Ageing mind and impact of social media on the brain up for debate at Robert Boyle Summer School June 4 to 7 What effect does social media have on the mind? What changes take place in the ageing mind and what goes on in the minds of serial killers? All will be revealed as avid conversationalists and the culturally curious gather for four days of intriguing discussion and debate. 'Mind and Matter' is the theme for this year's Robert Boyle Summer School, a not-to-be-missed gathering from June 4 to 7 that promises thought-provoking talks, discussions and entertainment in Waterford city and Lismore. This year begins with a special opening evening with SETU forensic psychologists Dr Lorraine Bowman Grieve and Dr Jennifer O'Mahoney as they explore our fascination with true crime and serial killers, followed by a weekend full of engaging conversation and social events. The Summer School is a weekend event for adults interested in exploring the role of science in our culture, organiser, Eoin Gill said. It's an annual pilgrimage to the south east for many from across Ireland. "The annual Robert Boyle Summer School is in the tradition if Irish cultural summer schools -very much a Festival for adults, not a school; focusing on Science, but not for Scientists," Eoin Gill said. "We explore where ideas come from and how they impact and affect how we see the world today. The annual Robert Boyle Summer School brings together speakers across various fields on a particular theme relevant to society. This year's Mind and Matter theme will resonate with our audience and we look forward to really good, mind-opening conversation and debate. "We're honoured that this year, we will be joined by excellent speakers and experts in their field, among these Prof. William Eaton head of the Department of Philosophy and Religious Studies at Georgia Southern University; Dr Emma Farrell from the Department of Psychology at Maynooth University, and Regius Professor Rose Anne Kenny from the Trinity College who leads the Irish Longitudinal Study on Ageing and is author of the best-selling Age Proof : The New Science of Living a Longer and Healthier Life "We're privileged to also have Prof. Mark Cunningham from Trinity College Institute of Neuroscience with us for the 2026 Festival, along with Prof. Luke Gibbons from Maynooth University. In addition to the talks and discussions, the weekend features an array of entertainment, social gatherings and the iconic Garden Party in the stunning surrounds of Lismore Castle Gardens," he explained. The Robert Boyle Summer School is organised by CALMAST, South East Technological University's STEM Engagement Centre in partnership with Lismore Heritage Centre, with support from Waterford City and County Council, Lismore Castle Estates, the Environmental Protection Agency (EPA), local industry West, Waters, Sanofi, Haleon and Bausch and Lomb. Book a session, a day or the whole Summer School on Eventbrite: https://www.eventbrite.ie/e/robert-boyle-summer-school-2026-tickets-1981338115640?aff=website See more breaking stories here. Irish Tech News are Ireland's No. 1 Online Tech Publication and often Ireland's No.1 Tech Podcast too. You can find hundreds of fantastic previous episodes and subscribe using whatever platform you like via our Anchor.fm page here: https://anchor.fm/irish-tech-news If you'd like to be featured in an upcoming Podcast email us at [email protected] now to discuss. Irish Tech News have a range of services available to help promote your business. Why not drop us a line at [email protected] now to find out more about how we can help you reach our audience. You can also find and follow us on Twitter, LinkedIn, Facebook, Instagram, TikTok and Snapchat.

