University of Adelaide

What you'll study

The programme builds foundational knowledge in biomedical and clinical laboratory sciences and progresses to specialised diagnostic disciplines and research methodology. Early years cover core biomedical science subjects such as human physiology, biochemistry, cell and molecular biology, genetics and laboratory techniques. Middle years introduce clinical disciplines including clinical biochemistry, haematology, medical microbiology, immunology and transfusion science, together with laboratory quality systems and professional practice.

Practical training is a major component: students undertake extensive hands‑on laboratory classes, simulated diagnostic workflows and supervised clinical placements in pathology laboratories to develop competence in specimen handling, instrumentation, test interpretation and laboratory information systems. The honours year focuses on independent research: you complete a supervised research project, learn experimental design and data analysis, and produce a thesis and presentation.

• Core laboratory skills and analytical methods
• Clinical biochemistry and metabolic testing
• Haematology and transfusion science
• Medical microbiology and infection diagnostics
• Immunology and serology
• Molecular diagnostics and genomics techniques
• Quality management, laboratory accreditation and safety
• Research methods, statistics and honours project
• Clinical placements in hospital and private pathology settings

Entry requirements

Admission typically requires completion of secondary education with strong results in science subjects. Chemistry is usually expected and biology or human biology is highly recommended; competency in mathematics and English is also important. Entry is competitive, and applicants may be considered on the basis of tertiary preparation or equivalent qualifications.

Applicants should be prepared to meet clinical placement requirements, which commonly include police checks, immunisation status and compliance with workplace health and safety checks. International applicants must meet the University’s English language proficiency standards.

Career prospects

Graduates are prepared for roles as clinical/medical laboratory scientists (also called medical scientists or biomedical scientists) in hospital pathology departments, private diagnostic laboratories and community health settings. Career pathways include specialisation in clinical biochemistry, haematology and transfusion, microbiology and molecular diagnostics, and immunology. Graduates also move into public health laboratories, biomedical and pharmaceutical industry roles, research institutes, quality and regulatory affairs, and laboratory management.

Completion of an honours year provides a research credential that supports progression to higher research degrees (such as a PhD) and roles in translational research, diagnostic development or academic laboratories.

Why study at University of Adelaide

The University of Adelaide offers an integrated curriculum that emphasises applied laboratory skills and clinical placements, supported by dedicated teaching laboratories and research facilities. Students benefit from links with major teaching hospitals and pathology providers, providing practical placement opportunities and exposure to contemporary diagnostic practice.

The honours component gives hands‑on experience in research under academic supervision, helping graduates develop analytical, technical and communication skills valued by employers and research programmes. The programme is delivered by staff active in biomedical and diagnostic research, providing opportunities to learn current laboratory methods and to engage in projects that bridge laboratory practice and clinical application.