Charles Sturt University

What you'll study

The degree provides a broad grounding in the biomedical sciences with emphasis on human anatomy and physiology, cell and molecular biology, microbiology, pathology and pharmacology. You will study core topics such as clinical biochemistry, haematology, immunology, medical microbiology and research methods, together with practical laboratory skills including microscopy, molecular techniques (PCR, gel electrophoresis), aseptic technique and basic histology.

Course structure typically combines foundational units in the first year with progressively specialised units in later years. Students complete laboratory-based practicals, bioinformatics and statistics for health sciences, and modules on professional issues such as ethics and evidence-based practice. Many cohorts undertake a capstone research project or honours-equivalent research unit in the final year that develops experimental design, data analysis and scientific communication skills.

• Human anatomy and physiology
• Cell biology and genetics
• Microbiology and infectious disease
• Clinical biochemistry and haematology
• Pharmacology and toxicology
• Laboratory techniques and diagnostics
• Research methods, statistics and scientific communication
• Capstone research project or industry-linked placement (where available)

Entry requirements

Typical entry pathways include completion of secondary education with relevant units (usually English and a science such as biology or chemistry), recognised tertiary qualifications, or admission as a mature-age student. International applicants must demonstrate proficiency in English through an accepted test or equivalent qualification. Applicants with previous study or relevant vocational experience may be considered through pathway or credit arrangements.

Specific prerequisites and selection criteria can vary by campus and intake; applicants should consult Charles Sturt University's official admissions information for the precise requirements that apply to their circumstances.

Career prospects

Graduates are prepared for a range of laboratory and research-focused roles in the health and biomedical sectors. Typical entry-level jobs include laboratory technician/assistant roles in pathology services, research assistant positions in university or industry research teams, clinical trial support, and roles in biotechnology or pharmaceutical companies. The degree also provides a pathway into postgraduate study such as honours, research masters, professional health programs or specialised clinical laboratory science qualifications.

Longer-term career trajectories can include senior laboratory scientist positions (with further professional qualifications), clinical trial management, regulatory affairs, public health laboratory work, or transition into allied health professions and health policy roles depending on additional study and professional accreditation.

Why study at Charles Sturt University

Charles Sturt University offers biomedical and health science training with a focus on practical, industry-relevant skills delivered across regional campuses and flexible study modes. The university provides access to modern teaching laboratories, simulation facilities and opportunities for applied research and workplace engagement with local hospitals, pathology services and industry partners.

Students benefit from small-group teaching in laboratory sessions, experienced academic staff active in applied health research, and support services for placement and career development. The program suits students who want a hands-on, research-capable biomedical degree with clear links to laboratory practice and postgraduate study pathways.