Apprentice opportunities in the emerging offshore wind sector.

New initiative maps education and training routes for electrical professionals and apprentices seeking opportunities in the offshore wind sector.

South East Technological University (SETU) and Waterford and Wexford Education and Training Board (WWETB) have launched a new initiative highlighting education and training pathways for apprentices and people with electrical backgrounds seeking to develop skills for Ireland’s emerging offshore wind sector.

The ‘Electrical Pathways into Offshore Wind’ initiative, supported by ASL Safety & Training, was officially launched at SETU’s Summerhill Road Campus in Wexford (IRL) on in  September 2026, followed by a visit to WWETB’s Training Centre at Whitemill also in Co. Wexford.

ASL Safety & Training has provided health, safety, security and environmental training and consultancy services since 1994. The company works across a broad range of industries, supported by experienced professional consultants and trainers. Its courses and trainers are accredited by recognised industry and professional bodies.

LtoR: David Cunningham, Electrical Instructor, WWETB; Captain Phil Murphy, Project Manager for Offshore Wind, SETU; Billy O’Rourke, Apprentice; Paul O’Brien, Business Development Manager, WWETB; Mark Corcoran, Managing Director, ASL Safety & Training; and Aidan Corcoran, ASL Safety & Training.

The initiative brings together further and higher education and specialist industry training to demonstrate how existing electrical qualifications can provide a foundation for developing skills relevant to offshore wind.

Three pathways have been identified, combining electrical apprenticeship training and qualifications available through SETU and WWETB with Global Wind Organisation-approved training. Options include electrical apprenticeship combined with high voltage certification; SETU’s Certificate in Renewable Energy Systems; and the Certificate in Health and Safety for High Voltage Systems.

The launch comes as the south east prepares for significant development in offshore renewable energy. Tonn Nua, planned off the Waterford coast and expected to be operational by 2034, will have a target capacity of 900MW and is one of four areas identified for offshore renewable energy development under the South Coast Designated Maritime Area Plan (DMAP).

“The development of offshore wind represents a significant opportunity for the south east but realising that opportunity will require a skilled workforce. Education and training providers have an important role to play in ensuring that people in our region can develop the skills needed to participate in this emerging sector," said Phil Murphy, Project Manager for Offshore Wind at SETU. “Working with WWETB allows us to look across the education and training landscape and create clearer connections between existing skills, further education, higher education and specialist industry training. For someone with an electrical background, this initiative demonstrates that there are practical routes through which they can begin preparing for opportunities in offshore wind.” 

Paul O’Brien, Business Development Manager, WWETB added that “WWETB welcomes the potential job opportunities that the growing offshore wind industry will bring to the South Wexford and Waterford coastal regions. With decades of experience in supporting apprenticeships and industry, we are committed to building the partnerships and training infrastructure required to facilitate skills training for the many jobs that are expected.
“We are proud to highlight the WWETB electrical apprenticeship pathway, alongside other progression routes, that can help learners and qualified professionals take the next step towards careers in offshore wind and its associated industries. These pathways provide a clear roadmap for developing the specialist skills required to support Ireland's renewable energy future”

The pathways are suitable for vocational and professional applicants and can be undertaken as standalone learning opportunities or combined to add to existing qualifications and experience.

Recent analysis estimates that the first 5GW of offshore wind development could contribute between €1.7 billion and €2.2 billion in additional gross value added across the wider south region, representing a potential boost of over 11% to the south east economy. The initiative reflects a wider focus on ensuring that the economic opportunities associated with offshore renewable energy translate into skills and employment within the region.

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@WWETBofficial #SETU #Electrical #Training #Ireland

VP of Industrial & Process Automation appointment.

Focused on driving industrial efficiency through combination of automation, software, AI and electrification; strengthening collaboration with customers and ecosystem partners to maximise impact.

Alex Richards

Schneider Electric has appointed Alex Richards as Business Vice President of Industrial & Process Automation for Britain & Ireland.

David Hall, Zone President UK & Ireland at Schneider Electric, commented: “Alex’s appointment will help us advance innovation and deliver meaningful automation, digitalisation and decarbonisation initiatives across the UK and Ireland, helping customers turn ambition into practical outcomes.”

In his new role, Alex will lead Schneider Electric’s Industrial & Process Automation business across the territories, helping customers across key industrial sectors modernise operations by combining software-defined automation, AI, robotics, electrification and digital intelligence. This enables organisations to use energy and resources more efficiently, accelerate decarbonisation initiatives, and build more resilient and competitive operations.

