Bachelor of Biomedical and Health Sciences majoring in Genetics

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

The Bachelor of Biomedical and Health Sciences with a major in Genetics at the University of Adelaide is a welcoming, three‑year journey into the heart of human biology and the fascinating world of genes. It’s perfect for curious minds eager to understand how genetic information shapes our health and lives, and for those excited to gain hands‑on lab and research skills that open doors to careers in health, science, or further study.

Curriculum Structure:
Year 1: You’ll start by building a strong foundation in the life sciences, getting to grips with the core ideas that underpin health and genetics. Courses like Biology 1A: Molecules, Genes and Cells, Human Anatomy and Physiology, and Introduction to Health Research introduce you to cells, systems, and the ways scientists explore life — all while you get hands-on in labs and connect with fellow students.

Year 2: This is where you dive deeper into genetics and data analysis. Units such as Genetics 2A: Introduction to Genetic Analysis, Genetics 2B: Applications of Genetic Analysis, and Data Skills for Scientists let you explore how genetic information is inherited and expressed. You’ll start tackling real datasets and thinking like a modern geneticist, blending theory with practical experience.

Year 3: Your studies become highly applied and focused. With courses like Genetics 3A: Evolutionary Genetics and Epigenetics, Genetics 3B: Quantitative, Developmental and Medical Genetics, and a Work Integrated Learning placement, you’ll explore cutting-edge topics such as how genes influence disease and development. You’ll also step into a professional or research environment to put your knowledge into practice, preparing you for the real world.

Focus Areas: Genetics, human biology, gene analysis, health systems, professional practice.

Learning Outcomes: By the time you graduate, you’ll be able to analyse genetic data, understand the molecular mechanisms behind health and disease, conduct lab-based investigations, and confidently communicate scientific insights.

Professional Alignment: This degree is designed with the real world in mind. Through lab work and a professional placement, you’ll develop teamwork, communication, and practical skills while building a portfolio that reflects exactly what employers in health, research, and biotechnology are looking for.

Reputation & Employability: Studying at the University of Adelaide means learning at a globally recognised institution, ranked in the top 100 by QS. The university’s strong research focus and industry connections give graduates an edge in competitive fields, while student support ensures you’re ready to move into work or further study with confidence.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of Adelaide Bachelor of Biomedical and Health Sciences majoring in Genetics gain hands-on experience in molecular biology, genomics, and biomedical research through laboratory-intensive learning and research-informed teaching. The program is designed to help students understand genetic mechanisms behind human health and disease while developing practical scientific skills used in medical research, biotechnology, and diagnostic laboratories.

Throughout the degree, students work in advanced biomedical science laboratories and engage with contemporary genetic technologies and research methods. Practical learning is integrated into coursework through laboratory experiments, scientific investigations, collaborative projects, and exposure to research environments connected to Adelaide’s leading biomedical and health science precinct:

Genetics and Molecular Biology Laboratories: Students complete practical training in DNA analysis, genetic testing, molecular biology techniques, and genomics applications.
Hands-on Laboratory Techniques: Laboratory classes include PCR analysis, DNA sequencing principles, microscopy, cell biology methods, and molecular diagnostic procedures.
Biomedical Research Exposure: Students engage with current genetics and biomedical research themes guided by research-active academics and scientists.
Advanced Scientific Equipment and Facilities: Access to specialised biomedical teaching laboratories equipped for genetics, molecular biology, and biomedical experimentation.
Group-Based Scientific Investigations: Collaborative laboratory projects and research presentations help students develop teamwork, communication, and analytical problem-solving skills.
Digital Scientific and Bioinformatics Tools: Students use scientific databases, genetics research platforms, and digital analysis tools relevant to genomics and biomedical science.
Research-Integrated Learning Environment: The program connects students with contemporary developments in genetics, precision medicine, and biomedical innovation.
Health and Biomedical Precinct Connections: Students study within a university environment linked to Adelaide’s major biomedical and medical research institutes.
Scientific Literature and Database Access: Full access to genetics journals, biomedical databases, and research resources through the University of Adelaide libraries.
Applied Biomedical and Genetics Skill Development: Training focuses on laboratory competence, genetic analysis, data interpretation, scientific communication, and evidence-based investigation.
Potential Research Project Opportunities: Students may participate in supervised research activities related to genetics, genomics, and biomedical science topics.

Progression & Future Opportunities

Graduates of the University of Adelaide Bachelor of Biomedical and Health Sciences majoring in Genetics are well prepared for careers in genomics, biomedical research, biotechnology, diagnostic science, and healthcare innovation. The program develops strong expertise in molecular biology and genetic analysis, opening pathways into roles such as Genetic Laboratory Assistant, Biomedical Research Officer, Genomics Technician, Clinical Research Assistant, or Biotechnology Scientist:

University of Adelaide Career Services: Students receive dedicated employability support including career consultations, resume and interview workshops, networking opportunities, mentoring, and graduate employment resources.
Strong Biomedical and Genomics Industry Connections: The university is closely connected with Adelaide’s major biomedical and health research precinct, including organisations involved in genetics, genomics, and medical research innovation.
Research-Led Learning Environment: Students learn from research-active academics working in genetics, molecular biology, and biomedical science fields, providing exposure to emerging scientific developments.
Industry-Relevant Genetics Training: Graduates develop practical skills in molecular biology, DNA analysis, genomics, and laboratory investigation that align with biotechnology and healthcare sector needs.
Growing Demand in Genomics and Biotechnology: Advances in precision medicine, genetic testing, and biotechnology continue to increase demand for graduates with genetics and biomedical expertise.
Competitive Graduate Salary Pathways: Entry-level roles in biomedical science, biotechnology, and genetics-related sectors in Australia offer competitive science and healthcare salary opportunities, with strong long-term growth potential.
Professional Scientific Skill Development: Students graduate with capabilities in laboratory analysis, genetic investigation, scientific communication, and evidence-based problem solving.
Access to World-Class Research Networks: Students benefit from the university’s collaborative links with medical research institutes and health innovation sectors.
Graduation Outcomes: Graduates complete the program with a strong scientific foundation suitable for careers in biomedical science, genomics research, biotechnology industries, and healthcare science environments.

Further Academic Progression:
After completing the Bachelor of Biomedical and Health Sciences majoring in Genetics, students may continue into Honours, Master of Biotechnology, Master of Biomedical Science, Master of Public Health, or research higher degrees such as a PhD in genetics, genomics, or molecular biology. The degree can also support future study pathways into medicine, genetic counselling, or specialised biomedical research fields depending on additional entry requirements.