Flinders at Tonsley co-locates expertise in computer science, engineering and mathematics together with the Flinders Medical Device Research Institute and the Centre for Nanoscale Science and Technology, alongside some of Adelaide’s biggest businesses and key industries. It is also a hub for entrepreneurs and future employers who are creating next generation start-ups through the Flinders New Venture Institute.
The Medical Device Research Institute is committed to producing high quality research and delivering benefits through the application of technology to the medical and allied health sectors. The Institute fosters cross-disciplinary collaborations and places particular emphasis on the importance of university and industry interaction.
The Medical Device Partnering Program within the Institute provides a unique model for collaboration between researchers, clinicians, end-users and industry to develop cutting-edge medical devices and assistive technologies that solve real problems.
The New Venture Institute will extend from ‘hands-on’ learning experiences for students to the translation of successful research into leading edge products and services. This will include the potential attraction of capital to support commercial developments.
The Institute aims to tap the skills and entrepreneurial experience of Flinders’ academic and research staff, particularly the Flinders Business School, and has been responsible for a number of successful programs and company spin-outs including Venture Dorm.
Centre for Nanoscale Science and Technology's mission is to apply world-class fundamental research and know-how to provide novel, robust solutions to the challenges facing Australia in the general areas of energy, health, security and water.
The Centre is a research hub encompassing nanoscale projects in areas such as water, energy, health and security. Projects include environmentally friendly corrosion and anti-fouling protection, new desalination membranes, new approaches for harnessing energy, DNA genotyping for cancer diagnostics, and fingerprinting using quantum dots.