Having joined Schneider Electric in 2008, Alex brings extensive experience across Energy and Sustainability Services, Global Field Services, Digital Services and Segments & Strategic Accounts. Most recently, he served as Vice President of Segments & Strategic Accounts for Europe Operations and prior to that Vice President, EMEA, for Mining, Minerals and Metals.

Commenting on his appointment, Alex Richards shared: “Industry is entering a defining period in which the convergence of automation, digitalisation and electrification will be essential to driving productivity, resilience and long-term sustainability. Schneider Electric has the technology, expertise and partner ecosystem to help organisations translate this opportunity into practical progress.”

“I am excited to lead our Industrial & Process Automation business and to work alongside customers and partners across the UK and Ireland. Together, we can accelerate industrial transformation, unlock greater efficiency and agility, and build more competitive and sustainable operations.”

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@SchneiderElec #PAuto #Ireland #Britain

Robotics and medicine.

At Medical Technology Ireland, attendees will have the opportunity to experience Stäubli’s technologies firsthand and discover the transformative role they are playing in medical device manufacturing.

Medical Technology Ireland is one of Europe’s leading trade shows for medical device development and manufacturing. Taking place this year on September 23-24 at Galway Racecourse, the event will feature Stäubli Robotics and its comprehensive portfolio of innovative automation solutions for the medical technology industry.

The range of medical devices is vast, spanning everything from orthodontic braces and CT scanners to prosthetic devices. As diverse as these products are, all must comply with rigorous industry standards—and increasingly, they must do so amid ongoing innovation and industry trends, such as connected and wearable devices and personalized products, which are making manufacturing more complex and placing greater demands on traceability.

Automation offers solutions. “In the medical world, the rising demand for single-use devices like surgical staplers, which require precise assembly and testing, increasingly involves automation and robotics to meet high production volumes and stringent medical device requirements,” says Sébastien Lagarde, Global Leader, Life Robotics at Stäubli Robotics.

Robots and mobile robotic systems can make medical device manufacturing as efficient, reliable, cost-effective, and streamlined as possible. Of course, robots used in medical applications must meet the most stringent hygiene requirements. They must also withstand intensive cleaning and decontamination procedures, and only specially designed robots can do so over the long term without being damaged.

Forty years of expertise in the medical technology industry.
For nearly four decades, Stäubli Robotics has partnered with OEMs and system integrators to automate demanding medical technology applications. Drawing on its extensive expertise, the company offers a comprehensive range of robotic solutions for virtually any application. Whether used in assembly, machining, laser cutting, polishing, sandblasting, quality inspection, or injection molding operations, Stäubli robots support every stage of medical device production.

Stäubli offers hygienic, cleanroom-ready four- and six-axis robots across a wide range of payload capacities. Specialized models designed for life science applications comply with the most stringent GMP and FDA requirements and are adapted for operation in aseptic environments. Stäubli’s portfolio also includes the Access series, a dedicated product line that provides an affordable entry point for many medical device manufacturing applications while maintaining Stäubli’s high quality and performance standards.

Another key advantage for medical device manufacturers is Stäubli’s extensive quality and process expertise. The company is certified to ISO 13485, confirming that it meets the requirements of the internationally recognized standard for quality management systems for medical devices. This certification helps manufacturers comply with regulatory requirements by significantly reducing the validation effort involved in integrating automation solutions. Through documented processes, rigorous quality standards, and a consistent focus on industry requirements, Stäubli offers its customers greater assurance when implementing demanding production projects.

For highly flexible process integration and material handling, Stäubli offers a range of mobile robotic solutions, including platform AGVs, autonomous forklifts, and the unique Sterimove mobile robot— the world’s first Grade A/B-compatible mobile robot.

Automation delivers significant user benefits.
With proven expertise and flexible solutions, Stäubli continues to set new industry benchmarks, helping manufacturers optimize scalability, process reliability, and productivity. Stäubli’s solutions are designed to meet all regulatory requirements in the medical technology sector, allowing medical device manufacturers to improve throughput and product quality while increasing efficiency and profitability. Automation also helps reduce human error, enhance transparency through real-time data collection, and create more flexible manufacturing processes—all essential capabilities for meeting the growing demand for personalized medical products.

The venue for Medical Technology Ireland - Galway Race Course

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@StaubliRobots @MedicalTechIre @PresseBox @UnnGmbh #Robotics # Medical #PAuto #Ireland

Transatlantic Research Collaboration between the island of Ireland and the United States.

