Research

Biomedical engineering is an emerging research focus. Researchers in this theme are leveraging our proximity to Australia's foremost biomedical sciences and clinical research precinct to pursue research and development opportunities where engineering expertise is essential to address clinically meaningful problems.

We are working to deliver leading research in the areas of bio-informatics, computational modelling, biomechanics and medical imaging to address such issues as immune system function, spread of infection, epilepsy and cancer treatment. These projects are pursued via collaborations with institutions such as National ICT Australia (NICTA's ICT for Life Sciences program), Hugh Williamson Gait Analysis Laboratory at the Royal Children's Hospital, Bio21, Walter and Eliza Hall Institute, Ludwig Cancer Institute, Murdoch Children's Research Institute, St Vincent's Hospital Melbourne, the Howard Florey Institute and the Bionic Ear Institute.

Key areas within this research theme include:

• Biomechanics - application of the principles of mechanics to understanding function of cell and whole organ systems in their healthy and diseased states;
• Biosignals - the development of software and technology to monitor physiological activity such as brain activity (EEG and neuroimaging), heart rate (ECG) and muscle activity (EMG);
• Computational Bioengineering - uses computational technology to model, investigate and provide medical solutions to biological systems;
• Biomaterials - the materials that form part of a living structure. Research in this area looks at the creation of biomedical structures and devices to replace a biological function;

For more information:

• View the Biomedical projects underway in the Melbourne School of Engineering.
• View a list of Biomedical Research Staff