Skip to main content

At the UTS Robotics Institute, our experts develop customised robotics solutions to maximise productivity, improve quality and safety, and generate efficiencies for our commercial, government and not-for-profit partners.

Photo of bridge cleaning robot

Infrastructure robotics

We specialise in intelligent robotic systems to monitor and maintain infrastructure in transport, utilities and construction in a safer and more cost-effective way.

Photo of robot dog soldier

Defence robotics

We're helping to enable the realisation of Australia's vision for coordinated autonomous systems in defence in collaboration with government, SMEs, and primes.

Wool handling robot

Agriculture robotics

We work with industry to deliver truly innovative robotic solutions to make Australian agriculture more competitive and productive in a global market.

Health robot

Health robotics

We develop the next generation of intelligent robotic technologies to help the elderly and people with disabilities live more autonomously, as well as medical robots that can smartly and intuitively assist medical professionals in rehabilitation and surgery.

Photo of nokia robot

New frontiers in robotics

UTS:RI is working with a wide variety of industries (mining, transport, manufacturing, construction, space) and partner institutions to develop the next generation of robots and intelligent systems in the field.

Our research themes

  •  

    At the UTS Robotics Institute, we undertake innovative and challenging research in robotics across four core focus research themes.

  • Sensing, perception and estimation 

    Using artificial intelligence and sensing technologies to move robots through complex and uncertain environments.

    Photo of robot picking fruit
  • Robotic systems

    Building complex robotic systems including biologically inspired robots, underwater robots, drones and soft-gripping robots.

    Sewer robot
  • Control, planning and coordination

    Controlling robots with trajectory and path planning, multi robot coordination, and long term operation.

    Robot in pipe
  • Human-robot interaction

    Collaborating between people and robots including intention and behaviours, mission objective setting, physical interactions, and brain-robot interaction. 

    collaborative robot