Ireland's Taoiseach⁽¹⁾ Micheál Martin TD, First & Deputy Ministers Michelle O’Neill MLA, and Emma Little-Pengelly MLA have pledged support to a $20 million investment in a new U.S.-Ireland Research Translation and Commercialisation Initiative.

The U.S.-Ireland R&D Partnership’s⁽²⁾ new initiative is a trilateral project funded by the U.S. National Science Foundation Directorate for Technology, Innovation and Partnerships (NSF TIP), Research Ireland and Department for the Economy. The initiative is also part-funded through the Government of Ireland’s Shared Island Fund, and supported by a Secretariat provided by InterTradeIreland, the cross-border trade and business development body, which is the only organisation with a direct legislative mandate to lead all-island economic collaboration.

(L-R) Brian Stone, NSF Chief of Staff, Deputy First Minister Emma Little-Pengelly MLA
and Taoiseach Micheál Martin TD at the announcement in Washington.

This new initiative will support collaboration between researchers, innovators and industry partners across the United States of America, Ireland and Northern Ireland, and was established as an expansion activity to support the translation of research outputs from the U.S.-Ireland R&D Partnership into market-ready products, services and solutions.

• The initiative will identify research under the themes of cybersecurity, energy and sustainability, telecommunications, sensors and sensor networks, and nanoscale science and engineering. These themes reflect shared priorities and areas of established research strength across Ireland, Northern Ireland and the U.S.

• It will assist in the development of bespoke training programmes for researchers who have worked on these projects, to upskill them in advancing their research along the translation and commercialisation path. There will also be an opportunity for selected teams to receive further funding to catalyse the creation of start-ups focused on the outcomes of their research.

Welcoming the announcement, Taoiseach Micheál Martin said: “The U.S.-Ireland R&D Partnership is a powerful example of how sustained international cooperation delivers real benefits for our people, our economy and our research community. This new investment builds on 20 years of success and will help ensure that cutting-edge research developed across the island of Ireland, and the United States can be translated into real-world solutions and high-value jobs. The Government of Ireland is pleased to contribute over $9m to this new initiative, deepening our investment partnership with the United States National Science Foundation and the Northern Ireland Executive, to realise new commercialisation opportunities and benefit all partners.”

First Minister Michelle O’Neill also welcomed the announcement, saying: “For 20 years, the U.S.-Ireland R&D Partnership has shown what can be achieved when people come together with a shared purpose — bringing researchers, businesses and institutions together to solve problems and create opportunities. This new transatlantic initiative represents a significant opportunity to turn excellent research into real benefits for our economy and our communities; while strengthening the strong relationships we have built with partners in the US and across this island.”

Deputy First Minister, Emma Little-Pengelly added: “For the last 20 years, the U.S.-Ireland R&D Partnership has shown how practical, results-focused cooperation can deliver tangible economic benefits, bringing together government, academia and industry to work together to support innovation and growth. This landmark expansion strengthens our economic links with the United States, maximising our potential to support high-value jobs and trade opportunities for businesses and communities.” 

Brian Stone, NSF Chief of Staff, Performing the Duties of Director, said: “For nearly twenty years, the U.S-Ireland R&D Partnership has not only jointly funded numerous trilateral science and engineering research projects, it has also served as a model of how to successfully facilitate cross-border research and development. Today’s announcement from NSF TIP, the Government of Ireland and Department for the Economy marks a natural next step in our transatlantic partnership, expanding our collaboration to accelerate the translation of projects into businesses and solutions, delivering significant scientific, economic and real-world benefits.”

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⁽¹⁾  Taoiseach" is the title of Ireland's Head of Government.
⁽²⁾ The U.S.-Ireland R&D Partnership is a tri-jurisdictional initiative supporting collaborative research projects involving partners in Ireland, Northern Ireland and the United States since 2006.

@Researchirel @NSF @Economy_NI #Research #Ireland #USA

New head for Irish civil engineers.

Ciarán McGovern has been appointed President of the Association of Consulting Engineers of Ireland (ACEI). The Kiltimagh, Co. Mayo (IRL) native takes up the position at a critical time for Ireland’s infrastructure and housing delivery. The ACEI was founded in 1938, and is the representative body of consulting engineers in Ireland. It represents 125 member firms that employ over 5,500 people in Ireland.

Ciarán McGovern

A chartered engineer and Managing Director of TOBIN, McGovern’s appointment comes at a critical time for the sector, as Ireland faces growing pressure to deliver housing, energy and infrastructure projects.

