QUT to lead national robotic defence research

QUT will lead research in the new Defence CRC for Trusted Autonomous Systems announced today by Federal Minister for Defence Industry Christopher Pyne.

QUT Deputy Vice-Chancellor, Research and Commercialisation, Professor Arun Sharma, congratulated the State Government on its successful bid to headquarter the potentially $121 million research facility in Queensland.

Professor Sharma said the development of robotic and autonomous system technologies was imperative to the development of the defence force of the future.

Download hi-resolution videos of:

COTSbot: http://bit.ly/2k9cshW

AgBot II: http://bit.ly/2CKKP5H

Bruce the Search and Rescue robotic boat: http://bit.ly/2kG4Rab

He said the decision was recognition of QUT's strengths as a national leader in robotics and autonomous systems research and the university would work with industry leaders including Insitu-Pacific, Boeing, CSIRO, EPE and Caterpillar. Other universities to be involved in the new centre include The University of Queensland and Griffith University as well as regional universities.

"New autonomous systems will be developed to enable greater defence capability across land, sea and air and have major spin-off benefits to the development of robotics across agriculture, mining, aviation and the environment," Professor Sharma said.

QUT's recognised strengths in these areas include development of:

Marine robots including:

COTSbot – the crown-of-thorns starfish management robot that will be a potential game changer for environmental management and monitoring (watch video: https://www.youtube.com/watch?v=Gij5i66UujU ).

Bruce – the internationally successful autonomous search and rescue boat.

Land robots:

AgBot II – the weed targetting robot that can autonomously navigate difficult terrain that is currently being commercialised. (watch video: https://www.youtube.com/watch?v=15tovWSnJe0&t=44s )

Harvey – a state-of-the-art robotic vision robotic and harvesting system that enables the robot to autonomously select and pick ripe capsicums.

Unmanned Aerial Systems:

QUT and Insitu-Pacific/Boeing have successfully developed world-first technology to enable drones to see and avoid other aircraft in flight, while QUT has developed a system to enable drones to also land safely in emergencies.

UAV Challenge – QUT and CSIRO jointly host an international competition.

Professor Sharma said Queensland's geography, with its vast air and land spaces and long coastline made it an ideal location to develop testing areas for robots and autonomous systems.

He said robotics were already being used in manufacturing and mining industries and the new capabilities the Defence CRC research would bring would be of enormous benefit to industry generally.

He acknowledged the work of QUT's Professor Gordon Wyeth, Professor Tristan Perez, Dr Mark Gibbs, Dr Gudrun Seynsche, Alyssa Bates and their teams in making this a reality.

Media contact: Rose Trapnell, QUT media team leader, 07 3138 2361, 0407 585 901, [email protected] or [email protected]

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Media Contact

Rose Trapnell
[email protected]
61-407-585-901
@qutmedia

http://www.qut.edu.au

https://www.qut.edu.au/news/_recache?id=126176

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