By Mr. Stefanos Angeletos, Mr. Nikolaos Koulierakis, Dr. Vasiliki Danilatou Europe's digital transformation is accelerating at an unprecedented pace. Artificial intelligence (AI) is reshaping industries, critical infrastructures are becoming increasingly interconnected, and cyber threats are growing in both sophistication and frequency. Against this backdrop, the European Union faces a critical challenge: how to equip its workforce with the multidisciplinary skills required to secure Europe's digital future. The answer may lie in a new ambitious European initiative: EU-iNSPIRE – iNnovative multi-diSciPlinary Industry-focused cybersecurity education for upskilling and ReskIlling the EU workforcE. The project is supported by the European Health and Digital Executive Agency (HADEA) under the DIGITAL Europe Programme. EU-INSPIRE brings together 23 organisations across academia, industry, cybersecurity, policy, insurance, and standardisation to create a next-generation educational ecosystem for cybersecurity, AI, and cyber insurance. This four-year initiative officially began in January 2025 and will run until December 2028 under the coordination of the University of Piraeus Research Center in Greece. Eunomia Limited, an SME based in Dublin, Ireland, is proud to contribute to this groundbreaking initiative as one of the consortium partners. A Pan-European Initiative Addressing the Cybersecurity Skills Gap The cybersecurity skills shortage is no longer simply a workforce issue – it is a strategic challenge for Europe's resilience, economic stability, and technological sovereignty. Organisations across sectors increasingly struggle to recruit professionals who possess not only technical cybersecurity expertise, but also understanding of AI governance, cyber-risk management, regulatory compliance, and cyber-insurance. The rapidly evolving digital landscape increasingly demands professionals with multidisciplinary skillsets who can navigate technical, organisational, ethical, regulatory, and strategic challenges, rather than relying exclusively on narrow domain specialisation. EU-iNSPIRE was designed to address exactly this challenge. According to the project description, the initiative aims to revolutionise higher education within cybersecurity by cultivating a new generation of specialists with expertise spanning the political, organisational, and technological dimensions of cybersecurity, AI, and cyber insurance. The project will also support continuous upskilling and reskilling for professionals adapting to evolving digital threats and industry demands. The project is currently progressing towards the completion of course development. Why EU-iNSPIRE Matters Cybersecurity is no longer confined to IT departments. Every sector – from healthcare and finance to manufacturing, transport, insurance, and public administration – depends on resilient digital infrastructures. At the same time, AI technologies are rapidly being integrated into cybersecurity operations. AI can improve threat detection, automate incident response, and strengthen resilience. However, it also introduces new risks including adversarial attacks, algorithmic vulnerabilities, and ethical concerns around transparency, accountability, and bias. This convergence of cybersecurity and AI creates an urgent need for professionals who can work across disciplines. EU-iNSPIRE responds through a three-fold approach: 1. Training cybersecurity professionals capable of leveraging AI-driven technologies to enhance resilience of systems, infrastructures, and digital processes. 2. Developing cyber insurance specialists who understand the relationship between cybersecurity, AI, and cyber risk assessment. 3. Empowering domain experts with sector-specific digital transformation expertise, particularly in conformity assessment and regulatory compliance. The project goes beyond traditional academic programmes. It aims to create a sustainable ecosystem that combines: Master-level educati...

Tata Consultancy Services (TCS), a global leader in IT services, consulting and business solutions, who operate a Global Delivery Centre in Letterkenny, Co. Donegal, today announced a landmark strategic partnership with Mistral, one of world's leading AI companies. As part of this collaboration, TCS has become the first global systems integrator partner for Mistral Forge, Mistral's advanced system for enterprises to build frontier-grade AI models grounded in their proprietary enterprise knowledge and domain-specific data. The partnership combines Mistral's frontier AI capabilities with TCS' deep context of enterprise customers, domain knowledge and engineering excellence, to help organisations scale enterprise AI responsibly with greater speed. As part of this strategic collaboration, TCS will leverage Mistral Forge to build custom AI models for enterprises. It will help customers deploy their data and enterprise context to improve decision outcomes. This collaboration draws on TCS' strong global presence across North America, the United Kingdom, Europe, and Asia-Pacific to deliver AI solutions tailored to industry needs, operations and regulatory requirements. The partnership will initially focus on sectors like banking, financial services and insurance (BFSI), manufacturing, healthcare, and the public sector, where trusted AI adoption is becoming increasingly critical. TCS will also establish a dedicated Centre of Excellence for Mistral to drive joint innovation, build industry-specific solutions, support project delivery, and accelerate client value through early access to Mistral's beta models. The Centre of Excellence will serve as a strategic hub for advanced talent, focused training, and the capabilities needed to design, deploy, and govern AI solutions. Arthur Mensch, Chief Executive Officer and Co-Founder at Mistral, said, "TCS' global scale and contextual industry knowledge make them an ideal partner for Mistral. Together, we are enabling enterprises worldwide to move from experimentation to AI deployment with systems that are open, production-ready and aligned with their strategic and operational requirements." K Krithivasan, Chief Executive Officer & Managing Director at TCS said, "The partnership with Mistral reinforces TCS' commitment to scaling enterprise AI with trust, control, and measurable business outcomes at the core. This partnership expands TCS' AI ecosystem, uniquely positioning TCS to create a differentiated solution proposition for our clients. Together with Mistral, we will solve for specific industry challenges, regulatory requirements, and sovereign needs for our enterprise customers." As part of its broader Infrastructure to Intelligence AI strategy, TCS continues to invest across infrastructure, models, data, application, platforms and physical and digital intelligence. This aligns with TCS' ambition to become the world's largest AI-led technology services company, underpinned by a five-pillar strategy focused on embedding AI across the enterprise, scaling AI-led delivery capabilities, and driving measurable business outcomes for clients.

