Harvesting big energy from small movement
University of Melbourne researchers have collaborated on a new material that can harvest up to 400 times more energy from movement than currently possible
What Victoria’s earthquake tells us about the safety of our structures
Australia has earthquake safety regulations, but University of Melbourne experts say the earthquake reminds us about the safety of our buildings and structures.
New mobile sensor could transform testing for remote areas
University of Melbourne engineers have developed a sensor that could be used for low-cost medical and environmental diagnostic testing in remote areas.
It’s critical we update flood guidance
There’s been progress integrating climate change in engineering design; University of Melbourne experts say flood guidance must align with our changing climate.
Predicting risk of spinal fracture using bioengineering
A first-of-its-kind predictive tool has been developed for spinal fracture in people who have osteoporosis, by a research team including University of Melbourne
A solution to engineering energy-saving smart materials
A new way to engineer smart materials could combat energy wastage, making more buildings energy efficient, shows University of Melbourne research
From grapevine waste to a sustainable building material
New University of Melbourne research finds grapevine prunings – an abundant source of agricultural crop waste – can be turned into recycled building materials.
Seeing inside arthritis
On International Women's Day, University of Melbourne research develops new technology that can help predict your risk of developing a musculoskeletal condition
Wearable devices that use human energy
University of Melbourne researchers are looking at new ways to capture, reuse and recycle energy made by the human body to power wearable electronic devices.
Making milk powder less energy intensive
A pilot study including the University of Melbourne uses a cheese making by-product to concentrate milk, reducing the energy required in dairy powder production