The Bachelor of Medical Engineering (Honours) is a four-year undergraduate degree that sits at the intersection of engineering, medicine, and biological science. Students learn to apply engineering principles and design processes to find innovative solutions to healthcare problems, developing and improving technology and human systems in medical settings. The programme covers foundational knowledge in science and mathematics, engineering design paradigms, and human biosciences, with technical specialisations typically available in areas such as medical devices, medical biomechanics, bioinstrumentation, biomaterials, and biomedical imaging. Graduates are equipped to make medical treatment more effective, efficient, safer, and more affordable.

The degree is designed for students who want to combine a passion for engineering with a desire to improve human health outcomes. It draws on disciplines including mechanical engineering, electrical engineering, computer engineering, chemistry, and physiology, and is typically accredited by Engineers Australia at the Professional Engineer level — making it recognised internationally through the Washington Accord. Core employers of graduates include public and private hospitals, medical device manufacturers, biotechnology firms, government health agencies, research institutions, prosthetics and orthotics companies, and global med-tech corporations with Australian operations such as ResMed, Fresenius Kabi, STERIS, and Stryker.

The Honours component of the degree signals a higher level of academic rigour, with students undertaking a substantial research or design project in their final year, contributing original work to the field. Honours graduates are well positioned to enter graduate employment directly or to progress into postgraduate study, including Master's or PhD programmes in biomedical engineering, clinical engineering, or health technology.

Domestic applicants are typically required to have completed an Australian Year 12 qualification — such as the Higher School Certificate (HSC), Victorian Certificate of Education (VCE), Queensland Certificate of Education (QCE), or equivalent state credential — and achieve a competitive ATAR score, which varies by institution but is generally in the mid-to-upper range for engineering programmes. Subject prerequisites almost universally include Mathematics (at the level of Mathematical Methods or equivalent) and usually at least one science subject such as Physics or Chemistry. Some institutions offer entry via a general engineering foundation year or enabling programme for students who do not meet direct entry prerequisites, after which students can transition into the medical engineering specialisation.

International applicants must provide evidence of an equivalent secondary qualification and meet English language proficiency requirements. Accepted tests typically include IELTS (commonly requiring an overall score of 6.0–6.5 with no band below 6.0), TOEFL, or PTE Academic. Specific thresholds vary by institution. Some universities may also consider mature-age applicants or those with relevant TAFE qualifications, vocational certificates, or prior tertiary study through a recognition of prior learning (RPL) process. Applicants with a relevant diploma may be eligible to enter at an advanced stage of the programme.

The Honours component is generally built into the four-year structure of the degree; students do not need to apply separately for Honours. However, progression to the Honours year may require meeting a minimum Weighted Average Mark (WAM) — typically in the credit to distinction range — in their undergraduate studies. Some programmes may also require students to identify a research supervisor and project topic in their penultimate year, making early academic engagement and networking with faculty an important consideration.