Irish Tech News is at Dublin Tech Summit and over the 2 days Ronan will be doing various podcasts. Our fourth podcast is with James Kretchmar SVP and CTO of Cloud Technology at Akamai the cybersecurity and cloud computing company that powers and protects business online. James talks to Ronan about his background, what Akami does, cloud outages and AI. Irish Tech News is at Dublin Tech Summit and over the 2 days Ronan will be doing various podcasts. Our ffith podcast is with Alvina Antar Chief Digital Officer at F5, an American technology company providing global scale and industry-leading converged application delivery and security platform offering unrivaled insight into the challenges and threats facing modern and legacy apps in the AI era. Alvina talks to Ronan about her background, embracing new technology, what F5 does, AI and getting the Grace Hopper award the night before Dublin Tech Summit started. Irish Tech News is at Dublin Tech Summit and over the 2 days Ronan will be doing various podcasts. Our sixth podcast is with John Wilson CISO and President of Forensics at HaystackID, and Jeff Shapiro Managing Director of Europe at HaystackID. John and Jeff talk to Ronan about their backgrounds, what Haystack does, their Dublin Tech Summit talk and AI deep fakes. See more podcasts here. Irish Tech News are Ireland's No. 1 Online Tech Publication and often Ireland's No.1 Tech Podcast too. You can find hundreds of fantastic previous episodes and subscribe using whatever platform you like via our Anchor.fm page here: https://anchor.fm/irish-tech-news If you'd like to be featured in an upcoming Podcast email us at [email protected] now to discuss. Irish Tech News have a range of services available to help promote your business. Why not drop us a line at [email protected] now to find out more about how we can help you reach our audience. You can also find and follow us on Twitter, LinkedIn, Facebook, Instagram, TikTok and Snapchat.

