4 Years On Campus Bachelors Program
The BSc in Biological Sciences (Evolutionary Biology) dives deep into how life diversifies and adapts—from genomes to ecosystems—exploring the forces that shape species over time. It's perfect for curious minds fascinated by natural selection, phylogenetics, and applying evolutionary insights across fields like ecology, computer science, and medicine.
Curriculum structure
Year 1
You’ll explore foundational concepts such as evolutionary processes, variation, and natural selection through courses like Biology 1A: Variation and Biology 1B: Life, delivered in a mix of lively lectures, labs, and field sessions. You’ll also develop essential skills in data analysis, computing, and scientific communication—setting you up for flexibility and discovery as you explore different areas across biology.
Year 2
In Year 2, expect to study evolutionary themes like molecular phylogenetics and the behaviour of genes in populations, alongside intermediate modules in genetics and computational analysis. This is where you start building specialist knowledge, often selecting units tied to Evolutionary Biology, but still with room to sample other life science topics.
Year 3
Your third year centres on advanced evolutionary study—learning to construct phylogenetic trees, explore the origins of life, and unravel adaptations across diverse organisms. Teaching methods blend seminars, persistent data work, and small-group discussion to refine your analytical and independent thinking skills.
Year 4 (Honours Year)
In your final year, you’ll undertake a substantial independent research project—perhaps investigating evolutionary patterns or computational models—complemented by tailored advanced modules in evolutionary theory and practical methods. This capstone experience rounds off your evolution-focused training and readies you for research, postgraduate study, or industry roles.
Focus areas (string):
"Evolutionary processes; population genetics; molecular phylogenetics; tree building; origins of life; applications of evolutionary principles in geology, breeding, computer science and disease."
Learning outcomes (string):
"Understand and apply evolutionary theory, analyse genetic and phylogenetic data, programme computational tools for evolutionary analysis, communicate complex ideas clearly, and carry out independent research."
Professional alignment (accreditation):
This research-driven programme isn’t tied to a specific profession but equips you with core scientific skills—statistical reasoning, bioinformatics, and evolutionary analysis—that empower careers in academia, conservation, biotech, computational biology, and beyond.
Reputation (employability / rankings):
The University of Edinburgh consistently ranks among the top universities globally for Biological Sciences in QS subject rankings—reflecting strong teaching quality, research prestige, and graduate success.
In this programme, you don't just learn about evolution—you experience it through hands-on lab work, dynamic computing, and real-world field investigation. From your first year, you'll engage with powerful research-grade science tools, expert guidance, and environments that bring evolutionary biology into vivid focus:
A few of the standout resources and experiences you’ll benefit from include:
State-of-the-art laboratories: Learn in fully equipped laboratories and interactive computing studios, where you’ll explore evolutionary theory through practical experiments, data analysis, and bioinformatics.
Collaborative learning spaces: Work in group-focused lecture theatres and tutorial rooms designed to complement your evolution-focused studies with discussions, peer review, and hands-on teamwork.
Fieldwork opportunities: Conduct ecological and evolutionary observations through field trips to local environments like the Royal Botanic Garden Edinburgh, adding real-system insights to classroom learning.
Access to world-class research facilities: While concentrating on evolution, you’ll have indirect access to tools from the School of Biological Sciences—like Edinburgh Genomics, the Light Microscopy Core, and EdinOmics—which enhance your understanding of genetic and structural patterns in evolution.
Civic and interdisciplinary context: Located within the King’s Buildings campus, you’ll explore interdisciplinary learning environments and pursue learning adjacent to research institutes and innovation spaces that enrich your evolutionary biology training.
Graduates often transition into roles such as Evolutionary Biologist, Conservation Scientist, Data Analyst in Bioinformatics, or Science Policy Officer—equipped with robust analytical skills and adaptability. What’s more:
Dedicated Career Support: Through the School’s Careers Service, you’ll gain access to personalized 1:1 career consultations, CV and interview coaching, alumni networking events, and campus employer fairs—continuing up to two years post-graduation.
Strong Graduate Outcomes: Biological Sciences graduates commonly find roles across sectors such as lab research, science communication, policy, and management, including placements with organisations like the Scottish Government, NHS, WHO, Roslin Institute, and Charles River Laboratories.
Interdisciplinary and Industry Links: You study amid a dynamic scientific community at King’s Buildings—with connections to major research institutes, biotech hubs, and policy forums—greatly enhancing your employability and research networks.
Long-Term Credibility: Coming from a programme where nearly all of the research environment is rated 'world leading' or 'internationally excellent' (REF 2021), your degree carries academic prestige and credibility with future employers and institutions.
Real Graduate Pathways: Alumni success spans sectors—from practical research and fieldwork to policy design, science communication, and strategic roles in management and finance—showcasing the breadth of possible career trajectories.
Further Academic Progression:
Graduating with this honours degree opens numerous exciting routes for advanced study. Many students pursue taught MSc programmes—such as Ecology, Evolution & Biodiversity—or progress to PhD research exploring evolutionary genetics or computational phylogenetics. Your training in data-driven analysis, field methods, and independent thinking ensures you are exceptionally well-prepared for postgraduate research or professional science roles.
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