Bachelor of Science majoring in Genetics

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

If you’re curious about how genes shape life — from health and disease to evolution and biodiversity — this program is built for you. You’ll explore genetics from the molecular level up, learning how DNA works, how traits are inherited, and how modern genetic science is changing medicine, agriculture, and research.

Curriculum Structure

Year 1
You begin by building a strong biological foundation through units like Foundations of Genetics, Molecular Biology I, and Cell Biology. Early on, you’ll get comfortable with lab work, learning how scientists actually study genes, cells, and biological systems. This year is about discovering how life is organised and starting to think like a genetic scientist.

Year 2
In second year, your learning sharpens as you dive into Genetics II, Molecular Biology II, and Biochemistry. You’ll explore how genes are regulated, how mutations arise, and how molecular tools are used to analyse DNA and proteins. Lab sessions become more investigative, helping you connect theory with real genetic data.

Year 3
Your final year lets you specialise and think more independently through advanced units such as Human Genetics, Genomics and Bioinformatics, and a Genetics Research Project. You’ll analyse complex genetic information, explore ethical questions around genetic technologies, and apply your skills to real research-style problems. This is where your identity as a geneticist truly takes shape.

Focus Areas: Genetics, molecular biology, genomics, bioinformatics, human health, research skills

Learning Outcomes: Strong genetic literacy, hands-on lab confidence, data analysis skills, ethical awareness, and readiness for research or industry pathways

Professional Alignment (Accreditation)
The program is designed to meet the expectations of modern biological science careers, aligning your training with what research labs, biotech companies, and health-focused organisations actually look for in graduates.

Reputation (Employability Rankings)
Delivered by University of Adelaide, this degree benefits from a strong international reputation, with science and life sciences consistently recognised in global rankings such as QS World University Rankings and Times Higher Education. Employers value graduates from institutions that balance deep scientific understanding with practical research experience — and that reputation works in your favour long after graduation.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how the Bachelor of Science (Genetics) at the University of Adelaide helps you build real, career-ready skills through hands-on experience: from the moment you start, this program is about doing as much as it is about learning. You won’t just sit in lectures — you’ll get structured lab experience (over 180 hours!) where you learn to handle real scientific tools, generate and analyse data, and understand genetics in action. In your final year, you step it up with a dedicated lab placement or project that lets you work closely with scientific methods and team-based investigations, preparing you for real workplace expectations. Along the way you’ll also tackle critical thinking, data handling and scientific communication — essential skills for careers in research, biotechnology, health and more.

Here’s a snapshot of the hands-on, experiential learning opportunities built into the degree:

Extensive lab practicals — more than 180 hours of on-campus lab work where you apply genetics concepts and techniques in real experiments.
Final-year lab project or placement — a focused experience (at least 80 hours) working individually or in a group in a real lab setting.
Learning with industry-standard tools and facilities — using high-tech labs and scientific equipment to build practical, workplace-relevant skills.
Data skills and analysis training — hands-on work with contemporary scientific data handling and decision-making methods as part of your core science training.
Flexible electives and major topics — options like molecular genetics, epigenetics and developmental neurogenetics that integrate applied learning and specialist skills.

All of these experiences are designed to help you walk into your future with confidence, ready to contribute in labs, fieldwork, industry projects or further research pathways.

Progression & Future Opportunities

Graduates from this program go on to exciting, meaningful careers where they’re using real science to tackle real-world problems — whether that’s in healthcare, diagnostics, agriculture, or conservation. People who complete this degree often step into roles like genomic analyst, laboratory research assistant, forensic DNA analyst, or biochemist. Some even branch out into science communication or join innovative biotech startups. Essentially, it’s a degree that keeps your options open in both industry and research.

Here’s what that could mean for you:

Career-ready support: The University of Adelaide’s Career Services, along with tools like CareerHub, help you find internships, vacation programs, job listings, and industry events while you study — giving you valuable experience before you even graduate. There’s also tailored support, such as mentoring programs and disability employment services, to make sure you have the guidance you need.

Hands-on experience: You’ll get more than 180 hours of lab work and a dedicated lab placement in your final year. This isn’t just theory — you’ll finish your degree with practical skills that employers really value in genetics labs, biotech companies, diagnostic centres, and more.

Industry exposure: Industry insight is built into your studies, with networking events, guest speakers, and opportunities to connect with professionals working in genomics, pharmaceutical, and agricultural research.

Graduate outcomes: Genetics graduates are prepared for roles in biomedical research, forensic analysis, microbiology, pharmaceutical science, and even science communication. That means you have a wide range of pathways depending on what excites you most.

Further academic progression: If you discover a passion for genetics and want to dig deeper, this degree sets you up perfectly for postgraduate study. Many students go on to Honours programs, Master’s degrees, or even a PhD — especially if research or specialised lab work appeals to you. The honours year, available as part of an extended science degree, gives you the chance to focus on a research project, making you even more competitive for advanced study and research roles.

In short, whether your goal is industry, government research, or academia, this degree gives you the practical skills and strong academic foundation to pursue the path that’s right for you.