Tech salaries trends to watch Irish tech roles now command salaries that compete with – and often exceed – those in other key global economies and tech markets, reinforcing the country's position as a top-tier destination for skilled professionals, according to the latest Hays Tech Talent Explorer. While much of the global conversation around Artificial Intelligence has focused on job displacement, the research highlights how AI is instead reshaping tech roles. Routine and administrative tasks are becoming increasingly automated, allowing professionals to focus on complex, high-impact work. In Ireland, this shift is contributing to continued salary growth as demand rises for professionals who combine technical expertise with critical thinking, creativity, and decision-making skills. Ireland's Growing Global Competitiveness The research benchmarks Ireland against other key international markets, focusing on salaries in each economy across a range of tech roles. Ireland maintains a significant pay advantage in several key roles, such as Data Engineers and Solutions Architects. When compared to markets like the UK and Germany, Ireland performs strongly, with overall tech salaries in those countries trailing by 17% and 19% respectively. While the United States remains the global leader in compensation – with average tech salaries reaching approximately €108,387 compared to €81,338 in Ireland – the data reveals a tightening gap in specialised fields such as Data Scientists. The findings suggest Ireland offers employers access to highly skilled technical talent at a more sustainable cost base. Furthermore, salary benchmarks in Ireland remain closely aligned with major global markets like Australia and Singapore, while contractor day rates rival major hubs including Luxembourg and Hong Kong, reflecting the country's strategic importance as a centre for global tech operations. Despite broader economic uncertainty, Irish tech wages continue to be driven by sustained demand for advanced, future-ready skill sets rather than AI-led disruption. Senior Managing Director for Hays Ireland, Barney Ely, said: "Ireland is no longer just a European branch office for major tech companies, it is now a primary engine of global tech innovation. We are seeing a shift where AI is enabling tech professionals to move away from routine tasks and towards work that is more strategic and globally impactful. "We've recently seen layoffs at major players across the tech industry, but the continued strength of salaries demonstrates the resilience of the Irish market. "For talent, Ireland offers a landscape where technical skills are met with high-value rewards. For employers, the challenge is no longer just finding people – it's partnering with experts who can navigate an increasingly AI-enhanced environment." See more breaking stories here.

EZO, Ireland's largest private electric vehicle (EV) charging network, has today announced a new partnership with eir, launching the first of a series of dedicated high-speed urban EV charging hubs. Dublin's Walkinstown marks the beginning of this rollout, following the successful programme where EZO and eir converted 109 public payphone kiosks into EV charging stations across 13 local authorities. The Walkinstown site is the first of 50 purpose-built EZO-eir hubs planned around the country, designed to significantly improve urban charging coverage, user access and charging speeds for the growing number of electric vehicle drivers nationwide. Unlike traditional single-point charging locations, the hubs are engineered as high-capacity urban charging destinations, providing multiple ultra-fast chargers in one place to reduce wait times and deliver a more convenient experience. These new hubs also demonstrate how existing infrastructure can be efficiently adapted to support Ireland's transport transition. Established locations are being utilised by repurposing former eir telephone exchanges and upgrading operational eir depots into modern high-performing charging facilities. The Walkinstown hub, which is an operational eir depot, features three 200kW ultra-fast chargers, enabling drivers to rapidly recharge and return to the road in minutes. Strategically located in a high-demand urban area, it represents a new model of EV infrastructure focused on scale, speed and accessibility. The multi-charger hubs mark a major step forward in the EZO's strategy to deliver true national urban coverage and meet accelerating EV adoption with infrastructure designed for future demand. EZO CEO Ollie Chatten said: "The EZO–eir partnership combines telecommunications infrastructure expertise with EV technology and operations capability, enabling rapid deployment of high-speed charging facilities in prime urban locations." "The launch of our first dedicated EV charging hub is a pivotal moment for EZO and for Ireland's EV infrastructure. These hubs are about looking forward and delivering faster charging, better access and urban coverage at scale. As EV adoption continues to grow in Ireland, drivers need infrastructure that is designed for convenience and reliability. Our nationwide hub rollout will play a critical role in enabling that future." eir CEO Oliver Loomes said: "We are pleased to progress our work with EZO, having already converted 109 former public payphone kiosks into modern EV charging stations. Our broadband and fibre networks virtually connect the people of Ireland, and this project represents a natural evolution of our commitment to nationwide connectivity. "By transforming our network of buildings in urban areas into accessible EV charging points, we are extending that connection to people and communities on the ground. This collaboration will expand the accessibility of EV charging across Ireland, utilising eir-owned sites to deliver more sustainable infrastructure and helping drive environmental progress in a meaningful and practical way." See more breaking stories here.

