Smart robotics, real-world impact
We’re bringing together advanced engineering, AI, automation, and control systems to create intelligent machines that interact seamlessly with their surroundings; designing, prototyping and deploying robotic systems that solve real-world challenges. From autonomous drones and assistive robots to next-gen manufacturing and precision agriculture tools.
Our research centre
Robotics Institute
We are one of Australia’s largest robotics research teams, with over 80 experts developing innovative robotics solutions across infrastructure, agriculture, health, manufacturing, and defence sectors.
News
Pipeline to success for UTS wastewater researcher
Dr Xuan Li’s pioneering environmental engineering research makes a splash, earning her a 2026 Young Tall Poppy Science Award.
News
Bradfield City biosolar roof sets new standard for climate-resilient cities
A study of Bradfield City’s First Building green roof confirms that combining native rooftop gardens with solar panels reduces urban heat, increases renewable...
News
Mind-reading AI pioneer wins global award
World-leading AI researcher Distinguished Professor CT Lin honoured with international Lofti A Zadeh Award for advancing technology to better connect the human...
News
A ‘double-punch’ approach to tackling brain cancer
Light-activated nanoparticles could help surgeons see glioblastoma more clearly and destroy cancer cells left behind after surgery.
News
Pipeline to success for UTS wastewater researcher
Dr Xuan Li’s pioneering environmental engineering research makes a splash, earning her a 2026 Young Tall Poppy Science Award.
News
Bradfield City biosolar roof sets new standard for climate-resilient cities
A study of Bradfield City’s First Building green roof confirms that combining native rooftop gardens with solar panels reduces urban heat, increases renewable...
News
Mind-reading AI pioneer wins global award
World-leading AI researcher Distinguished Professor CT Lin honoured with international Lofti A Zadeh Award for advancing technology to better connect the human...
News
A ‘double-punch’ approach to tackling brain cancer
Light-activated nanoparticles could help surgeons see glioblastoma more clearly and destroy cancer cells left behind after surgery.