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• Improving mining functionality using an algorithm based on soap bubbles

  Using an algorithm based on the physical properties of soap bubbles, researchers at the University of Melbourne have developed software to solve operational issues that have not been implemented in traditional approaches to open pit mine design. Faculty of Science

• How collaboration is driving the genomics healthcare revolution

  The Advanced Genomics Collaboration is driving innovation in genomic healthcare, which has the potential to revolutionise healthcare through its personalised approach.

• Bringing clinical trials to regional patients

  The University of Melbourne is collaborating with regional and rural GPs across the country to improve health outcomes, with the help of an innovative new platform. Faculty of Medicine Dentistry And Health Sciences

• Harnessing hyperspectral and thermal camera data to detect crop disease early

  HyperSens Lab is fine-tuning algorithms and methodologies that will accurately diagnose harmful vegetation diseases in their early stages to limit outbreaks of plant pathogens that threaten global food security. Faculty of ScienceFaculty of Engineering and Information Technology

• Using old tyres to make permeable pavements that filter rainwater

  Porous Lane, a new company using University of Melbourne technology to develop highly permeable pavements using old tyres is supplying water for  the city's parks and gardens, diverting landfill and ensuring less pollution in our waterways. Faculty of Engineering and Information Technology

• Supporting large-scale transition to sustainable energy

  Meridian Energy Australia and the University of Melbourne have developed a reliable, real-time wind forecasting system that will help enable the transition to renewable energy. Faculty of Engineering and Information Technology

• Supporting irrigation regions to adapt and thrive in a changing climate

  Meridian Energy Australia and the University of Melbourne have developed a reliable, real-time wind forecasting system that will help enable the transition to renewable energy. Faculty of Engineering and Information Technology

• AI Platform targets crowd-sourced data for military intelligence

  University of Melbourne and the Defence Science and Technology Group (DSTG) have developed an AI-led platform to extract high-quality social media data in real-time to help defence analysts monitor and respond to fast-moving events. Faculty of Engineering and Information Technology

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