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15 November 2023 News Release

CSIRO, Australia’s national science agency, will join forces with five universities to keep Aussies safe at work using the latest digital technologies.   

The $18 million Tech4HSE program unites leading researchers in emerging technologies such as generative and immersive artificial intelligence (AI), augmented reality and cybersecurity, to develop tech to aid those working in dangerous environments.   

The program is led by CSIRO’s data and digital arm, Data61, and the University of Queensland (UQ). Swinburne, UNSW, Curtin and ANU have also signed up as partners.  

Science Director of Data61, Professor Aaron Quigley, said the technologies developed will support health, safety and environmental (HSE) objectives across a wide range of industries.   

“Whether they’re working with electrical equipment, heavy machinery or on our roads, millions of Australians put themselves in harm’s way every day to help and serve others,” Prof. Quigley said.  

“We’re bringing the best researchers in the nation together to help get everyone home safely, by creating advanced digital tools for training, identifying and monitoring hazards, and planning responses and actions.”  

According to the Australian Bureau of Statistics, 497,300 Australians suffered from a work-related injury or illness in 2021-22.  

All participating institutions are contributing funding and research expertise to the program, with UQ administering the funding.  

UQ Tech4HSE Science Lead Dr Mashhuda Glencross said these projects present an exciting opportunity to make an impactful difference.  

“The innovative technologies we are researching and developing in this initiative are aimed at supporting the safety of Australians during disasters and when working in potentially hazardous environments,” Dr Glencross said. 

Prototypes will be built over five years and trialled in real-world job scenarios, with a focus on developing commercially viable products which are responsible by design.  

In the first project currently underway, researchers from Data61 and UQ are developing technologies to support crisis preparedness and response for workers in the energy industry.  

Data61 Tech4HSE Science Lead Dr Matt Adcock said one example of the technology being developed will combine state-of-the-art computer vision models and 3D generative AI.  

“Our aim is to take smart glasses to a new level by enabling the placement of helpful digital holograms within the physical work environment to support emergency response safety training and assisted decision-making under heightened stress levels,” Dr Adcock said.  

Researchers are initially working with stakeholders in the power industry to ensure prototypes are sensitive to industry needs. 

The $18 million Tech4HSE program strategically seeks to bring Australia’s university expertise and CSIRO’s capabilities together to maximise the impact of science, research, and development for Australians.  

The program was announced by Minister for Industry and Science, the Hon Ed Husic, at the launch of Australia’s AI Month, coordinated by CSIRO’s National AI Centre. From November 15 to December 15 more than 50 free and ticketed AI-related events will take place across the country.  


Electricians and workers supporting energy networks in Australia will benefit from investment in the next generation of technology to keep them safe at work.
The first project in Tech4HSE is developing cutting edge technologies to support workers in the energy industry respond to dangerous incidents such as storms and other natural disasters impacting the power grid.
CSIRO Tech4HSE Science Lead Dr Matt Adcock wearing holographic smart glasses.
Dr Mashhuda Glencross from the University of Queensland interacting with a prototype of a virtual control room screen for the identification of hazards.
Tech4HSE researcher Madhawa Perera tests the use of digital holograms in augmented reality to guide the rapid and safe shutdown of equipment in an emergency.
Tech4HSE researcher Stuart Anderson testing prototype augmented reality technology which highlights and alerts the headset wearer to a possible electrical hazard.
Tech4HSE researcher Stuart Anderson testing prototype augmented reality training technology while wearing holographic smart glasses.

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