Biological Sciences BSc

3 Years On Campus Bachelors Program

University of Leeds

Program Overview

This flexible and interdisciplinary degree delves into the molecular and cellular foundations of life—letting you explore critical questions like how mutations trigger diseases or how antibiotic resistance develops. Designed for curious, adaptable minds, the programme equips you to specialize across areas like molecular medicine, infection biology, or genome biology from your second year onward. 


Curriculum Structure

Year 1

In your first year, you'll build a broad foundation in key biological disciplines through modules on cell biology, genetics, microbiology, immunology, and biochemistry. Weekly research-focused practical classes help you develop hands-on laboratory skills—preparing you for more specialized study and research from year two.

Year 2

Year two dives deeper: with core modules like Intermediate Skills in the Molecular Biosciences and Omics and Big Data Biology, you’ll gain experience in techniques like gene cloning, protein analysis, and bioinformatics. You’ll then fine-tune your focus by choosing one of three themes—Molecular Medicine, Infection & Disease, or Genome Biology & Disease—and optionally take part in a placement year or study abroad program to elevate your learning with real-world experience. 

Year 3

In your final year, you’ll take on a substantial research project (40 credits), gaining hands-on ownership of a scientific investigation. Simultaneously, through second-year themes, you’ll study advanced, research-led topics such as CRISPR, cancer biology, or antibiotic resistance in dedicated modules—enhancing your critical thinking and preparation for scientific careers. 


Focus areas

“Cell and molecular biology, genetics, immunology, microbiology, bioinformatics and omics, infection and disease, genome biology, molecular medicine, research projects.”

Learning outcomes

“You’ll master modern molecular and cellular research techniques, data analysis, experimental design, thematic specialization, and independent project development.”

Professional alignment (accreditation)

The programme—especially its Industrial variant—is accredited by the Royal Society of Biology, confirming that it meets rigorous professional standards for bioscience education. 

Reputation (employability)

Biological Sciences at Leeds is recognized for its flexibility and strong research-based teaching. The faculty’s high investment in facilities and ties to industry underline the degree’s relevance and standing—backed by a TEF Gold award for teaching excellence across the university. 

Experiential Learning (Research, Projects, Internships etc.)

From the very first year, you'll engage directly in hands-on learning that bridges theory with real-world skills—learning how cells function, how diseases spread, and how data reveals biological insights. The degree is built around research-led teaching, giving you weekly lab practice, access to cutting-edge facilities, and opportunities for field work, industrial placements, and global exchanges that bring your studies into authentic scientific contexts.

Here’s how your learning journey becomes real and relevant:

  • Research-focused practical classes from Year 1 onwards: Embedded into your curriculum, these weekly lab sessions let you practice core techniques and strengthen critical lab competencies in molecular biology, biochemistry, microbiology, and more. 

  • Industrial placements and study abroad options: After Year 2, you can choose to spend a year working in industry or studying abroad—gaining invaluable experience while contextualising your academic learning. 

  • State-of-the-art teaching and research facilities: Benefit from recently refurbished labs and computing clusters supporting both experimental and computational learning, seamlessly across Years 1 and 2.

  • Advanced research infrastructure: Access internationally renowned hubs for molecular and cellular biology, including facilities for structural biology, biophysics, imaging, protein production, electron microscopy, NMR, mass spectrometry, and crystallography. 

  • Plant science and agriculture research environment: Explore interdisciplinary biology through Leeds' University Smart Farm and Plant Science Growth Suites, including futuristic glasshouses, tissue culture facilities, and LED growth arrays. 

  • Digital learning tools in practice: Across tutorials and labs, you’ll use electronic lab notebooks, interactive digital systems, and Minerva (Leeds’ online learning platform) to access resources, submit work, and collaborate effectively. 

Progression & Future Opportunities

Most graduates from this programme go on to robust careers as research scientists, clinical laboratory technicians, medical school entrants, or science communicators, thanks to a hands-on, research-led education. And the University actively supports you in translating your degree into a standout path—whether you're entering the workforce, stepping into postgraduate study, or charting a unique career journey:

  • Dedicated Student Opportunity Team & Career Support: From your first day, the faculty’s Student Opportunity Team partners with the University’s Careers Centre to offer tailored guidance—from CV writing and interview prep to internships, placements, and industry networking events. (turn0search2)

  • Unmatched Employability Success: Your degree comes from the top-ranked Biological Sciences faculty among UK Russell Group institutions for graduate employability—96% of graduates secured positive outcomes (employment or further study) within a year. Leeds also ranks in the Top 60 globally for employability in the QS Graduate Employability Rankings. (turn0search0)

  • Strong Employment & Salary Trajectory: The BSc boasts a 0% unemployment rate 15 months after graduation, with median salaries of about £25,500—rising to £30,500 within 5 years. Advanced careers span research, healthcare, education, policy, and more. (turn0search1, turn0search4)

  • Royal Society of Biology Accreditation: The BSc (Industrial variant) is accredited by the Royal Society of Biology—affirming the graduate outcomes and quality of the programme. (turn0search2)

  • Graduation Destinations: Alumni go on to work in academic or industry research labs, pharmaceutical firms, public health institutions, medical schools, science education, and communication roles—illustrating the flexibility and breadth your training opens. (turn0search2)


Further Academic Progression:
After the BSc, you're well poised to pursue an MBiol (integrated Masters) with advanced research and industry placement, jump into a PhD, or enhance your expertise through postgraduate study in fields like molecular medicine, genomics, or biotechnology. Whether you're headed for deep specialization or leadership in biosciences, this degree supports your ambition.

Program Key Stats

£32,750 (Annual cost)
£ 29
Sept Intake : 14th Jan


No
Yes

Eligibility Criteria

AAB
3.0
31
80

N/A
N/A
6.0
-

Additional Information & Requirements

Career Options

  • Research scientist
  • Clinical laboratory technician
  • MSc/PhD postgraduate
  • Medical school entrant
  • Science communicator
  • Secondary school science teacher
  • Pharmaceutical researcher
  • Environmental consultant
  • Public health officer
  • Industry R&D scientist

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