As President, McGovern said his focus will be on improving collaboration between the engineering sector and client organisations to remove barriers to project delivery, while also strengthening the business environment for consulting engineers. He also called for reform of procurement practices, including a move away from lowest-cost tendering towards quality-based systems, and more balanced approaches to risk allocation.

McGovern warned that systemic challenges, including a widening talent gap and procurement practices, must be addressed if Ireland is to meet its infrastructure ambitions. He highlighted the scale of the challenge ahead, noting that the State is expected to invest approximately €100 million per day in capital infrastructure over the next decade.

“If we are serious about delivering housing and infrastructure, we need to create attractive, sustainable careers in engineering." he said. "We need to move towards a model where consulting engineers are treated as trusted advisors, not interchangeable suppliers. The coming decade will be fundamentally different to the last decade. The scale and urgency of infrastructure delivery will require new ways of working, greater collaboration and a stronger voice for engineering in decision-making.”

The appointment also coincides with the launch of ACEI’s new three-year strategy, which will focus on enhancing the influence, value and community of the consulting engineering sector.

Appointed at the ACEI AGM and he thanked his predecessor Tim Murnane for his exceptional leadership over the last year and his colleagues in TOBIN for their support.

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@ACEINews @TOBINengineers #Engineering 

Quality, innovation and sustainability.

The 7th International Conference on Quality, Innovation and Sustainability (ICQIS 2026) will take place from 10–12 June 2026 at SETU-South East Technological University’s Cork Road, Waterford campus. The event is expected to attract researchers, industry leaders, and practitioners from across Ireland and internationally.

SETU Campus, Waterford, Ireland.

The conference aims to create a platform for knowledge exchange and collaboration, with a particular focus on how businesses can apply the latest thinking in quality management, innovation, and sustainable practice to drive competitiveness and growth.

Chaired by Dr Patrick Lynch, the conference will feature keynote contributions from internationally recognised experts including Professor Peter Hines and Richard Dawson.

Speaking ahead of the event, Dr Lynch said the conference offers a valuable opportunity for regional enterprises to connect with global expertise; “ICQIS 2026 will bring world-leading insights directly to the South East. For regional businesses, this is an opportunity to engage with new ideas, share experiences, and explore practical approaches to improving performance, embracing innovation, and advancing sustainability.”

The conference programme is designed to ensure strong industry relevance, with highlights including keynote talks, an industry panel discussion, parallel sessions, and an industry-focused excursion.

On Thursday, 11 June, delegates will visit Lean Industry 4.0 (LI4) and an industry partner to see innovation and quality systems in practice, offering tangible insights for businesses looking to enhance their own operations.

The conference will also include networking opportunities with academics, industry experts, and policymakers, helping to strengthen connections between SETU and the regional enterprise base.

The opening evening will take place at Waterford Treasures: Medieval Museum, while the conference gala dinner will be held at the Tower Hotel Waterford.

ICQIS 2026 will explore a wide range of topics relevant to industry, including lean management, artificial intelligence, Industry 4.0 and 5.0, circular economy, and smart management systems. Regional businesses interested in innovation, operational excellence, and sustainable growth are encouraged to attend.

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@SETUIreland #ICQIS #Conference #Ireland

Scheduling and dispatch programme.

To revolutionise energy storage market in Ireland.

Ireland’s energy market is undergoing a major transformation through the Scheduling and Dispatch Programme (SDP). This initiative, led by the Transmission System Operators (TSOs), aims to enhance how electricity is scheduled and dispatched across the grid in Ireland and Northen Ireland. Battery energy storage systems (BESS) will be enabled to fully participate in energy trading, aligning with the EU Clean Energy Package and supporting Ireland’s renewable energy goals.

Under the new framework, batteries will be permitted to buy and sell electricity in the day-ahead, intra-day, and real-time markets in the same way as traditional power plants. This shift positions batteries as active market participants, capable of optimising their operation based on market price signals and system needs. The project enhances the economic viability of battery assets unlocking the access to multiple trading platforms and revenue streams and encourages broader participation in energy markets.

Batteries can communicate their intended charging and discharging schedules directly to the grid operators. This empowers asset owners to better align their operations with both market conditions and system demand, offering a higher degree of control over how and when batteries are used. It also allows for more efficient scheduling of grid resources, particularly during periods of volatility or high renewable generation. Transmission System Operators (TSOs) will also have real-time access to data on the state of charge of individual battery systems. This provides better situational awareness, enabling them to make more informed decisions about when and how to dispatch battery resources to balance supply and demand. Batteries will also receive clearer and more accurate operational instructions from the grid, which enhances their responsiveness and efficiency.

