University of Technology Sydney

What you'll study

The combined program integrates a professional engineering education with foundation and applied subjects in medical and biomedical science. Early years focus on mathematics, physics, programming, materials and core engineering design alongside anatomy, physiology, biochemistry and cell biology. As you progress you select specialised engineering streams (for example biomedical/biomedical systems or related disciplines where available) and advanced medical science electives, covering topics such as biomechanics, biomaterials, medical imaging, biosensors, human physiology, pathology and pharmacology.

Project work is a major component: studio-based design subjects, team engineering projects, laboratory practicals and a substantial capstone or honours research project in the engineering stream. Clinical and laboratory placements, industry-linked projects and elective units in areas such as regulatory affairs, medical device development, health data analytics, quality systems and entrepreneurship are typically available.

• Core engineering subjects: Mathematics for engineers, engineering mechanics, electrical fundamentals, materials and manufacturing, systems modelling and control, engineering design and professional practice.
• Biomedical/Applied engineering topics: Biomechanics, biomaterials, medical instrumentation, biomedical signal processing, imaging and instrumentation, embedded systems for medical devices.
• Medical science subjects: Human anatomy and physiology, cell biology, molecular biology, immunology, pathology, pharmacology and clinical science electives.
• Capstone/honours: Individual or team research or design project that combines engineering methods with medical science applications.

Entry requirements

Admission to the combined degree typically requires a strong secondary school achievement profile with a background in mathematics and physics or equivalent. UTS also considers alternative pathways such as recognised diplomas, interstate/overseas qualifications and prior tertiary study. International applicants must meet UTS English language requirements.

Specific entry pathways and prerequisites can vary by engineering specialisation; some streams may ask for higher demonstrated achievement in mathematics, physics or chemistry. Applicants with vocational qualifications or relevant work experience may be considered through alternate entry schemes or pathway programs.

Career prospects

Graduates are well placed for roles where engineering and life sciences converge. Typical career directions include:

• Medical device design and development (design engineer, product development)
• Clinical/biomedical engineering roles in hospitals and health services
• Research and development in medtech, biotechnology and pharmaceuticals
• Regulatory affairs, quality assurance and compliance for healthcare products
• Health technology assessment, clinical trials support and medical data analysis
• Further study: honours/research higher degrees, specialised masters in biomedical engineering, medical physics, public health or pathways into clinical professions where applicable.

Why study at University of Technology Sydney

UTS has a strong applied focus with emphasis on industry-relevant skills, project-based learning and partnerships with hospitals, medical research institutes and technology companies. Students benefit from modern laboratories, simulation facilities and opportunities for authentic industry projects and placements. The university’s connections to the local health and innovation ecosystem support internships, collaborative research and pathways into the growing medtech and biomedical research sectors.

Support services at UTS, including career development, entrepreneurship programs and research supervision, help graduates transition to industry or further study. The combined degree equips students with interdisciplinary skills valued by employers working at the intersection of engineering and health.