Master of Engineering (Biomedical Engineering)

The Master of Engineering (Biomedical Engineering) at RMIT University in Melbourne is built for those interested in bringing engineering and medical science together. Across two years of full-time study, you'll explore topics like medical device design, biomechanics, biomaterials, and the fundamentals of biomedical instrumentation. The course is delivered through a series of structured units of study, each with assigned credit points. You'll have options in your later semesters to select specialist electives, letting you tailor your studies to interests such as medical imaging or tissue engineering.

A typical structure divides your time across core units, electives, and a major project or research thesis near the end. The major project is a chance to apply what you've learnt to real-world biomedical engineering problems, often in collaboration with industry or research partners in Melbourne's extensive health and biotech sectors. Placement or work-integrated learning is a core feature—students may undertake internships or projects with hospitals, manufacturers, or technology companies, which helps in understanding industry practices and challenges unique to Australia.

Students gain skills in systems and device design, clinical problem-solving, project management, and communication across multidisciplinary teams. You'll pick up analytical and practical skills, handling both engineering tools and regulatory requirements relevant to Australian healthcare technology. This course suits those with backgrounds in engineering or science and an interest in health and human wellbeing. It’s a strong choice if you see yourself supporting clinical practice, research or innovation in medical devices.

Entry generally requires evidence of English proficiency (like an IELTS score between 6.0 and 6.5), but specific course or visa requirements may differ—always check the official site. The degree’s two-year structure fits the Temporary Graduate visa (subclass 485) post-study work stream, letting graduates seek work experience in Australia. International students can generally work up to 48 hours per fortnight during study.

• Biomedical Engineer in hospitals or private practices
• Medical device designer or manufacturer
• Clinical engineering roles within healthcare providers
• Research and development for biotechnology and medtech firms
• Regulatory affairs or product support for health technology

Australian employers include public and private hospitals, medical device manufacturers, research institutes, and government health agencies.