School of Biomedical Engineering

Inspired research and teaching to revolutionise healthcare

We improve lives through innovative biotechnology solutions that redefine the impossible within the healthcare industry. Our core strengths include tissue and neural engineering, nanomaterials and addressing chronic disease.

The School of Biomedical Engineering was established in 2019 to facilitate collaborative research excellence in the field of biomedical engineering. Through our academic staff and students, our research will aim to serve the public as a thought-leader and provide innovative technology for industry, hospitals, governments and the wider community.

Drawing on extensive experience in this field, the School of Biomedical Engineering will train the next generation of biomedical engineers by offering opportunities to carry out leading-edge research within world-class purpose built research facilities.

We will further strengthen our capacity to change the landscape of healthcare through multidisciplinary partnerships and engaging with our network across the University, including the Faculty of Medicine and Health, the Sydney Nano Institute, the Charles Perkins Centre, the Brain and Mind Centre, Westmead and other leading teaching and research hospitals.

Our research

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Gloved hands using a syringe to take sample out of vial

Biomechanics, biomaterials, cell therapy and tissue engineering

Tissue engineering uses multidisciplinary approaches to repair diseased or damaged tissues. Our projects encompass biomaterials, stem cells, computer modelling, molecular biology and animal models to achieve this goal.

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Biomedical devices and instrumentation

We invent apps, biosensors, stimulators, surgical devices and medical imaging instrumentation for personalised care. We have experts in positive computing, signal and image processing, biomedical instrumentation and bionics.

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Two colleagues analysing visual biomedical data on laptop screen

Biomedical imaging, visualisation and information technologies

Biomedical imaging, visualisation and information technologies are the driving forces behind modern healthcare research. We focus on bio-inspired technologies for a variety of clinical applications, to improve people’s health.

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Close up of human eye with a faint circuit board appearing in the iris

Implantable neuroprosthesis

Focusing on the delivery of therapeutic electrical stimuli and sensing of biological signals to deliver new solutions to recover lost function following disease or injury.

Study with us

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Biomedical engineer analysing MRI results

Biomedical engineering (undergraduate course)

Combine a wide range of engineering disciplines with medicine and human biology to develop technologies including Cochlear implants and bionic organs that improve and save people’s lives.

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Engineering (postgraduate courses)

Hone your management skills and strengthen your technical expertise with a Master of Engineering. Or change paths and build a career in engineering with a Master of Professional Engineering (Accelerated).

Undergraduate courses

Postgraduate courses

Postgraduate research

Collaborate with us

Become an industry partner

Meet our researchers and staff

Head of School

Professor Gregg Suaning

Academic profile

School of Biomedical Engineering

bme.admin@sydney.edu.au

Address

Admin Area, Level 4, Mechanical Engineering Building, Faculty of Engineering, Darlington Campus, The University of Sydney, NSW 2006

Current student links

Tissue engineering and disease modelling: Professor Tony Mikos

This distinguished lecture by Professor Tony Mikos explores recent examples of biomaterials-based approaches for regenerative medicine applications, such as the use of tissue engineering to model tumour microenvironments for validation of cancer therapeutic discovery.