“The new Scheduling and Dispatch framework brings fantastic opportunities for BESS owners who will be able to take advantage of new revenue streams and smarter trading. By leveraging real-time data and predictive analytics, GridBeyond’s platform can support battery owners and operators to optimise dispatch and trading decisions,” said Richard O’Loughlin, Deputy CEO at GridBeyond.

“We have been offering energy services and trading operations for several years empowering asset owners with advanced tools and AI-powered solutions including Forecaster and Bid-Optimizer, which are essential for maximising revenue and achieving operational savings in Ireland’s energy market. With the ability to trade more freely and flexibly, battery operators can now tap into new revenue streams.
“The new framework will also accelerate the transition to a cleaner, more resilient energy system by integrating efficient operation of low-carbon technologies.”

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@GridBeyond_ #PAuto #Energy #Ireland

Chief Operations Officer appointed.

South East Technological University (SETU) has announced the appointment of its very first Chief Operations Officer (COO), David Denieffe. The appointment represents an important step in SETU’s journey and organisational development. This university, especially in it's Carlow (Irl) campus, has been a pioneer in automation and robotics education in Ireland.

David Denieffe

A former officer with the Irish Defence Forces, Mr Denieffe has held key responsibilities in facilities management in Ireland and Lebanon, while also leading the development of the Defence Forces’ first telecommunications network. Following his military service, he embarked on a distinguished academic career of over 25 years, holding senior leadership roles in higher education, including as Vice President at SETU.

An engineer by profession, David studied Electronic Engineering at the University College Galway (UCG), before completing a Master’s degree in Telecommunications Engineering at Dublin City University (DCU). He is a Chartered Engineer and Fellow of Engineers Ireland. Over the past 25 years, he has become a respected academic leader, publishing more than 40 technical papers and taking on senior positions that have seen him lead on global strategic partnerships, champion change management, and improve the student experience at SETU.

David serves on the Board of SETU Novus and is a Director of Educampus Ltd. He is also Vice Rector on the Governing Board of EU-CONEXUS, a transnational European University alliance.

Speaking on the appointment, Professor Veronica Campbell, President of SETU, said,"David Denieffe’s appointment as SETU’s first COO is a wonderful milestone for our university. David brings with him a remarkable breadth of experience, from his military service to his academic leadership. David’s commitment to operational excellence in support of our students, staff, and stakeholders, locally and internationally, will help drive SETU’s impact in the years ahead.”

Reflecting on his new role, David said, "It is a privilege to be appointed as SETU’s first Chief Operations Officer. This role is about people, supporting our students and staff, building partnerships, and helping SETU to thrive as a university. I am looking forward to continuing this journey alongside so many dedicated colleagues."

Outside of his professional life, David is a committed volunteer and sports leader. He serves as Chairperson of the Governance Committee of Athletics Ireland and Chairperson of the National Planning and Training Committee of the Gaelic Athletic Association (GAA). He is recognised as an expert in club development, governance, and planning within Irish sport. He is also an executive sponsor on Bord Gaeilge na hOllscoile and leads SETU’s engagement with Gaeltacht na nDéise.

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 @SETUIreland #Training #Ireland

OT Cybersecurity - Resilience.

Papers welcomed from the OT Cybersecurity Community.

The ISA Ireland OT Cybersecurity Conference is scheduled for next November 2025 in Mullingar (IRL). It is being held in partnership with Cyber Ireland.The theme for this years conference is "OT Resilience: Incident prevention, response and recovery."

Papers are currently being sourced and invitations have been issued to end-users, professionals, researchers and experts in the area of cybersecurity in Ireland to contribute their insights and experiences. Preference for speaking slots will be given to end-users.

Suggested topics include:

• Segmentation Strategies
• Defence in Depth
• Disaster Recovery Plans for OT Environments
• Incident Recovery Plans
• Developing an OT-Centric Incident Response Plan
• Collaborating with IT and Cybersecurity Teams During
• OT Incidents
• Best Practices for Incident Investigation in OT Systems
• Operational Continuity
• Importance and Benefits of Cyber Insurance
• Cybersecurity Post-Incident Analysis
• Building a resilient OT Infrastructure

Guidelines: • Authors are requested to submit an abstract of their paper by Friday 29th August. • The committee will review abstracts by Friday 26th September. • Authors of accepted abstracts shall prepare detailed presentation slides and submit them for the final review of the Conference Technical Committee by Friday 24th October. • Final presentations, incorporating the Committee's feedback, shall be submitted by Monday 3rd November. Submissions and enquires to ISA Ireland

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@IrelandISA @CyberIreland @ISA_Automation. #PAuto #Cybersecurity #Ireland

Battery trading in Japan backed by Ireland.

