Bachelor of Science majoring in Evolutionary Biology

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

If you’ve ever caught yourself wondering why life looks the way it does — how species adapt, survive, and change across generations — this program gives you the space to explore those questions in depth. It’s designed for curious minds who enjoy biology, hands-on learning, and big-picture thinking, and it sets you up beautifully for future pathways in research, conservation, and the life sciences at the University of Adelaide.

Curriculum Structure

Year 1

Your first year is all about building confidence and curiosity. You’ll develop a strong grounding in how living systems function and how biologists investigate them, linking genes and cells to whole organisms and ecosystems. Subjects like Genes, Cells and Evolution and Ecology and Evolution of Organisms help you see how theory connects to the natural world, while practical classes gently introduce you to scientific thinking, data handling, and lab work.

Year 2

This is when evolution really comes alive. You start exploring how genetic variation, inheritance, and environmental pressures interact to shape life over time. Through subjects such as Evolutionary Biology, Genetics, and Ecology, and through a mix of lab and field experiences, you’ll learn to ask sharper questions, interpret real evidence, and think more like an evolutionary scientist.

Year 3

In your final year, you step into a more independent, research-driven way of learning. Advanced topics like Advanced Evolutionary Biology and the Biological Sciences Research Project allow you to dive deeply into areas that genuinely excite you. You’ll apply what you’ve learned to real biological problems and gain experience that feels meaningful, challenging, and professionally relevant.

Focus Areas

Evolution, genetics, ecology, adaptation, biodiversity, and research skills.

What You’ll Graduate With

By the end of the program, you’ll be able to clearly explain evolutionary processes, analyse biological data with confidence, and apply scientific reasoning to real-world biological and environmental challenges.

Professional Alignment

While the program isn’t about formal licensure, it’s carefully designed to meet the expectations of research institutions, environmental organisations, and postgraduate science programs. That means you graduate with a scientific foundation that’s both credible and respected.

Reputation and Employability

You’ll be learning in a science environment that consistently performs strongly in global rankings such as QS and Times Higher Education. Employers and postgraduate programs recognise this research strength — offering you a quiet but valuable confidence boost as you move into the job market or further study.

Experiential Learning (Research, Projects, Internships etc.)

This degree goes far beyond sitting in lecture theatres and memorising concepts — it’s about doing science the way real evolutionary biologists do it. From your very first year, you’ll be out in Australia’s incredible natural environments and inside active laboratories, learning by observing, testing, analysing and discovering. Instead of just learning about biodiversity and adaptation, you’ll experience them firsthand — studying living organisms in the wild and working with real genetic data in the lab.

You’ll spend time in natural settings, exploring plants, animals and ecosystems while seeing evolutionary theory come alive in the real world. In practical lab sessions, you’ll use professional research equipment to investigate animal and plant genetics, ecology and molecular techniques, building confidence with the same tools used by working scientists. Courses focused on animal and plant identification and monitoring will sharpen your observation skills and help you learn how to collect and interpret meaningful biological data.

By your final year, everything comes together through an 80-hour industry placement or professional project. This is where you apply your knowledge to real challenges, gain workplace experience, and start building a portfolio that employers genuinely value. With work-integrated learning embedded throughout the degree, you graduate not just with a qualification, but with practical experience, confidence, and a clear sense of where your skills can take you.

If you’re curious about life on Earth and want a degree that lets you do science rather than just read about it, this program is designed to help you graduate ready for careers in conservation, research, environmental management and beyond.

Progression & Future Opportunities

What life after this degree can really look like

When you finish the Bachelor of Science majoring in Evolutionary Biology at University of Adelaide, you’re not just walking away with fascinating knowledge about life on Earth — you’re walking away with a way of thinking that employers and research teams genuinely value.

Graduates from this major go on to careers where they use evolutionary thinking to tackle real-world problems. Some work in conservation genetics, helping protect endangered species. Others move into forensic DNA analysis, biomedical research, or evolutionary ecology. What connects all these paths is the ability to analyse change, interpret data, ask the right questions, and solve complex problems — skills you’ll be using long after graduation.

You won’t just know what evolution is — you’ll know how to investigate it, apply it, and explain it.

How the degree supports your career (while you’re still studying)

You’re not left to figure careers out on your own.
Through Adelaide’s Careers and Employability services, you’ll get practical help turning your science degree into real opportunities. That means resume and interview workshops, career planning support, networking events, and guidance on internships and placements — all designed to help you feel confident about what comes next.

You gain real experience before you graduate.
In your final year, the evolutionary biology major includes an 80-hour professional placement or project. This is your chance to work in a real research, industry, or applied science setting — building experience, confidence, and contacts while you’re still a student. For many graduates, this is the moment their degree really clicks into a career path.

You build skills that are actually in demand.
Along the way, you’ll develop hands-on experience in areas like genomics analysis, population genetics, fieldwork, and scientific data interpretation. These skills are increasingly valuable across environmental management, public health, conservation, and biotechnology — fields that need scientists who can think critically, not just follow instructions.

You’re supported beyond the classroom.
You can also take part in programs like the Adelaide Graduate Award, internships, global study experiences, and volunteering. These opportunities help you grow professionally, build your CV, and figure out where your interests really lie — all while you’re still studying.

The long-term value of an Adelaide science degree

A science degree from Adelaide carries real weight. Employers and researchers recognise the university’s strong academic reputation, and the skills you develop — problem-solving, analysis, communication, and independent thinking — stay useful no matter where your career takes you. Whether you head straight into work or continue studying, this degree keeps opening doors.

If you decide to go further academically

If research really grabs you, this degree is an excellent launchpad. Many students continue into Honours, followed by a Master’s or PhD, where they dive deeper into areas like evolutionary genomics, conservation biology, or palaeontology. Honours is especially valuable if you’re aiming for research labs, government science agencies, or academia — it’s often the bridge between undergraduate study and specialist scientific roles.

With advanced study, you’re not just participating in science — you’re helping lead it.

In short: this degree doesn’t just teach you about evolution. It trains you to think deeply, work confidently with data, and apply science to the challenges the world is facing right now — and that’s what makes it powerful.