


Lab-on-a-chip joins battle against blood clotting
RMIT University is leading the development of a portable device for on-the-spot blood analysis, enabling doctors to accurately predict a patient’s risk of excessive or ineffective blood clotting.
Colouring your world with nanopigments
Automotive paint that can help to cool cars is the focus of research into functional nanopigments at RMIT University.

The RMIT Platform Technologies Research Institute’s mission is to lead in the integration of smart materials and systems into technologies for the future. To this end, the key operational aims of the Institute are:
Smart materials are those with properties that change in measurable ways in their operational environment. Change can be evident (for example) via shape (eg. shape retentive alloys) or optical/electronic characteristics (eg. nanoparticulates). For RMIT these materials will be the foundations for new devices across a range of machine, environmental and biological systems. Smart systems pre-process, correlate, compare and analyse data intelligently within distributed environments. They will enable rapid and multiple diagnoses and prognoses and thus provide for faster response times and decision-making. The integration of smart materials and systems will deliver Platform Technologies that drive enhanced operational capability across a range of needs in global industry sectors including automotive, aerospace, energy, environment and security. The key research expertise of the Institute encompasses a wide range of discipline areas in science and engineering, including engineering (aerospace, electrical, electronic, mechanical, manufacturing, chemical), information systems and technologies, materials science, mathematical sciences. The four research programs are:
Platform Technologies Research Institute PhD Projects 2010The Platform Technologies Research Institute is seeking high quality research students to engage with the key project areas of the four research programs. Browse the careers section to view the research themes available. ContactsDirector: Professor Xinghuo Yu Executive Officer: Frank Yardley Administrative Officer: Petra Van Nieuwenhoven |