First battery has gone live in Japan’s Energy Market.

GridBeyond has officially commenced energy trading in Japan using a front-of-the-meter (FTM) battery asset. The announcement was made on June 24 during the Ireland Innovation Seminar hosted at the Embassy of Ireland in Tokyo, where GridBeyond presented alongside its local partner, PORT Inc.

Ahead of the announcement, PORT successfully brought online a 2 MW / 8 MWh grid-scale battery located in Gunma Prefecture. This asset marks GridBeyond’s first active trading project in Japan and serves as a launchpad for a broader portfolio of battery projects scheduled to go live between 2025 and 2028.

The event was also attended by Ireland’s Minister for Enterprise, Tourism and Employment, Peter Burke TD, who made the following remarks regarding the collaboration between the two companies: “Ireland is a global-leading innovation hub, particularly in digital fields such as AI and energy tech. GridBeyond is one of our key companies, a leading example of an Irish advanced technology and sustainable business. The launch of this new initiative in Japan, a critical growth market for the Irish economy, in partnership with PORT, is a testament to the global value of Irish technology, and we are extremely proud of this work. I look forward to seeing both companies achieve further success in contributing to Japan’s decarbonisation and energy optimisation.”

PORT, whose mission is “Transforming social debt into future opportunities,” announced its entry into the FTM battery power plant sector in March. This move aligns with Japan’s 2050 carbon neutrality goal and the country’s accelerating adoption of renewable energy. Since then, PORT has been working closely with GridBeyond to optimise battery operations.

Commenting on the project launch, PORT’s President and CEO Hirofumi Kasuga said: “This first trading milestone not only strengthens our business foundation but also marks a significant step toward large-scale battery deployment in Japan. Our collaboration with GridBeyond goes beyond a technical partnership—I believe it opens up new potential for the energy market as a whole. Together, we aim to expand installations and usage of energy storage systems, contributing to a more sustainable energy infrastructure.”

Atsushi Ito, Country Manager at GridBeyond GK (Japan entity), added: “In addition to grid battery operations, we are rolling out strategies that support flexibility on both the supply and demand sides, such as CHP optimisation, demand response using data centers, and AI-powered energy asset management. By leveraging our overseas expertise and adapting our services to Japan’s unique market structures and regulations, we aim to earn the trust of even more customers.”

GridBeyond is committed to delivering flexibility services in Japan and accelerating efforts to support the country’s decarbonisation goals as a trusted long-term partner.

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@GridBeyond_ @Entirl @peterburkefg @IEAmbJapan @IrelandatExpo #PAuto #Energy #Japan #Ireland 

Corporate Services Building opens in Irish University.

South East Technological University (SETU) has proudly celebrated the official opening of its new Corporate Services Building. The new building marks a significant milestone in the University’s infrastructure development and long-term vision for growth across the region.

It was officially opened at a special event at SETU's campus in Carlow, with partners from across the education sector, industry, and stakeholders in attendance to celebrate this achievement.

The SETU Carlow Campus runs many courses in the discipline of Automation, Instrumentation, Control and Measurement and indeed was one of the pioneer Third Level institutes in Ireland to provide such courses.

The €26 million, self-funded project is a flagship addition to the SETU estate, providing over 5,000 square metres of high-quality, near zero energy building (NZEB) space across four storeys. It includes bright, modern offices for more than 240 staff, a new restaurant and café, incubation space to support the region’s emerging fintech sector, meeting and collaboration rooms, and an external landscaped plaza that will connect to the forthcoming Advanced Science Building.

Speaking at the opening, SETU President, Professor Veronica Campbell, praised the project as a transformative space that reflects SETU’s ambitions as a dynamic, regional university of global significance: “As we look around us, we can all appreciate the quality of this new space. It is a bright, modern, and dynamic environment. The building has created new opportunities for growth and collaboration with industry at SETU.
“As a multi-campus university, the value of collaborative spaces is immensely important. This building enhances our ability to connect with colleagues and external stakeholders across the region,” she continued.
“It is a clear symbol of SETU’s presence in the south east as a confident, modern, and future-focused organisation. We are incredibly proud of this space and see it as a benchmark in quality for future SETU developments."

