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Carbon fibre supercapacitors and wearable devices

Developing carbon fibre based fibre supercapacitors and wearable devices more...

Supervisor(s): Chen, Yuan (Professor)

Development of novel hand-held devices based on Zigbee or WiFi signals to see through walls

In this project, we aim to develop a low cost X-ray vision wireless hand-held device. The developed hand-held device can be used to see through walls to track moving human bodies. T more...

Supervisor(s): Lin, Zihuai (Dr)

Hybrid plasmonic waveguide for integrated photonic signal

The growing demand for faster communications technologies and the inherent limitations of electronic integrated circuits stimulated the research of nanophotonic components. Furtherm more...

Supervisor(s): Palomba, Stefano (Associate Professor)

Writing Studies

The Writing Hub is the first of its kind in Australia. Modeled on writing centres in the United States and Europe, we engage with Classical and New Rhetoric as a way of developing w more...

Supervisor(s): Di Lauro, Frances (Dr), Katz, Louise (Dr), Miller, Benjamin (Dr), Dyson, Bronwen (Dr), Thomas, Susan (Associate Professor)

New liquid-infused surfaces based on wrinkled Teflon

Investigation of the new families of slippery nanostructured surfaces with reduced hydrodynamic drag. more...

Supervisor(s): Neto, Chiara (Professor)

Exploring the field-dependent structural evolution of ferroelectric materials using in-situ transmission electron microscopy

This project aims to investigate the dynamical field-dependent structural responses of ferroelectric materials under mechanical and electrical excitations at different temperatures more...

Supervisor(s): Liao, Xiaozhou (Professor)

Electromagnetic Simulation of Complex Dynamic Environments to Assist Cognitive Active Perception

  Active perception involves moving a sensor to maximise information gain about the local environment. Cognitive radar goes even further, to change the sensor parameters themse more...

Supervisor(s): Johnson, David (Dr)

Cross-Spectral Imaging and Classification of Concealed Targets in Cluttered Environments

This project involves developing a software defined radar system to improve robotic perception in highly unstructured environments. Can multi-spectral techniques be used to iterativ more...

Supervisor(s): Johnson, David (Dr)

Measures to Increase Trust and Reliability of Robotic Systems in the Presence of Adversity

Development of low-profile sensing techniques for stealthy robotic platforms in unstructured environments. This includes minimising electromagnetic and acoustic signatures while per more...

Supervisor(s): Johnson, David (Dr)

Single walled carbon nanotube chirality control

Design novel catalysts to control the chirality of single walled carbon nanotubes more...

Supervisor(s): Chen, Yuan (Professor)