sectors — you’ll leave not just with a qualification, but with practical skills and real-world experience. Typical roles include research scientist, molecular pathologist, data analyst, or business associate in biotech. With a combination of hands-on lab work, computational skills, and exposure to enterprise, you’ll be ready for industry, start-up opportunities, or further academic study.

Here’s how the University of Portsmouth supports you and why this MSc sets you up for success:

University Services & Careers Support
- The Careers & Employability Centre helps you refine your CV, prepare for interviews, and build professional networks.
- You’ll have access to career fairs and employer events, connecting you directly with potential biotech employers.
- For entrepreneurial-minded students, guidance from the University’s Entrepreneurs in Residence helps turn innovative ideas into viable biotech start-ups.
Employment Paths
- Alumni have gone on to roles such as research scientist, molecular pathologist, data analyst, clinical trials assistant, and business associate.
- Graduates find work across life sciences firms, healthcare organisations, and innovative biotech companies.
Accreditation & Long-Term Value
- The degree combines theoretical knowledge with hands-on laboratory and research experience, making your skills highly relevant to employers.
- The practical research project ensures you graduate with capabilities that go beyond a paper qualification, giving you a competitive edge.
Industry Connection & Growth
- You gain exposure to real-world research through the University’s Centre for Enzyme Innovation, tackling challenges in environmental and industrial biotechnology.
- With the UK biotech sector expanding rapidly, your skills and experience position you to take advantage of emerging opportunities.
Graduation Outcomes
- The MSc equips you with knowledge of molecular techniques, bioinformatics, and enterprise skills, preparing you for diverse roles in industry or research.
- Whether you want to work in a large pharmaceutical company, a biotech start-up, or regulatory and clinical research, you’ll leave ready to contribute meaningfully.

Further Academic Progression:

Many graduates choose to continue into PhD programmes in areas such as molecular biotechnology, synthetic biology, genomics, or bioinformatics, building directly on their MSc research experience.
Others pursue further postgraduate qualifications in clinical trials, regulatory affairs, or biotechnology enterprise, extending both their technical and commercial expertise.