MSc Molecular Biotechnology with Placement Year

1 Years On Campus Masters Program

University of Hertfordshire

Program Overview

This MSc is perfect for graduates in biological sciences who want to take their knowledge of molecular biology and biotechnology to the next level. You’ll explore cutting-edge topics like recombinant DNA technology, next-generation sequencing, and genomics, combining theory with hands-on lab experience to prepare for real-world biotech challenges.

Curriculum Structure

Early Stage
You’ll start by building a solid foundation with modules like Genetics & Protein Biology, which explores gene function and protein structure, Molecular Cell Biology & Immunology, focusing on cell signaling and immune mechanisms, and Applied Biotechnology, where you gain practical experience with core molecular techniques.
Mid Stage
In Genome Science, you’ll dive into genome sequencing, bioinformatics, and high-throughput data analysis, learning how to interpret and work with large-scale biological data. Research Methods equips you with the skills to plan and execute experiments, ensuring you are prepared for independent research.
Final Stage
Your Research Project lets you apply your knowledge and skills to a real research problem under expert supervision. This is your opportunity to investigate a topic you’re passionate about, develop your own experimental design, and produce meaningful results.

Focus Areas: molecular biology, genomics, bioinformatics, protein science, gene editing.

Learning Outcomes: gain hands-on expertise in molecular biotech techniques, understand gene and protein manipulation, analyze genomic data, and carry out independent research projects with confidence.

Professional Alignment (Accreditation): the course is accredited by the Royal Society of Biology, giving your degree extra recognition in the field.

Reputation (Employability & Rankings): the program benefits from strong links with leading companies like GSK and AstraZeneca, and Hertfordshire is recognized as a top university in the East of England for Medical Technology and Bioengineering.

Experiential Learning (Research, Projects, Internships etc.)

When you join this MSc, you’ll do much more than sit in lectures — you’ll get hands-on experience in state-of-the-art laboratories, working with real molecular biology and protein analysis equipment. The program is designed to give you practical skills alongside your academic learning, preparing you for both research and industry careers. Through your coursework and research projects, you’ll gain confidence in techniques that are directly used in biotech, pharmaceutical, and academic settings.

Here’s what your hands-on experience looks like:

Laboratories & Research Facilities
- Work in modern, purpose-built labs for molecular biology, cell culture, protein analysis, nucleic acid work, and fermentation.
- Access specialist equipment like PCR and qPCR machines, and 2D protein gel analysis systems.
- Labs are designed to support bioinformatics and data-intensive research, giving you exposure to computational techniques alongside lab work.
Software & Bioinformatics Tools
- Analyse genomic and sequencing data using computational pipelines integrated into your coursework.
- Learn to manage, visualise, and interpret complex biological datasets in a real research setting.
Project-Based Learning
- Undertake a Research Project where you design and carry out experiments under expert supervision.
- Develop skills in planning experiments, applying molecular techniques, and critically analysing your results through the Research Methods module.
Industry Exposure & Professional Development
- Learn from guest lectures delivered by professionals from leading biotech companies.
- Opt for a work placement if you choose the sandwich pathway, gaining real-world experience in a biotech or pharmaceutical setting.
Support & Mentorship
- Be guided by experienced lecturers and researchers with strong academic and industry backgrounds.
- Benefit from an environment that combines problem-solving, creative thinking, and hands-on lab work to develop professional confidence.

This MSc ensures that you graduate with not only theoretical knowledge but also practical skills, research experience, and industry awareness — all essential for a successful career in biotechnology.

Progression & Future Opportunities

Graduating from this MSc gives you a strong launchpad into the biotechnology, pharmaceutical, or academic research sectors. You’ll be ready for roles such as Research Scientist, Biotech Development Specialist, Medical Writer, or Patent / Intellectual Property Consultant. Because the program blends hands-on lab experience with advanced molecular knowledge, you’ll step into the workforce confident and well-prepared.

Here’s how Hertfordshire helps you turn your degree into a career:

University Services & Careers Support
- Dedicated careers services help postgraduates explore opportunities in biotech and pharmaceuticals, offering guidance, networking, and advice on securing placements.
- The optional sandwich-year placement allows you to gain real-world work experience in a biotech company, boosting your employability.
University–Industry Relationships
- The university has strong connections with leading companies like GSK and AstraZeneca, offering guest lectures, industry insights, and potential pathways to internships or jobs.
Accreditation & Long-Term Value
- The course is accredited by the Royal Society of Biology, giving your qualification recognized credibility in the life sciences sector.
- The research project component ensures you graduate not just with knowledge, but with practical experimental experience — a skill employers value highly.
Graduate Outcomes
- Alumni move into biotech research and development, pharmaceuticals, academic research, regulatory science, medical writing, and other life sciences roles.
- A significant number of graduates enter the life sciences and engineering sectors, while others pursue entrepreneurial ventures or further studies.

Further Academic Progression:

Many students continue to PhD programmes, especially in molecular biology, synthetic biology, genomics, or protein science, building on the research experience gained during the MSc.
Alternatively, you could pursue an MRes or MSc by Research, allowing you to deepen your expertise and potentially publish your work.