Prof. Campbell also extended gratitude to the key partners involved in bringing the project to fruition, including Wejchert Architects, Conack Construction, Seamus Byrne Electrical, and Blanchfield Mechanical Contractors.

Keith Williams, Director of Capital Projects at SETU, highlighted the strategic vision behind the project: “In 2018, the former Institute completed a masterplan which identified the need to provide additional office space to support the continued expansion of the thec Institute of Technology Carlow, and the forecasted growth in staff and student numbers as part of the technological university.
“We appointed a design team led by Wejchert Architects in 2019 and subsequently the Main Contractors Conack Construction in 2021. Despite various economic challenges, we successfully delivered a high-quality, energy-efficient space that sets a new benchmark for SETU developments,”

The Corporate Services Building is already playing a central role in fostering collaboration, accommodating over 240 academic and professional staff, and delivering vital communal services for both staff and students. It is a space that we are immensely proud of. It has created a bright, warm, welcoming, comfortable, vibrant place of work for our staff, whilst also providing additional dining, meeting communal space for both staff and students,” Keith concluded.

L-R Dr David Dempsey, SETU Governing Body member; Cormac O'Toole,Vice President Finance/Financial Controller; Prof. Veronica Campbell, President of SETU; Jennifer Murnane O'Connor TD, Minister of State for Health; Keith Williams, SETU Director of Capital Projects; David Denieffe, SETU Vice President for Student Experience; and Fintan Phelan, Mayor, Carlow County Council at  pictured at the ribbon-cutting ceremony.

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@SETUIreland @DeptofFHed #Ireland #Education

Major innovation and research for Irish region.

Connecting with industry for research and collaboration.

Technological University Dublin (TU Dublin) has launched a transformative €13.6 million initiative, ARISE – Amplifying Research and Innovation Supporting Enterprise, which aims to revolutionise the way Irish industry and small and medium-sized enterprises (SMEs) access research, innovation, and expert support. Funded by the European Union and the Government of Ireland, ARISE is designed to catalyse economic growth and competitiveness in the Eastern and Midlands Region by bridging the gap between academic research and real-world industry challenges.

The programme offers industry access to TU Dublin’s cutting-edge facilities, Ireland’s largest concentration of academic researchers in a technological university, and a team of innovation specialists who will help businesses improve processes, develop new products, and build resilient, future-proof operations. ARISE focuses on five key sectors that are crucial to Ireland’s innovation economy:

• 
  Biopharma, Life Sciences and Medical Technologies
• Advanced Manufacturing and Engineering
• Food, Agritech and the Bioeconomy
• ICT and Financial Services
• Audio-Visual, Creative and Cultural Industries.

ARISE will play a critical role in promoting regional economic resilience, especially in the Eastern and Midlands Region, which has a diverse mix of urban hubs and rural communities. By embedding innovation support in these regions, TU Dublin is helping to level the playing field for industry, particularly SMEs outside traditional tech clusters.

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@WeAreTUDublin #Research #Innovation

Wastewater plant attracts international attention.

The Arklow Wastewater Treatment Plant—a €139 million project that ends decades of raw sewage discharge into the River Avoca—has officially opened, marking a major environmental milestone for Ireland. Ayesa  joined Irish water utility Uisce Éireann, The Taoiseach Micheál Martin TD, Minister James Browne TD, and local representatives to celebrate this long-awaited achievement.

Arklow Wastewater Plant and (inset) Taoiseach Micheál Martinat at the opening.

Strategically located in Ferrybank on Ireland’s east coast, the state-of-the-art facility brings long-overdue environmental protection to the region while unlocking potential for future housing and commercial development in Arklow and its surroundings.

Fully operational since late 2024, the project was delivered six months ahead of schedule and within budget—an exceptional achievement in major infrastructure delivery.

In a striking departure from conventional wastewater facilities, the Arklow plant has captured international attention for its bold design and architectural excellence.

Blending industrial function with sculptural form, the building integrates seamlessly into its coastal setting with a design that is both practical and visually compelling.

It was recently awarded the prestigious Downes Medal—the highest honour from the Architectural Association of Ireland, and one rarely granted to utility infrastructure. This recognition positions the plant as a global case study in how essential infrastructure can also enrich the built environment.

