Integrated Multiphysics Modelling of Nanophotonic Neuromodulation for Drug-Resistant Hypertension

Development of Novel Functionalised Nanomaterials and Stimulation Modalities to Treat Resistive Hypertension;;

Investigating the Potential Health Impact of 5G and Beyond Wireless Technology on the Cornea

Biophysical modelling of retinal ganglion cells response to near infrared stimulation;;

Innovation in Chemical Identification � Enabled by Advanced Spectroscopy and A.I.

Aerosol Jet Printing for Selective Patterning of Biomaterials - a Basis for Cell Micropatterning

3D Modeling and Simulation of Transcutaneous Electric Stimulation for the Estimation of Electric Field Generation in the Deep Human Tissues

Neuroelectronics: Design patterns, methods and implementations

A Novel method for detecting Deep-Vein Thrombosis

Soft electro- and photo- active hydrogels for neural cell stimulation

A Standardised 3D Cell Culture System for Developing Imaging and Spectroscopy Techniques

An investigation of optically responsive nanomaterials for imaging and sensing in a 3D cell culture model

A Chip-Based Cell Membrane Model for Characterising Optical Voltage Sensors

Investigation of the Macrobending Effects Induced by Multiple Acutely Bent Fibre Optics as a Multiparameter Sensor

Optical Stimulation Strategies for Retinal Prostheses

Real-time impedance monitoring of 3D cell cultures

Investigating the Impact of Hearing Aid Use and Auditory Training on Cognition, Mood, and Social Interaction in Older Adults with Hearing Loss

Financing Medtech Innovation in Melbourne: A Case Study in Economic and Phenomenological Sociology

Aerosol jet printing for bioengineering applications

Engineering thermoresponsive polymer composites for plasmonically modulated drug delivery

Material design and fabrication of interface for effective in vitro electrical and optical cell co-stimulation

Advanced structures for delivery of growth factors

Optical and Electrical Costimulation of Optogenetically-modified Neurons

An optical fibre microprobe for surface-enhanced Raman scattering sensing

'Capture & Concentration' Surfaces for the Isolation of Bacteria from Biological Samples