University of Adelaide

What you'll study

This programme builds a solid foundation in biomedical and health sciences before delivering focused genetics and genomics training. Early years cover core topics such as cell biology, biochemistry, molecular biology, human physiology and laboratory techniques. As you progress you'll study subjects specific to genetics, including classical and molecular genetics, genomics and bioinformatics, population and evolutionary genetics, genetic variation and disease, and ethical, legal and social issues in genetics.

Practical learning is emphasised: laboratory classes, data analysis workshops and bioinformatics training are integrated across the degree. In later stages you will undertake advanced electives and a substantial research project or capstone that develops experimental design, data interpretation and scientific communication. Optional units allow you to broaden skills in immunology, pharmacology, developmental biology, and public health depending on your interests.

Typical modules and subjects

• Foundations of Cell and Molecular Biology
• Biochemistry for Health Sciences
• Human Physiology and Anatomy
• Principles of Genetics
• Molecular Genetics and Genomics
• Bioinformatics and Computational Biology
• Genetics of Human Disease
• Laboratory Skills and Experimental Design
• Population and Evolutionary Genetics
• Research Project or Capstone in Genetics

Entry requirements

Admission is based on the University of Adelaide's undergraduate entry criteria. Domestic applicants typically require a completed senior secondary qualification and achievement of the university's minimum selection standard for the programme; prerequisites commonly include satisfactory achievement in science subjects such as biology and/or chemistry. International applicants must hold an equivalent secondary qualification and meet English language requirements.

Meeting the minimum entry threshold does not guarantee a place; selection can be competitive and may consider academic grades, relevant experience and, where applicable, alternative entry pathways such as foundation studies or recognised diplomas. Prospective students should consult the University of Adelaide's admissions guidance for precise prerequisite subjects and accepted evidence of English proficiency.

Career prospects

Graduates leave with strong laboratory skills, genetics knowledge and data analysis experience, making them suitable for roles in research laboratories, clinical and diagnostic services, biotechnology and pharmaceutical industries, and public health laboratories. Typical entry-level positions include laboratory technician, research assistant, genomic data analyst (with additional training), research officer and roles in clinical trials or regulatory affairs.

The degree also provides a pathway to postgraduate study: honours and higher degrees (Masters, PhD) prepare graduates for independent research careers, while additional accredited training/postgraduate coursework is required for professional roles such as genetic counsellor or clinical molecular geneticist. Other career options include science communication, policy roles in health and bioethics, and positions within forensic science and agriculture/genomics companies.

Why study at University of Adelaide

The University of Adelaide is a research-intensive university with strengths in molecular biosciences and translational health research. Students in this programme benefit from access to contemporary laboratory facilities and practical teaching that reflects current genomic technologies. The university has active collaborations with local and national health and research organisations, which supports student project placements and exposure to real-world genetics research.

Small-group practicals, academic support services and opportunities to undertake research projects with academic supervisors help students develop technical competence and independent research skills. Studying in Adelaide also offers proximity to major hospitals and research institutes, providing networking and work-integrated learning opportunities that help prepare graduates for careers in genetics and related biomedical fields.