Funding for Maynooth University project led by Dr Tim McCarthy to support autonomous technologies
Minister for Business, Enterprise and Innovation, Heather Humphreys, today announced a €25m Government investment through the Science Foundation Ireland Research Infrastructure Programme as part of Future Jobs Ireland. The funding will be distributed among six research infrastructure projects and will enhance high quality research activities and innovation in areas of strategic priority across a variety of disciplines.
Announcing the awards, Minister Humphreys, said: “I am delighted to announce this significant investment under Future Jobs Ireland. The quality of research being undertaken in Ireland today is testament to our world-class research community. This talent combined with the support provided through programmes like this one maintains our reputation as a great place to do business and work. The successful projects are at the cutting edge of innovation and are helping us to achieve our goal of preparing now for tomorrow’s world.”
Dr Timothy McCarthy, Maynooth University commented: “Autonomous technologies offer huge societal and economic opportunities to Ireland. We are only beginning to see the practical applications this technology can provide. This investment will mean that not only can we create very real national capacity in this field but that we can ensure the opportunities have a much broader impact.
“This partnership with Maynooth University, the National University of Galway, the Institute of Technology Tralee, University College Cork and the SFI Research Centre LERO is an example of how cross institute partnership will help our development as a nation. Investments like this will ensure that Ireland can continue to compete at a global level working in partnership with the leaders in industry and securing funding from programmes such as Horizon 2020.”
The SFI Research Infrastructure Programme provides research groups with cutting edge infrastructure for the performance of high quality, impactful and innovative research. The programme ensures Irish researchers have the capacity to apply for international funding opportunities including the Horizon 2020 funding calls. Additionally, the programme facilitates inter-institutional sharing of national research infrastructure, especially for Institutes of Technology, as well as effective research partnership with industry through collaborative initiatives.
The six research projects that will be supported are:
- Dr Timothy McCarthy, Maynooth University - National Autonomous Technologies Data Platform (NATDaP) will provide valuable open Autonomous Technology data (including driverless vehicles, A.I., robotics and drones) from collaborating Higher Education Institutes across Ireland, which can be accessed by a much wider community, including researchers and industry collaborators.
- Prof Kingston Mills, Trinity College Dublin - Next generation flow cytometry and single cell gene analysis – this cutting-edge infrastructure, the only of its kind in a biomedical research Institute or a hospital site in Ireland, will significantly enhance Trinity College Dublin’s cytometry suite capability, enabling rapid analysis for clinical samples.
- Prof Mani Ramaswami, Trinity College Dublin Ultra Low Noise Digital 3T MRI which will enable new programmes of research at three SFI Research Centres and permit participation in international consortia including Horizon 2020. This new MRI scanner will allow Ireland to lead in neurodevelopmental research on infants and children, and in the areas of ADHD, depression, psychosis and Alzheimer’s disease.
- Dr Graeme Maxwell, Tyndall National Institute - Tyndall 200mm FlexiFab - core (national) infrastructure upgrade which will enhance equipment to enable processing on 200mm (8 inch) wafers, a unique asset needed to drive future innovation in ICT research and industry in Ireland.
- Mr. Michael Gillooly, Marine Institute - EirOOS Irish Ocean Observing System: A component of the European Ocean Observing System (EOOS) will further scientific and technical research capacity in key areas such as sea level science, ocean circulation and carbon sequestration allowing us to understand the connection between Ireland and the Atlantic. This infrastructure will also increase opportunities to participate in European funded initiatives under Horizon 2020 and more.
- Prof Walter Kolch, University College Dublin - A national platform for comprehensive molecular analysis (CMAP) underpinning chemistry, the bioeconomy, and precision oncology research: from molecules to microorganisms and humans. CMAP will not only enhance Ireland’s competitiveness to participate in and lead international research, it will also support research in five national priority areas, contributing to a more sustainable environment, better healthcare, and the creation of high-quality jobs.
Key Researchers on NATDaP include Dr John McDonald (MU), Dr Eddie Jones (NUI Galway) Dr Martin Glavin (NUI Galway), Prof Joseph Walsh (IOT Tralee), Prof Greg Provan (UCC) and Dr Aisling O’Driscoll (UCC).
Commenting on the investment, Dr Ciarán Seoighe, Deputy Director Science Foundation Ireland said: “The SFI Research Infrastructure Programme was developed to support excellent research in Ireland. To allow researchers to meet the evolving challenges both globally and domestically we must ensure that they have the cutting-edge infrastructure required for their research to positively impact our economy, society and environment. Science Foundation Ireland is delighted to support researchers by providing them with facilities and equipment which enable them to keep exploring the frontiers of STEM research, and to progress their discoveries towards practical implementation.”
Welcoming the investment, Dr Paul Connolly, CEO, Marine Institute said: ‘Sustainably managing our oceans and understanding the impacts of ocean and climate change, requires increased observations on and within the ocean. These observations underpin research and advice to support policy makers in sustainably managing our oceans and also in developing adaptation and mitigation plans for climate change impacts. The investment in the EirOOS infrastructures will enable enhanced ocean observation and underpin forecasting and modelling in the marine area.’