University of Technology Sydney

What you'll study

This degree combines core biomedical science disciplines with modules focused on health-related applications and translational technologies. In the early years you study fundamental topics such as human anatomy and physiology, cell and molecular biology, biochemistry, pathophysiology and statistics for health sciences. Practical laboratory-based units develop skills in microscopy, molecular techniques, biochemical assays and data analysis.

• Core subjects: human anatomy & physiology, cellular & molecular biology, biochemistry, immunology, microbiology, pharmacology and research methods.
• Applied and professional units: clinical trials and research ethics, public health principles, epidemiology, health technologies and diagnostics, and laboratory quality and safety.
• Practical experience: regular laboratory work, project-based assessments and a final-year research project or capstone that emphasises experimental design, data interpretation and scientific communication.
• Electives and specialisation: optional electives allow students to focus on areas such as biomedical technologies, molecular diagnostics, global health, or data analytics for health.

The program emphasises work-integrated learning and often includes opportunities for industry engagement, placements or collaboration with research groups to develop professional skills alongside scientific training.

Entry requirements

Admission is typically based on completion of senior secondary qualifications or an equivalent qualification recognised by UTS. Successful applicants usually demonstrate strong achievement in science subjects, particularly biology and chemistry; mathematical literacy or mathematics is also advantageous.

• Domestic applicants: completion of Year 12 or equivalent with strong performance in science and English components. Applicants may also be considered through alternative pathways such as recognised diplomas or articulation arrangements.
• International applicants: an equivalent secondary school qualification with science subjects; evidence of English language proficiency that meets UTS undergraduate entry requirements.
• Other pathways: applicants with prior tertiary study, vocational qualifications or relevant work experience may be eligible through UTS admission schemes; check the university for pathway options.

Specific entry thresholds, subject prerequisites and English language requirements are set by the university and may vary by intake and applicant category.

Career prospects

Graduates are prepared for a range of roles across health, research and biotechnology sectors. Common career pathways include:

• Laboratory technician or technologist in hospital, diagnostic or research laboratories
• Research assistant in academic, medical or industrial research teams
• Clinical trials coordinator or support roles in clinical research organisations
• Roles in public health, health policy or health data analytics
• Positions in the biotechnology and biomedical device industry, including product development and regulatory support

Graduates frequently continue to honours or postgraduate study (for example in biomedical research, public health, clinical science, medical laboratory science, or allied health and medical programs) to qualify for specialist clinical or research careers.

Why study at University of Technology Sydney

UTS provides an industry-engaged, practice-focused approach to medical science education. The city-centre campus hosts modern teaching and laboratory facilities, and the university maintains links with local hospitals, research institutes and biomedical companies to support placements and collaborative projects.

• Hands-on facilities: access to purpose-built labs and equipment for contemporary molecular and cellular techniques.
• Research connections: opportunities to work with UTS research centres and interdisciplinary health technology groups on applied projects.
• Industry engagement: emphasis on professional skills, employability and partnerships with health and biotech organisations.
• Pathways: clear progression routes to honours and postgraduate programs for students seeking research or advanced clinical qualifications.

These features make UTS suitable for students who want a blend of solid biomedical science training and practical experience geared toward careers in health, diagnostics, research and biotechnology.