University of Adelaide

What you'll study

This program combines core biological sciences with specialised biotechnology subjects and hands‑on laboratory training. Early years focus on foundational topics such as cell and molecular biology, biochemistry, genetics and microbiology. Later years introduce applied and advanced biotechnology topics including recombinant DNA technology, protein expression and purification, microbial and mammalian cell culture, bioprocess engineering, downstream processing, bioinformatics, and laboratory quality and biosafety.

• Laboratory skills: routine and advanced wet‑lab techniques, aseptic practice, experimental design and data analysis.
• Molecular techniques: PCR, cloning, sequencing, gene expression analysis and CRISPR fundamentals.
• Bioprocessing and industrial biotechnology: fermentation, scale‑up principles, purification methods and process monitoring.
• Computational skills: introduction to bioinformatics, sequence analysis and use of statistical tools for biological data.
• Professional and regulatory topics: biosafety, ethics, quality management and intellectual property considerations relevant to biotech.

The degree typically includes practical classes and project work; students may undertake a research project or industry placement in later stages. There is also a pathway to an honours year for students who wish to pursue a research‑intensive fourth year leading into postgraduate study.

Entry requirements

Applicants are expected to have completed secondary education equivalent to Australian Year 12. Background knowledge in chemistry and mathematics is usually required, and biology is recommended. International applicants should present an equivalent secondary qualification and meet the University's English language requirements. Admissions decisions take into account overall academic achievement and, where applicable, relevant tertiary preparation subjects.

For applicants with prior tertiary study or vocational qualifications, credit or advanced standing may be available following assessment of previous coursework.

Career prospects

Graduates enter a range of careers across biotechnology, pharmaceutical and allied sectors. Typical roles include research assistant or laboratory technician, quality control/assurance analyst, bioprocess operator, clinical or diagnostic laboratory scientist, and roles in molecular diagnostics and genetic testing. Employers include biotech and pharmaceutical companies, medical research institutes, diagnostic laboratories, food and agricultural biotechnology firms, and regulatory agencies.

Many graduates continue into honours and postgraduate research degrees (MPhil/PhD) or professional programs, or move into related fields such as patent law, regulatory affairs, sales/technical support for life‑science companies, and science communication. The mix of practical laboratory skills and theoretical knowledge positions graduates for both industry employment and further study.

Why study at University of Adelaide

The University of Adelaide offers biotechnology teaching that is closely linked to active research groups and industry partners, providing access to modern laboratories and equipment. Students benefit from the University's strong research environment, opportunities for project work with research institutes and local biotech companies, and proximity to specialised precincts and facilities that support plant, microbial and medical biotechnology.

Small‑group laboratory classes and supervised projects help develop practical competence and professional behaviours valued by employers. The program also provides clear pathways to honours and postgraduate research, enabling students to transition from undergraduate study into advanced research or specialised industry roles.