School of Electrical Engineering and Computing
Professor Rick Middleton is leading the ARC Training Centre for Food & Beverage Supply Chain Optimisation in training the next generation of multi-disciplinary researchers capable of designing, building, and managing safe, sustainable, and cost-effective food supply chains, which are vital for growing Australia's food industry and for increasing Australia's food exports.
Priority Research Centres
The Priority Research Centre for Complex Dynamic Systems and Control specialises in design, control and analysis and performance optimisation for complex dynamic systems.
University Institutes and Centres
The overall aim of the Advanced Cyber Security Research Centre (ACSRC) is to achieve fundamental advances in the theory, design and management of models and techniques that would enable secure and dependable computing information systems and services.
An important characteristic of ACSRC is its research capabilities and expertise covering both theory and practice in addressing the challenges that arise in achieving secure systems in a heterogeneous mobile distributed environment involving distributed systems, wireless, broadband and peer to peer networks, mobile devices and distributed information services.
The Centre has a strong program of medical engineering research spanning applications including medical signal processing, image analysis, virtual reality in medical settings, artificial organs, precision mechatronics, personalised medicine and intelligent implants.
Signal Processing Microelectronics (SPM) is a research centre in Electrical Engineering. SPM conducts work in the areas of high speed FPGA and ASIC implementations; theory-based design and analysis; software tool development; and digital and analog hardware design.
The Centre for Secure and Reliable Communications contributes to developing telecommunication networks that are robust to eavesdropping attacks, interference, and noise.
Informatics is the study of Information Technology and its uses. Applied Informatics emphasises its application to real world problems.
The Distributed Computing Research Group (DCRG) is focused on investigating distributed and network computing concepts and implementations.
Human-Computer Interaction research that explores how advanced interactive technologies are applied to real-world problems. The i3 Lab addresses industry-relevant problems where significant value can be gained by the invention of new solutions related to the complex interactions that occur between the humans, computers and data.
The Interdisciplinary Machine Learning Research Group (IMLRG) investigates aspects of machine learning, pattern recognition and data analysis in theory, experiments and applications. Particular emphasis is placed on interdisciplinary projects.
The Newcastle Robotics Laboratory is an interdisciplinary research and training initiative of several robotics related research teams from different research areas including applied mathematics, architecture, computer science, control, electrical engineering, neuroscience, mechatronics and software engineering.
A multidisciplinary group of electrical engineers, mechanical engineers and physicists developing new mechatronic and robotic technologies for fabrication, imaging, and health care
The Telecommunications Networks Research Group is engaged in research and development across a range of new telecommunications technology, in areas such as 4G wireless communication systems, channel coding techniques, Smart Grid Technology, and machine-to-machine communications.