This flexible degree equips you with a deep understanding of how cells and molecules drive life—from tackling antibiotic resistance to unraveling genetic disorders—while offering the freedom to specialise in areas like molecular medicine, infection and disease, genome biology, or plants and agriculture. The MBiol option takes you further by adding a research-led fourth year, empowering you to undertake an extended project and build graduate-ready skills.
Curriculum Structure
Year 1
You’ll begin with a broad foundation in subjects such as microbiology, genetics, immunology, biochemistry, and cell biology, all taught through engaging lectures, interactive seminars, and practical lab classes where you'll build core skills in data collection, problem-solving, and experimental design.
Year 2
This year introduces Intermediate Skills in molecular biosciences and cell biology, alongside an Omics and Big Data Biology module where you’ll explore genomics, transcriptomics, and proteomics in group and individual projects. You’ll also select one of three thematic pathways—Molecular Medicine, Infection & Disease, or Genome Biology & Disease—to focus your learning and can choose to enrich your experience with a year abroad or industrial placement.
Year 3
You’ll complete a substantial independent research project—ranging from lab-based investigations to literature or bioinformatics studies—under expert supervision, and choose from a range of advanced, research-led modules that reflect current scientific breakthroughs.
Year 4 (MBiol only)
MBiol students delve into Masters-level modules, gain maturation in advanced research techniques like CRISPR, bioinformatics, and X-ray crystallography, and spend about six months entirely dedicated to their extended research project—often contributing to real scientific publications.
Focus areas
“Molecular and cellular biology, genetics, microbiology, biochemistry, omics and big data, research methods, molecular medicine, infection and disease, genome biology, plant science, and independent project work.”
Learning outcomes
“Gain expertise in experimental design and lab techniques, data analysis, thematic specialization, independent research execution, and an understanding of cutting-edge bioscience methods.”
Professional alignment (accreditation)
This programme is accredited by the Royal Society of Biology, signalling high academic standards and ensuring your degree is held in esteem by employers and postgraduate programmes.
Reputation (employability rankings)
While subject-specific league rankings aren’t listed, the faculty boasts recently upgraded labs and computing clusters, research that is internationally competitive, and a strong track record for student opportunities—settling within a university awarded TEF Gold for teaching excellence.
Right from the start, you’ll be immersed in practical, research-led learning that combines the lab bench with real-world discovery. The programme is designed to build your hands-on capabilities, computational skills, and professional confidence through modern facilities, industry placements, digital tools, and global exposure.
Here’s how you’ll gain authentic, experiential expertise:
Lab-based practicals embedded from Year 1 onward: Courses include modules like “Introductory Skills in the Molecular Biosciences” and “Introductory Skills in Microbiology,” where you practice core techniques, problem-solving, teamwork, and experimental communication through hands-on sessions.
Optional industrial placements and study abroad opportunities: After your second year, you can optionally take a placement year with companies across bioscience sectors—or study abroad at one of Leeds’s 300+ global partner institutions.
Research-rich facilities at your fingertips: You’ll learn in world-class, refurbished labs and computing clusters. As you progress, you’ll have access to advanced facilities such as mass spectrometry, electron microscopy, NMR, CRISPR, X-ray crystallography, and bioinformatics platforms.
Integrated teaching and digital tools: Lectures, tutorials, and workshops are supported by interactive teaching technologies and Leeds’s Virtual Learning Environment (Minerva), along with electronic lab notebooks to enhance your practical learning.
Supportive expertise and research mentorship: From tutorials to your final capstone or project, you’ll work alongside lecturers, professors, postgraduate researchers, and even industry professionals—gaining insight, mentorship, and real-world connections.
Field, networking & leadership experiences: Engage with interactive opportunities like Bioscience Networking Events and STEM careers fairs—where you meet employers such as GSK, AstraZeneca, LabCorp, and Nuffield, and network with alumni while gaining exposure to industry trends.
Graduates from this programme often pursue fulfilling careers as research scientists, clinical technicians, science communicators, or graduate-entry medicine students, reflecting how hands-on training and research-led teaching set you up for success. Leeds supports your ambitions every step of the way—from day one to well beyond graduation—with tailored opportunities and industry-connected pathways:
Faculty and Careers Service Support: The Faculty Student Opportunity Team works closely with the University’s Careers Centre to offer tailored employability guidance, internship placement support, CV/interview coaching, and alumni networking events.
Outstanding Graduate Employability & Salaries: Leeds is one of the top 10 UK universities most targeted by major employers, secured a 0% unemployment rate 15 months after graduation among Biological Sciences alumni, and sees starting salaries around £25,500, rising to £30,000 within five years.
Strong Industry Connections & Events: Engage directly with employers like AstraZeneca, GSK, Covance, Nuffield Health, and several public and environmental bodies via STEM Careers Fairs, networking events, and the annual graduate panel.
Accredited, Career-Ready Training: Though specific dispositional accreditations aren’t listed, the programme’s research-led approach and recognition through employer engagement underlie its reputation for career readiness.
Wide-Ranging Graduate Destinations: Leeds graduates work across sectors including pharmaceutical R&D, conservation biology, clinical science, science writing, teaching, and graduate medicine/pharmacy pathways.
Further Academic Progression:
After completing your BSc, you’re positioned to continue with an MBiol integrated master’s, or advance into PhD research in areas like molecular biology, plant sciences, or biotechnology. The programme also lays a solid foundation for postgraduate training in medicine, veterinary studies, or policy and research-focused careers.
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