Haptics Lab
By harnessing the resources and facilities of Deakin’s Institute for Intelligent Systems Research and Innovation, we can develop and test haptic interfaces for medical, military and commercial applications. The institute features a library of all commercially available devices and also custom-designed haptic interfaces.
Cognitive Neuroscience Unit (CNU)
The CNU houses state-of-the-art technologies to explore the relationship between the brain, behaviour and cognition. A range of brain stimulation, neurophysiological and neuroimaging techniques are available to provide the latest understandings in social, cognitive and affective human neuroscience.
Deakin's DISCovery Lab (DISC)
Deakin’s DISCovery Lab (DISC) is a purpose-built design thinking and ideation space that brings students together in a professional environment where they collaborate and tackle real-world industry projects.
Robotics and Internet of Things (RIoT) Lab
The Robotics and Internet of Things (RIoT) Lab provides professional software and innovative hardware in robotics, cyber-physical systems and smart devices in a supportive and active learning space.
Electron Microscope Facility
Our state-of-the-art electron microscopy facilities allow researchers to see and measure things at the micro, nano and atomic scales.
Motion Simulation Lab
The Institute for Intelligent Systems Research and Innovation’s Motion Simulation Lab is home to a range of mobile and industrial robots. The lab features a haptically enabled Universal Motion Simulator (UMS), which represents the next generation of vehicle simulation. Motion simulation is a vast arena of innovation that can be used to make life-altering changes across the world.
Centre for Cyber Security Research and Innovation (CSRI)
CSRI is a multidisciplinary institute that leads research in protective security and information warfare, cyber analytics and AI, cyber-physical systems and IoT, organisational security, privacy, forensics and incident management.
Additive manufacturing labs
Deakin’s extensive experience in Additive Manufacturing (AM) includes capability across the university: School of Engineering, IFM and IISRI. Our researchers specialise in a range of innovative approaches from new AM materials (both metallic and polymer) and the influence of printing parameters to Design for Additive Manufacturing (DfAM). This work is supported by labs resourced with: FFF, MJF, SLS, SLA, and 3D bioprinters, including the capability to change colour and stiffness of printed material; and metallic LB-PBF and LB-DED printers and a novel Stir-Friction DED printer (MELD). Deakin works on both advanced research as well as commercial applications.
High-G Human Centrifuge System
Deakin’s Institute for Intelligent Systems Research and Innovation has developed Australia’s first state-of-the-art High-G Human Centrifuge System, (CYCLONE), with an ability to provide isolated realistic air combat training and flying safety. The High-G Centrifuge System enables a cost-effective sovereign pilot training capability, negating the need for pilots to seek developmental and performance management training overseas. The system aims to increase Australia’s defence capability in the area of air combat training by addressing the requirements for simulation and training in next generation aircrafts.
Virtual Reality Lab
Our Virtual Reality Lab allows you to view virtual representations of products before they’re manufactured. The lab features 3D projections on the walls and floor, as well as sensory feedback. You can manipulate objects and feel their weight and resistance, creating a new level of realism in a virtual environment.
BatTRI-Hub and energy storage
The BatTRI-Hub is a unique, world-class research and innovation centre focused on advanced battery prototyping and the commercialisation of energy storage technologies. At the core of BatTRI-Hub is the Pouch Cell Facility featuring cutting-edge equipment used for the production of advanced demonstration batteries.
The Digital Manufacturing Lab
The Digital Manufacturing Lab has high-end equipment to support students to turn digital designs into physical objects for prototyping, visualisation or end use. The Digital Manufacturing Lab has high-end Computer Numerical Control (CNC) technologies including machining and waterjet-cutting of a range of materials as well as 3D scanning and reverse engineering. The lab enables students to take their CAD designs and create manufactured parts. The lab supports our students studying mechatronics and mechanical engineering degrees as well as final-year projects.
Contact us
If you’d like to learn more about our projects and how our research capabilities can benefit you, we’d love to hear from you.
(03) 5227 1352
defence@deakin.edu.au