Schneider Electric, a global energy technology leader, will showcase the latest advancements in its AI-Ready solutions portfolio, designed to support next-generation AI factories and large-scale digital infrastructure, during Datacloud Global Congress 2026. As governments and businesses globally continue to accelerate investments in artificial intelligence (AI) to drive economic growth, AI infrastructure is becoming one of the defining industrial challenges of the decade. According to Morgan Stanley Research, nearly $3 trillion of AI-related infrastructure investment is expected to flow through the global economy by 2028, while Gartner forecasts worldwide AI spending will exceed $2.5 trillion in 2026 alone. Central to the AI revolution are data centers, which are transforming into the AI factories of the future. As AI workloads become more compute-intensive, operators are facing unprecedented demands around power availability, rack density, cooling and infrastructure resiliency. Throughout Datacloud Global Congress, which takes place from the 1st to the 4th June 2026, Schneider Electric will demonstrate how organizations can deploy AI-ready infrastructure responsibly through next-generation power architectures, liquid cooling technologies, intelligent software, and digital services. Keeping pace in the race for AI On 2nd June at 10.30am, Frédéric Godemel, EVP, Energy Management Business at Schneider Electric, will join executives from Oracle, DATA4, QTS Data Centers and CBRE for the Keynote Panel, entitled 'How is the Data Center Ecosystem Keeping up with AI Demand', to discuss why neocloud's have become the next disrupter in the market, how their deployments differ from hyperscale and enterprise requirements, and how Europe can keep pace in the race for AI. Additionally, on the 2nd June at 12pm, Schneider Electric will host a panel discussion exploring how operators can de-risk their energy investments via innovative project structures, stronger utility collaboration, and greater engagement with local governments. Thierry Chamayou, Vice President of Cloud and Service Providers in EMEA at Schneider Electric, will join industry experts from GreenScale, Trench Group, Kao Data, JSM Group and Solar Turbines to discuss the strategies needed to support responsible AI infrastructure growth. "AI is fundamentally reshaping the future of digital infrastructure, creating new demands around power, cooling and resiliency, at unprecedented scale," said Marc Garner, Global President, Cloud and Service Provider Segment, Schneider Electric. "At Datacloud Global Congress, we will demonstrate how collaboration across the ecosystem is enabling the next generation of AI factories and helping organizations build scalable, resilient and sustainable infrastructure, built for the AI era." Design, build, simulate and operate On the 1st June at 12pm, Sébastien Cruz-Mermy, VP Datacenter Innovation at Schneider Electric, will lead a technical innovation session focused on the future of AI factories and the infrastructure strategies required to support them. During the session, Sébastien will explore how ultra-high-density rack design, next-generation DC power delivery architectures and resilient cooling strategies are becoming critical to enabling the future of AI infrastructure at scale. The session comes as Schneider Electric continues to expand its AI infrastructure ecosystem. Later, Schneider Electric and NVIDIA will also co-host an exclusive invitation-only executive briefing, bringing together senior leaders and industry experts to discuss the evolving landscape of AI-driven infrastructure and explore NVIDIA's 5?Layer Cake framework, including the DSX Blueprint, supported by Digital Twins, that bridge the gap between design, deployment, and operations. Designed as a high-level executive networking experience, the event will feature strategic discussions focused on how advanced technologies are reshaping data centers and accelerating innovation at...

