Biological Sciences BSc (Hons)

4 Years On Campus Bachelors Program

University of Edinburgh

Program Overview

This degree is your chance to dig into the biggest questions in biology—from the secrets of DNA to the way whole ecosystems work—while giving you the freedom to shape your studies around what excites you most. It’s a great fit if you’re curious, love hands-on learning, and want solid skills that blend science, research, and real-world experience.

Curriculum Structure

Year 1
Your first year sets the stage with the core building blocks of biology. You’ll explore courses like Biological Chemistry 1A: Chemical Principles of Biology and Environmental Science, Origin and Diversity of Life, and Molecules, Genes and Cells. Alongside lectures and labs, you’ll also pick up programming and data analysis skills, and even head out for fieldwork at places like the Royal Botanic Gardens Edinburgh.

Year 2
Things get more detailed in year two. You’ll look at how life really works through courses such as The Dynamic Cell, Genes and Gene Action, and Evolution in Action. Computational biology and data science become bigger parts of your learning, and you’ll have room to choose electives in areas like microbiology, plant biology, or ecology—perfect for starting to follow your own interests.

Year 3
Now it’s time to specialise. You’ll choose one of 12 honours tracks—like Genetics, Molecular Biology, Ecology, Biochemistry, or Zoology. Your classes will get more advanced, you’ll spend more time in labs and fieldwork (depending on your track), and you’ll start working closely with scientific literature to sharpen your critical thinking.

Year 4
Your final year is all about becoming an independent scientist. You’ll run your own research project within the School of Biological Sciences, take advanced modules in your chosen area, and join seminars and discussions that push your thinking. By the end, you’ll have the confidence and experience to step into research, industry, or further study.

Focus areas

Biochemistry; Biotechnology; Cell Biology; Development, Regeneration and Stem Cells; Ecology; Evolutionary Biology; Genetics; Immunology; Molecular Biology; Molecular Genetics; Plant Science; Zoology.

Learning outcomes

When you graduate, you’ll be able to design experiments, analyse biological data with the latest tools, understand living systems from molecules all the way to ecosystems, and communicate science clearly. You’ll also be ready to think for yourself and solve problems like a true biologist.

Professional alignment (accreditation)

This degree is taught by the University of Edinburgh’s world-renowned School of Biological Sciences. While it doesn’t list external accreditations, the mix of lab work, fieldwork, and data science you’ll do is directly in line with careers in research, biotech, conservation, and environmental policy.

Reputation (employability rankings)

The University of Edinburgh ranks in the top 5 in the UK and top 25 worldwide for Biological Sciences (QS World University Rankings by Subject 2025), so your degree will carry real weight with employers and graduate schools.

Experiential Learning (Research, Projects, Internships etc.)

At Edinburgh, biology isn’t something you only read about — you’ll be out in the field, in the lab, and even at the computer, learning how real science is done. From your very first year you’ll have weekly practical classes and group projects, plus the chance to take your learning outside the classroom to places like the Royal Botanic Gardens. By the time you reach your final year, you’ll be running your own independent research project in one of the university’s specialist labs, using the same facilities as professional scientists.

Here’s a closer look at what you’ll get to do and the facilities you’ll have access to:

Hands-on lab work every week — learning techniques like microscopy, dissections, and core lab skills while working alongside classmates in group practicals.
Field trips to places such as the Royal Botanic Gardens Edinburgh, where you’ll practice ecological surveying and collect your own data.
Computing and data analysis training in dedicated interactive studios, giving you valuable skills in programming and bioinformatics.
Independent research project in your final year, where you join an academic research group and work on a real scientific problem.
Cutting-edge research facilities, including:
• Edinburgh Genome Foundry – automated DNA assembly and high-throughput molecular biology.
• Edinburgh Genomics – world-class sequencing and bioinformatics support.
• EdinOmics – advanced proteomics, metabolomics, robotics, and mass spectrometry.
• Plant growth chambers and greenhouses for studying everything from pathogens to plant stem cells.
• High-end microscopy facilities, including electron and confocal microscopes.
Digital learning tools such as Edinburgh’s virtual learning environment, Office365, Wooclap, and PebblePad to support your studies and projects.

Progression & Future Opportunities

A Biological Sciences degree from Edinburgh opens doors in so many directions. Many graduates go on to work in labs as research assistants or technicians, while others take their knowledge into conservation, environmental organisations, policy, science communication, or teaching. And if you’re thinking about further study, the degree is also a great launchpad for Master’s and PhD programmes.

Here’s how Edinburgh helps you prepare for life after graduation:

Work-based projects and placements – you’ll have opportunities for summer internships, final-year dissertation projects with industry partners, or even year-long placements that let you experience the workplace first-hand.
Dedicated Careers Service – from CV workshops to practice interviews, employer events, alumni networking and careers fairs, you’ll have plenty of tailored support to help you find the right path.
Strong employment outcomes – graduates earn around £25,000 just 15 months after finishing the course, with many seeing this rise to about £31,500 within five years.
Close industry links – the School of Biological Sciences works with over 120 research groups and a wide range of companies, giving you access to projects, placements, and industry-led research opportunities.
Skills that last – whether it’s lab techniques, data analysis, or the ability to think critically and communicate science clearly, the training you’ll receive sets you up for long-term success across multiple career paths.

Further Academic Progression:
If you want to keep studying, you’ll find plenty of routes open to you. Many graduates continue on to an MSc or PhD, while others branch into professional training in teaching, medicine, or veterinary medicine.

Additional Information & Requirements

Standard Scottish Higher offer: AABB (with Biology and Chemistry at B or above), including a Grade A in one of Biology, Chemistry, Mathematics, or Physics.
Applicants must achieve ABB–AAA at A-Level, including Biology and Chemistry, with one of those subjects at Grade A in the same sitting. GCSE requirements: Maths or Physics at B (or Grade 6) and English at C (or Grade 4).
International Baccalaureate (IB): Standard offer is 37 points with 6, 6, 6 at Higher Level (HL), including HL Biology and Chemistry at grade 5; minimum accessible offer is 32 points with 6-5-5 at HL.
English language proficiency (if English is not your first language): IELTS Academic: Overall 6.5, minimum 5.5 in each component. TOEFL iBT: Overall 92, with at least 20 in each section
Students with high-level qualifications in relevant subjects—especially via A-Levels or equivalent—may be considered for Advanced Standing, which allows direct entry into Year 2.
Interviews are not normally part of the selection process for Biological Sciences.
for USA : ACT score of 27 plus two AP scores at 4+ SAT score of 1290+ (650+ in Evidence based reading and Writing and 620+ in Math) plus two AP scores at 4+ 3 AP scores at 4+
A minimum 3.3 cumulative GPA on a 4.0 scale, or equivalent, in your US High School Transcript. We will look for a rigorous academic curriculum with A and B grades in college-level classes, such as advanced and honours level classes, or equivalent, and no grades below a C in your Junior and Senior year.
Where we require a specific subject at AP grade 4, we look for a B+ in honours classes, or equivalent, taken in that required subject
Where we require a specific subject at AP grade 5, we look for an A in honours classes, or equivalent, taken in that required subject.