Digital Health Technologies and Simulation
Digital Health Technologies involve sensors, computing platforms, software, AI, data integration and HCI. Simulations involve models to physiological processes, disease, environmental context, to improve translational research.
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Computational modeling for cardiovascular disease
Advances in cardiovascular and stent technology are providing new options to support the operation of cardiac systems, to monitor performance and to deliver medication.
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Rhythms in Physiology
Investigating multi-day cycles in the brain, heart, and body to inform personalised disease management and improve wellbeing.
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In Silico Biomatter
This research area develops AI-integrated multiscale simulation ecosystems of biological matter from sub-cellular to tissue levels to advance biomedical engineering.
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Cell Systems and Mechanobiology Lab
Developing AI-driven, physiology-informed computational models of cells and organs to uncover mechanisms of cardiovascular disease, heart ageing, and blood flow, advancing digital twin and drug screening technologies.