#Melbourne

Magnetic shape memory alloys (MSMAs) can change their shape rapidly when close to a permanent or an electro-magnet, or perhaps […]

Our project offers a unique value proposition by leveraging urban green spaces and vegetation to create energy-efficient and healthier indoors. […]

This study deals with a novel material design, based on this background, the research objective can be listed as follows: […]

Our project intersects meteorology and energy, addressing the need for accurate short-term weather forecasts that are critical for the operation […]

The cement industry is responsible for 7-8% of global CO2 emissions, which requires an innovative solution to cut down the […]

This project will enhance the capability of conventional laser frequency stabilisation, making it much more tenable than previously possible.

A more accurate, cheaper, lightweight, handheld digital height measurement device for health care workers from low-and-middle-income countries to screen for childhood stunting and undernutrition without having to lug heavy equipment around difficult terrain.

In this project, we propose a combinatorial approach that addresses the main technological issues at hand, providing a solution to advance Australia's advanced recycling capabilities.

This project explores the use of new genetic tools targeting the parasite breeding cycle to rapidly change parasite populations.

This project provides a solution to support activities in remote or complex environments where network connection is poor or none existent, for example, logging, mining, and bushfire fighting.