By David Stephen who looks at Neuroimaging and prediction adiction in this article. There is a recent report in The New York Times, Minnesota Becomes First State to Ban Prediction Markets, stating that, "Under the law, a person who creates, operates or advertises a prediction market that allows users to place bets on future events could be charged with a felony punishable by up to five years in prison and a $10,000 fine. The law would not subject Minnesotans who bet on the sites to criminal penalties." "Millions of Americans bet billions of dollars each month on markets ranging from the price of oil to who will win the reality show "Survivor." The markets have come under heightened scrutiny as suspicious trades have come to light and fueled concerns about insider trading." "Hundreds of other unusual bets have also raised eyebrows. A New York Times analysis of Polymarket data showed hundreds of bets placed one day before the United States launched an attack on Iran, suggesting some bettors may have known the strike was coming. In April, Kalshi said it had discovered three examples of congressional candidates placing bets on their own races." Problem gambling research lab with conceptual neuroimaging? There could be many ways to regulate prediction markets. However, the likelihood that they would eradicate most of the risks that people are exposed to might be slight. There are already gaming regulation suggestions, for example, in Europe to ensure that people do not bet using credit. There are several others around time limits, fewer betting options, and so on. However, these can be regarded as technical. This means that there are two approaches to dealing with problem gambling: a technical side and a mind side. Most of the ways that digital addictions, like social media, video games and others were approached has been lopsided. While progress was made, they were never as effective in amplifying willpower and providing measures of risks before certain consequential decisions. This is the reason to have a major problem gambling research lab, with conceptual neuroimaging as the core path, for mind safety, against prediction markets addiction. Simply, how can there be a dynamic display of the human mind, for relays and destinations that can show the reach of addiction in the mind? So, like a flowchart, there can be boxes and arrows, labeled with possible destinations of mind. Then, some data points [timing, type of game, odds, and so forth] can be used to decided relays, helping to show parallels of what is happening in the mind. It will especially show the addiction destinations and how they feedback to the pleasure destination, as well as ignore the consequences and caution destinations. The purpose is to ensure mind safety, so that people are aware of what is happening in their minds. This would be comparable to showing [say] the corrosion of something, given the effect of another substance. The application is a flowchart with different shapes representing destinations in the mind and then different lines and arrows representing relays. It will be dynamic, such that it can take some data, either entered manually or automatically, and then display the relays of mind, in the instance. It will be developed using data visualization algorithms, fitting in a flowchart format. It may also be pre-trained with some existing gaming data, to ensure that it is possible to automate tens of possibilities in the mind. The application will be miniaturized for compliance with some gaming apps aside from its standalone iteration. Some prediction markets can have this lab, while some other sports betting or addiction companies may do as well. Just to see the mind, score and fasten prevention against risks and losses. This solution will ensure that there is enough fairness to avoid people saying they did not have a choice or could not stop themselves. The application will standalone, but can also be displayed on the side of some apps, as well as...

Action plan for offshore wind energy launched as first projects expect to get planning this year. Wind Energy Ireland (WEI) today launched its Offshore Wind Action Plan 2026, setting out the urgent steps needed to . accelerate the delivery of offshore wind energy and achieve energy independence for Ireland. The plan, launched before more than 400 delegates at the annual Offshore Wind Conference taking place today and tomorrow in the Clayton Burlington Hotel in Dublin, comes at a time of rising costs for households and businesses driven by continued reliance on imported fossil fuels. Minister Darragh O'Brien TD will deliver the keynote address on Day One of the conference at 1.35pm and Minister Timmy Dooley TD will deliver the keynote address on Day Two at 9.30am. Recent research from the ESRI confirms that Ireland's electricity prices are the highest in Europe because of our dependence on imported gas. The report also pointed out that countries like Spain which, after the previous fossil fuel crisis caused by Russia's invasion of Ukraine, cut their dependence on gas the fastest saw prices fall quickest. The action plan highlights significant progress over the last 12 months driven by the Taoiseach's new Clearing House for Offshore Wind Energy and a successful auction for the new Tonn Nua offshore project on the south coast, with industry confident that the first planning decisions on east-coast offshore projects can be expected later this year. However, while progress is clear, challenges remain and the plan identifies 18 actions for delivery over the next 12 months with key priorities including: An Coimisiún Pleanála must be supported to deliver on its commitment to offshore wind planning decision timelines – including getting the first decision out in September; The CRU, EirGrid and industry must finalise all grid agreements and specifications for the existing east-coast projects so they can connect to the grid; Clarity is needed on Ireland's future offshore wind pipeline, which sites will be available to progress and when; The Government must publish the National Ports Policy and, where a strong and credible business case is made, facilitate State investment in ports so they can build Irish offshore wind farms. The Government should advance plans for coastal Green Energy Parks which use offshore wind energy to attract new industries and create jobs. Noel Cunniffe, CEO of Wind Energy Ireland, said: "Irish families and businesses are living through their second global fossil fuel energy crisis in five years. As long as we choose to depend on energy imports, in an increasingly volatile and erratic fossil fuel market, we are vulnerable. "And when the next crisis hits, pensioners will, again, worry about the price of heating oil. Transport, fishing and agricultural sectors will, again, face enormous pressures as diesel prices rise. Families will, again, sit at the kitchen table looking in disbelief at their electricity bill. "Let's make a different choice. We choose Irish energy independence. We choose to generate our own clean and affordable power from our own enormous offshore wind energy resources. We can transport this on our upgraded grid, we can store this using new technologies, like long-duration energy storage. "We can invest in electrification and use our opportunity as holders of the EU Presidency later this year to prioritise the coming European Electrification Action Plan." Achieving this will require a concerted and joined-up effort right across the policy system to enable the first phase of projects to be built and energised in the early 2030s. Noel Cunniffe continued: "Ireland is radically and permanently transforming our entire energy system from how we generate electricity, to how we move and store it, to how we use it. "Achieving this cannot rest with one single department or group of policymakers, no matter how committed they might be. "It requires sustained support across Government, EirGrid, the regulato...

