BSc Hons Microbiology and Molecular Biology

At Manchester Metropolitan University, the BSc (Hons) Microbiology and Molecular Biology course is built around hands-on experience and real scientific practice. From day one, you’ll spend time in modern teaching laboratories, learning to handle microorganisms, use molecular tools, and carry out experiments that mirror professional research. You’ll also develop digital and analytical skills essential for today’s bioscience industries, using the same tools and technologies found in advanced laboratories and healthcare settings.

To help you apply theory to practice and build professional confidence, the course integrates collaborative projects, fieldwork, and opportunities for independent research. Here’s how you’ll gain real-world experience:

• Specialist Laboratories: Access to cutting-edge microbiology and molecular biology labs equipped for DNA sequencing, cell culture, and bioinformatics analysis.

• Research Projects: Conduct an independent final-year research project under expert supervision, often aligned with current university or industry research.

• Group Work and Collaboration: Participate in team-based experiments and presentations that strengthen communication, leadership, and problem-solving skills.

• Digital Tools: Gain experience using bioinformatics and molecular modelling software to analyse genetic and microbial data.

• Internship Opportunities: Option to complete a placement year or summer internship, applying your skills in a professional bioscience, healthcare, or research environment.

• Field Trips and Visits: Take part in field studies that explore microbial diversity in environmental contexts and understand real-world laboratory operations.

• John Dalton Building: Study in the University’s science hub featuring advanced laboratories, industry-standard equipment, and spaces designed for student-led research.

• University Library and Learning Spaces: Use the All Saints Library and online databases to access extensive scientific journals and resources for research support.

All these facilities are part of Manchester Met’s commitment to providing you with a hands-on, career-focused learning environment that prepares you for success in the biosciences.

Graduates of the BSc (Hons) Microbiology and Molecular Biology at Manchester Metropolitan University are highly valued in the biosciences sector for their strong laboratory, analytical, and research skills. Many go on to successful careers in biotechnology, pharmaceuticals, healthcare, and environmental science. Typical roles include Microbiologist, Biomedical Scientist, Laboratory Analyst, and Research Assistant.

You’ll be supported throughout your studies with tailored career guidance and professional development opportunities designed to prepare you for the job market:

• Career and Employability Service: Offers personalised career coaching, CV and interview support, and connects students with employers through fairs, events, and placement programs.

• Industry Partnerships: The university works closely with organisations such as the NHS, AstraZeneca, and leading biotechnology firms, giving students insight into real industry expectations and potential career pathways.

• Graduate Outcomes: A high proportion of bioscience graduates from Manchester Met secure employment or further study within 15 months of graduation, reflecting the university’s strong focus on employability.

• Accreditation Value: Accreditation by the Royal Society of Biology enhances your professional credibility and supports future registration as a Chartered Biologist.

• Earning Potential: Graduates in microbiology and molecular biology fields typically earn between £25,000 and £35,000 early in their careers, with opportunities for rapid growth in research and biotechnology sectors.

Further Academic Progression:
After completing this degree, you can progress to postgraduate study such as a Master’s in Molecular Biology, Microbiology, or Biotechnology, or continue into PhD-level research in areas like infectious diseases, genetic engineering, or biomedical innovation. The solid scientific foundation you’ll gain at Manchester Met also opens pathways into teaching, clinical research, or specialised laboratory management roles.