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Biosensing & Imaging

We bring together experts in biophysics, chemical engineering and electrical engineering to work on projects that drive advances in diagnostic technology, resulting in earlier and more accurate detection of disease, and more effective treatments for patients.
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Mature woman doing blood sugar test at home in a living room. Selective focus to her finger.

Our Biosensing & Imaging researchers are working at the forefront of diagnostic medical technology to develop tools for the early detection and diagnosis of disease, making a fundamental contribution to better outcomes for patients. Drawing on their expertise in electrophysiology, chemical, light and electrical biosensing, and image capture, our multidisciplinary teams are engineering the next generation of biosensors, and delivering breakthrough improvements in diagnostic instrumentation for imaging and sensing.Ìý

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 Amr Al Abed
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Research Associate Reem Almasri
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ECR Fellow of NSW Cancer Institute Fei Deng
ECR Fellow of NSW Cancer Institute
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Deputy Director, ARC Centre of Excellence for Nanoscale Biophotonics Ewa Goldys
Deputy Director, ARC Centre of Excellence for Nanoscale Biophotonics
  • Dr Akanksha Bhargava

In Biosensing & Imaging, we are at the forefront of developing cutting-edge biosensing technologies with a focus on ultrasensitive detection and precision disease diagnostics, through biosensing and bioimaging expertise and capabilities. We design, construct and validate new biosensors based on cutting-edge research for the detection of pathogens and disease markers. We develop new imaging technologies with a focus on hyperspectral imaging and biosignal processing.Ìý

We have access to state-of-the-art facilities dedicated to biosignal acquisition and processing, including confocal and adapted fluorescence microscopes capable of hyperspectral imaging. Dedicated cell culture and biotechnology/chemistry laboratories make it possible to conduct biological experiments and subject cells to treatments, including agents produced by bespoke synthesis methods such as nanomaterials.Ìý

You can get more information on our Facilities here.

Other research areas

Materials & Cell Technologies

We work at the interface of biology, materials science, and chemical engineering to expand our understanding of tissue and organ physiology, and to develop innovative biomaterials, devices, and cell-based technologies that enable advanced therapeutic treatments.

Bionics, Biomechanics & Biomechatronics

Combining expertise in biology, mechanical engineering and electrical engineering, we pioneer ground-breaking medical technologies, including wearable and implantable devices, prostheses, medical and surgical robots and instruments, and devices for human-machine interactions.

Digital Medicine & Digital Biology

Harnessing the power of information and computer technologies, we cultivate new medical and biological methods and tools to support improvements in diagnosis, monitoring and treatment, and help unlock the potential of a more connected healthcare system.