Maynooth University's (MU) has announced the launch of 25 new Faculty of Science & Engineering (FSE) ARDÚ Doctoral Scholarships, marking a major investment in the next generation of research talent and innovation. The FSE ARDÚ Doctoral Scholarships will support 25 PhD research students across three of the University's Research Beacons: Data Science and Digital Transformation, Health and Wellbeing, and Sustainability and Climate Change. The scholarships will fund cutting-edge research projects spanning areas such as health and disease, AI-driven healthcare analytics, and the molecular understanding of advanced materials. MU's FSE has a strong track record of delivering research that combines fundamental discovery with real-world impact. Across the faculty, researchers are addressing major challenges in health, sustainability, and digital transformation through collaborative research. By bringing together expertise from across disciplines, the ARDÚ programme will give doctoral research students the opportunity to work in a dynamic and supportive research environment while contributing to internationally recognised research. The programme reflects the faculty's strengths in computational and data science, advanced materials and physical sciences, and health, psychology, and human-centred research, supporting interdisciplinary approaches to complex real-world challenges. Each scholarship includes: Student stipend: €25,000 per annum Annual tuition fees Full-time Programme Fully funded for up to 4 Years Professor Paul Moynagh, Dean of the Faculty of Science & Engineering at MU, said: "The Faculty of Science & Engineering ARDÚ Doctoral Scholarships demonstrate Maynooth University's commitment to support of research in the Sciences and Engineering. They also provide exciting opportunities for early-stage scientists and engineers to pursue a research PhD under the supervision of world-class researchers who are making significant contributions to addressing some of the major challenges we face today." Dr Robert Elmes, Faculty of Science & Engineering Associate Dean for Research & Engagement at MU, added: "ARDÚ is a really positive development for the faculty and for the researchers who will join us through these scholarships. The projects reflect the breadth of excellent research taking place across Science and Engineering at Maynooth, while also creating space for new ideas, new collaborations and new researchers to develop. We are very much looking forward to welcoming the successful students and supporting them as they build their research careers." For more information visit: https://www.maynoothuniversity.ie/graduate-research-academy/scholarships-funding/ardu-scholarships About Maynooth University One of four constituent universities of the National University of Ireland, Maynooth University traces its origins to the foundation of the Royal College of St Patrick in 1795. It was formally established as an autonomous university in 1997. Maynooth University is one of Ireland's fastest growing universities with more than 17,000 students, including over 2,500 postgraduates. Maynooth University Faculty of Science & Engineering The Faculty of Science and Engineering comprises the departments of Biology, Chemistry, Computer Science, Electronic Engineering, Mathematics and Statistics, Physics, Psychology, Sport Science and Nutrition, and the School of Nursing. The role of the faculty is to coordinate the academic activities of individual departments, to oversee the strategic development of departments, and to support interdepartmental and interdisciplinary activities and programmes. See more breaking stories here.