Msc Biotechnology

1 Year On Campus Masters Program

University of Chester

Program Overview

The MSc Biotechnology at Chester gives you the chance to dive deep into cutting-edge biotechnology while developing the practical skills employers love. Whether you’re passionate about medical, plant, animal, or environmental biotech, this course lets you explore your interests while learning how to turn scientific ideas into real-world solutions.

Curriculum Structure

In the taught part of the course, you’ll explore six core modules designed to build both knowledge and practical experience. In Applied Molecular Biology, you’ll master lab techniques like DNA extraction, PCR, and protein purification — the essential tools for any biotechnologist. Emerging Molecular Therapies in Medicine introduces you to gene editing, monoclonal antibodies, and RNA interference, helping you see how modern biotechnology tackles real medical challenges.

You’ll also study Biotechnological Approaches towards Sustainable Development Goals, learning how biotech innovations address environmental challenges like pollution and climate change. Modules like Biomimetic Nanotechnology show how inspiration from nature can be applied at the nanoscale to solve modern biotech problems.

Practical research skills are developed through Research & Analytical Skills, where you learn to design experiments, analyse results, critically assess scientific literature, and navigate ethics in science. The Business of Biotechnology module gives you insight into how biotech companies operate and grow, preparing you for entrepreneurial and commercial aspects of the field.

Finally, your learning culminates in a Research Dissertation or, if you take the two-year route, a Professional Placement or Project Module. This allows you to carry out an independent research project under expert supervision — or gain real-world industry experience — helping you apply your knowledge in a practical setting.

Focus Areas

“Molecular biotechnology, medical biotech therapies, nanotechnology, environmental biotechnology, biotechnology enterprise”

Learning Outcomes

“You will develop strong laboratory and analytical skills, understand how biotechnology addresses real-world challenges, design and carry out independent research projects, and gain insight into the business side of biotech to prepare for professional careers.”

Professional Alignment (Accreditation)

The course is designed for both academic and industry pathways, giving you the skills and experience needed to work in biotech companies, research laboratories, environmental organisations, or innovative startups.

Reputation / Employability

Graduates leave ready for careers in research, biotech industries, or entrepreneurial ventures.
Applied projects, problem-solving modules, and the research dissertation (or placement) provide practical experience highly valued by employers.

Experiential Learning (Research, Projects, Internships etc.)

At Chester, this MSc is all about learning by doing. You won’t just sit in lectures — you’ll spend significant time in modern, purpose-built labs, carrying out real experiments and developing the practical skills that biotech employers value. From mastering DNA extraction and PCR to designing your own experiments, every step is designed to build confidence and competence in the lab. If you take the two-year route, you can even complete a professional placement, giving you hands-on experience in an industry setting.

Here’s how your practical learning comes to life:

State-of-the-art Labs – Work in molecular biology, microbiology, and biotechnology labs equipped with modern tools to carry out advanced experiments.
High-Tech Analytical Equipment – Gain experience using HPLC, GC-MS, and spectrophotometers to analyse proteins, metabolites, and other biomolecules.
Thornton Science Park Facilities – Access research labs, computer suites, and industry-grade software for innovation and bioinformatics work.
Research Project Module – Conduct your own research under academic supervision, with opportunities to collaborate with industrial partners.
Optional Placement Year – For the two-year MSc, spend your second year on a professional placement or project, gaining real-world biotech experience.
Computational Tools & Data Analysis – Learn to use software like R/RStudio for statistical analysis and bioinformatics applications.
Research Community & Collaboration – Engage with research-active faculty, attend seminars, and take part in collaborative projects.

Progression & Future Opportunities

Graduating from Chester’s MSc Biotechnology opens doors to exciting careers in both research and industry. You could work as a biotechnology researcher, a product development scientist, an environmental biotech specialist, or even launch your own biotech start-up. This programme blends hands-on lab experience with business insights, so you’ll be prepared to tackle real-world challenges and thrive in a variety of biotech settings.

Here’s how Chester helps you get there:

Careers & Employability Support – One-to-one guidance, CV workshops, mock interviews, and ongoing advice through CareerHub to help you land your ideal role.
Strong Graduate Outcomes – Around 90% of Chester graduates are employed or in further study, with a large proportion in high-skilled roles.
Professional Placement Option – If you take the two-year route, you can gain industry experience through a placement or project year, building your network and skills.
Entrepreneurial Support – Access the University’s Venture Programme to develop your own biotech business ideas and connect with resources for start-ups.
Long-Term Skill Value – The combination of molecular biology, lab techniques, data analysis, and business strategy ensures your skills stay in demand across multiple sectors.
Ongoing Career Guidance – Chester’s Careers & Employability team supports graduates for up to two years after completing the course, offering advice, networking, and remote assistance.

Further Academic Progression:
If you’re aiming for advanced research, this MSc lays a strong foundation for PhD studies in areas such as molecular biotechnology, environmental biotech, or bioprocessing. With experience designing experiments, conducting lab work, and critically analyzing data, you’ll be well-prepared for doctoral-level research.