Tag: RMIT

RMIT University researchers are developing a new generation of manufactured blood tests that could enable earlier detection of kidney disease and simpler at-home monitoring, under a $1.125 million research partnership with Australian diagnostic company Nexsen Limited.

RMIT University has announced the development of an experimental 3D-printed diamond–titanium device that can generate electricity from flowing liquid and wirelessly receive power through tissue, which researchers say could pave the way for next-generation medical implants that never require battery replacement.

Engineers at RMIT University have developed a new construction material made from cardboard, soil and water that has only a quarter of the carbon footprint of concrete while cutting down on waste going to landfill.

Researchers from RMIT University have developed a reusable smart wound monitoring device that could reduce infection risks and healthcare costs by enabling remote assessment of chronic wounds, a condition that affects around 500,000 Australians and costs the healthcare system approximately $3 billion annually.

Engineers at RMIT University have developed a new type of 3D-printed titanium alloy that is approximately 29 per cent cheaper to produce than commonly used titanium alloys, marking what researchers describe as a significant advancement in additive manufacturing.

Researchers at RMIT University have developed a new experimental technique that uses contaminants in wastewater to enhance the production of green hydrogen, potentially reducing dependence on fresh water, a resource increasingly under pressure in many parts of the world.

An innovative gas-sensing capsule developed at RMIT University to provide real-time insights into gut health has received regulatory clearance from the U.S. Food and Drug Administration (FDA), paving the way for its commercial launch in the United States.

Engineers at RMIT University have discovered a way to transform common, low-grade clay into a high-performance cement replacement, offering new opportunities in the push for sustainable construction materials.

Engineers from Australia and China have developed a sponge-like device capable of capturing water from the air, even in low humidity conditions where other technologies have struggled.

An ingestible gas-sensing capsule developed at RMIT University has moved closer to commercialisation, with the university transferring intellectual property (IP) to Atmo Biosciences in exchange for an equity stake in the company.