PhD (Biomedical Engineering)

Tuition fees for PhD (Biomedical Engineering) are 30,269 USD per year; applications for the Sep 2026 intake are open until Aug 31, 2026.

The PhD (Biomedical Engineering) focuses on developing advanced engineering skills and contributes to industry-focused biomedical research projects, identifying solutions to engineering problems that affect the human body. Students will have access to leading researchers and facilities in biomaterials, biomechanics, medical electronics, signal processing and tissue engineering, as well as 3D-printing facilities such as the Digital Manufacturing Facility, the Micro Nano Research facility and the 3DBioFab/Aikenhead Centre for Medical Discovery. These resources place students at the interface of cutting-edge technologies and advances in biomedical science and engineering.

Students will complete a compulsory research methods course, receive training in research integrity and ethics, and select studies in qualitative and quantitative research techniques. The program includes a substantial body of original research, preparation of a thesis or project demonstrating an original contribution to the field, and the ability to communicate complex or original research for peers and the community to an international standard. Graduates are encouraged to undertake research placements within industry partners, including St Vincent’s Hospital, and to develop solutions to patient-specific problems highlighted by medical professionals.

Key facilities

The School of Engineering has research strengths in biomedical technologies including micro/nano materials and devices, biomaterials and tissue engineering, signal processing, lab-on-chip diagnostics, and sensors and systems technologies. Students will have access to world-class biomedical prototyping facilities in the Advanced Manufacturing Precinct, further enhancing their research capabilities.

RMIT University in Melbourne blends a strong heritage with a modern, industry-focused approach to higher education. Established in the late 19th century, RMIT has grown into an innovative institution known for practical learning and close ties to business, design and technology sectors. Its central urban campuses place students in a creative city environment that acts as an extension of the classroom and studio.

RMIT emphasizes experiential education through industry-led projects, co-designed curricula and work-integrated learning across disciplines such as design, engineering, business and digital technologies. Research centers at RMIT focus on applied outcomes in areas like advanced manufacturing, sustainable cities and digital innovation. The university’s industry partnerships help students build professional networks and develop skills employers seek.

International students join a culturally diverse community with access to hands-on studios, internships and entrepreneurship support. Melbourne’s vibrant arts and tech scenes complement campus life, offering internships, part-time work and cultural experiences. Prospective international applicants can expect a practical study environment, clear pathways to industry engagement and support services for academic success and cultural adjustment.