MSc in Molecular Biology and Biotechnology

1 Year On Campus Masters Program

Queens University Belfast

Program Overview

The MSc in Molecular Biology & Biotechnology at Queen’s University Belfast is designed for students who want to explore the cutting edge of molecular science while learning how it applies in the real world. You’ll gain hands-on lab experience and a deep understanding of how biological systems work, preparing you for roles in research, industry, or biotech innovation.

Curriculum Structure

This one-year full-time programme blends theoretical knowledge with practical skills to make sure you graduate ready for real-world biotech challenges.

Foundations for Research in the Biosciences sets you up with key research skills, including experimental design, statistics, and ethical considerations, giving you the confidence to tackle lab work and projects throughout your degree.
Advanced Molecular Biology focuses on nucleic acids and protein expression, teaching you how to manipulate genes and purify proteins — essential skills for lab-based biotech careers.
Protein Structure & Function takes a deep dive into protein biochemistry, exploring folding, interactions, and analytical techniques such as proteomics.
Biotechnology shows how molecular biology underpins real-world applications in medicine, diagnostics, and industrial processes.
Bioinformatics & Systems Biology equips you to work with DNA and protein sequences, predict structures, and analyse genomic data using tools like Galaxy and Cytoscape — essential skills in modern biotechnology.
Biological Mass Spectrometry: Methods & Applications introduces the theory and practice of mass spectrometry in proteomics and metabolomics, helping you gain hands-on analytical expertise.
Research Skills & Bio-Entrepreneurship links science with business, teaching you how biotech innovations are commercialized, how to consider IP, regulatory pathways, and even write business plans.
Your final project lets you either carry out an independent research project in molecular pathways or gain real-world industry experience through a work placement, helping you apply everything you’ve learned in a practical context.

Focus Areas

“Molecular biology, biotechnology, protein biochemistry, bioinformatics, mass spectrometry, entrepreneurship”

Learning Outcomes

“You’ll graduate with expertise in molecular and protein biology, practical lab and analytical skills, experience in bioinformatics and mass spectrometry, and strong research and commercialisation abilities.”

Professional Alignment (Accreditation)

While there’s no formal external accreditation, this programme is taught by research-active staff and combines scientific depth with entrepreneurial insight, making graduates highly relevant for roles in biotech and research.

Reputation (Employability / Rankings)

Queen’s School of Biological Sciences is internationally recognized for research in medical, microbial, and environmental biotechnology.
Alumni go on to careers in companies like Pfizer and Qiagen, academic labs, and further PhD studies, reflecting the programme’s strong employability focus.

Experiential Learning (Research, Projects, Internships etc.)

At Queen’s University Belfast, the MSc isn’t just about sitting in lectures — it’s designed to give you hands-on experience with real-world biotech tools and techniques. From day one, you’ll be working in state-of-the-art laboratories, learning to design experiments, analyse proteins, and explore genomes. You’ll also get comfortable using the same advanced instruments and software that professional researchers rely on, ensuring that your skills are immediately relevant to both industry and academia.

Here’s how your practical learning will unfold:

Take on a three-month full-time Research Project, working alongside experienced researchers in cutting-edge molecular biology labs.
Train on the Mass Spectrometry Core Technology Unit, using advanced spectrometers for proteomics and metabolomics research.
Analyse DNA, RNA, and protein data with bioinformatics tools like Galaxy and Cytoscape, developing skills that are highly valued in modern biotech roles.
Gain practical experience in Protein Structure & Function, performing protein purification, structural studies, and proteomics experiments.
Explore the commercial side of science in Research Skills & Bio‑Entrepreneurship, where you’ll learn how discoveries are turned into products, consider intellectual property, and even draft business plans.
Benefit from a blend of lectures, practicals, and digital learning resources that make your study flexible, interactive, and directly applicable.
Make use of the modern lab spaces, lecture theatres, and collaborative facilities in the School of Biological Sciences, designed to support both learning and cutting-edge research.

Progression & Future Opportunities

Graduates from this MSc often move directly into rewarding careers such as Research Associate, Formulations Analyst, Technical Support Scientist, or Quality Assurance Specialist. With the practical lab experience, mass spectrometry skills, and bio-entrepreneurship insight you gain during the programme, you’ll be well prepared to contribute to biotech companies, pharmaceutical firms, or continue into academic research.

Your career progression is supported in several ways:

Dedicated Career Support: Queen’s Careers & Placement Team provides one-to-one guidance, workshops, and advice tailored to the biotech and life sciences industries.
Work Placement Opportunities: Through a 12–14 week placement, you can gain real-world experience in a biotech or molecular biology setting, helping you build professional networks.
Employer Connections: Alumni of this MSc have gone on to work at leading companies like Pfizer, Qiagen, Abbott, Baxter, and Zymergen, in roles ranging from research and development to quality assurance and formulation.
Accreditation & Reputation: The programme benefits from the School’s strong research reputation and Royal Society of Biology accreditation, giving your degree added credibility in industry and research.
Graduate Outcomes: Many recent graduates have either secured full-time roles in industry or progressed to PhD-level research, using the research project completed during the MSc as a launchpad.

Further Academic Progression:
If you’re passionate about research, this MSc provides an excellent foundation for pursuing a PhD in molecular biology, biotechnology, or related life sciences. The hands-on lab project experience equips you with the skills and confidence to tackle advanced research questions and make a strong application for doctoral study.