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Research

Pioneering technologies to improve diagnosis, treatment and patient care.

AI-generated illustration of biomedical robotics and microfluidic research AI-generated illustration of biomedical robotics and microfluidic research

Research that connects disciplines

Our researchers are pioneering new technologies and approaches to improve disease diagnosis, treatment and patient care. Through interdisciplinary collaboration between engineering and medicine, we aim to translate scientific discoveries into innovative solutions that address unmet healthcare needs.

Our research focuses on four key areas:

Our Focus Areas

Robotics and Devices

AI-generated illustration of a robotic device and silicone rehabilitation hand

Engineering precise, responsive devices that support treatment, rehabilitation and patient care.

Medical Imaging Technologies

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Developing imaging approaches that connect engineering insight with clinical decision-making.

Nano-sensing and delivery

AI-generated illustration of nanoparticles and a microfluidic chip

Exploring molecular-scale sensing and delivery approaches for earlier detection and targeted treatment.

Wearables, Digital Sensors and Neural Technologies

AI-generated illustration of a wearable biosensor and flexible circuitry

Connecting sensing, data and neural interfaces to understand health beyond the clinic.

Research Projects

Project overviews show the structure for future research information.
AI-generated illustration of hands collaborating on a biomedical sensor prototype AI-generated illustration of hands collaborating on a biomedical sensor prototype

Collaborate with IBME

Bring engineering questions and clinical challenges together through interdisciplinary collaboration.