“This project has been a decade in the making, and I couldn’t be prouder of the Ayesa (formerly ByrneLooby) team,” said Luke O’Connor, Director of Water, Ayesa Ireland. “Their dedication—from the earliest feasibility studies to project handover—has shaped a facility that is now a global benchmark in wastewater infrastructure.”

Ayesa has played a central role in this nationally significant project for over a decade, supporting Uisce Éireann and its delivery partners from inception to completion. The company’s multidisciplinary expertise spanned early environmental studies, land acquisition, and stakeholder engagement, through to the design of interceptor sewers, a marine outfall, and key infrastructure components, including a 1,000m offshore pipeline, river tunnel beneath the Avoca and high-capacity pumping station.

Michael Looby, Director at Ayesa added: "Being here on the first day we turned the sod and now to see the plant fully operational—ahead of schedule and already making a difference for the community—is incredibly rewarding. This is more than just infrastructure; it’s a legacy project for Arklow and it's deeply personal to us.”

Speaking at the event, the Irish Head of Government, An Taoiseach Micheál Martin TD praised the project as a key step in Ireland’s environmental and housing ambitions. He said: “The Government recognises the vital role of strategic infrastructure investment in meeting the country’s demand for housing while also protecting and enhancing the environment. That’s why we are committed to working with Uisce Éireann to bring forward essential projects like this plant in Arklow, which is currently capable of supporting a population of 24,000 but holds the potential to expand to 36,000.”

With the plant now fully operational, Arklow is entering a new era—one defined by environmental protection, improved public health, and sustainable growth. More than just a treatment facility, this project stands as a model for how essential infrastructure can create long-lasting social, environmental, and architectural value.

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#Wastewater #PAuto @AyesaNews @IrishWater @MichealMartinTD @JamesBrowneTD 

Emerging technologies!

The Ireland Section's Emerging Technologies Conference 2025 was held in early April 2025 in Cork. It explored the upcoming technologies that are shaping the ICS industry particulary in the Pharma sector which is so innovative in the Munster (South of Ireland Province) area.

Industry leaders, experts and professionals, designers and users, met to explore the latest trends, innovations, and technologies shaping the future of automation.

Catching up!

The conference was very well attended and a large number of suppliers and consultatnt companies supported the event with small table top displays ath edge of the Conference area. During the breaks there was plenty of time for networking and discussion. As it was the first ISA event of any size since the restrictions of the Pandemic some years ago this interaction was more than appreciated by many renewing friendships and enjoying again face to face interaction.

A lot of this discussion centred on the new tarriff regulations announced the previous evening (Irish time) by the current USA Regime on the rest of the world with a palpable sigh of relief from those involved in the Pharma sector though tinged with some residual anxiety as to what might in store in the next few months.

The event was opened by Patrick Corbett, the newly elected* President of the Ireland Section of the International Society of Automation.

The event opened with a keynote presentation "Making Your Data Work For You!" co-presented by John McKeon and Patrick McCarthy, Gallarus Industry Solutions.

Michael Lawlor and Conor O’Sullivan of Sanofi discussed "Equipment Digital Twin – From Concept to Reality"

Some of the speakers in full flow!

Tom Doyle of Fortinet, a Platinum Sponsor of the event, then made their Showcase Presentation.

Ciarán Ó Drisceoil, Associate Director Digital Plant at Lilly gave a users view of the Challenges and opportunities of IT/OT integration in life sciences using ISA Standards (ISA 95).

Industrial AI – A New Industrial Revolution was the especially current topic from Deon van Aardt of AVEVA (SolutionsPT)

MTP was the subject addressed by Rockwell's Jim Butler with Enhancing Manufacturing Flexibility and Efficiency with Module Type Package.

Pio Murphy discussed the practical zapplication with "RTMS Digital Plant enabling Lilly Kinsale Operational Excellence." Kinsale is the location of a long established plant by the American Pharma company Eli Lilly.

Global software innovator Compucal's CEO, Dónal O'Sullivam, gave a study of an Asset Management Digital Transformation Project with Hanley Calibration Services.

A very interesting and relevent talk on today's innovation topic was "Upcoming Regulation for Users to Test Safety Functions," was given by Services & Support Manager at Pilz, Michael Gyilfoyle. This is particularly relevent in view of regulations and directives eminating from the European Commission.

Networking at the edges!

Digitalisation, getting ready for renewable gas was the interesting talk given by Frank Smiddy from Gas Networks Ireland, where he showed just how far this is changing our use of fuels.

Finally Liam Deasy and Seán Wallace of NeoDyne examined Driving Success in Digital Transformation.

All in all ISA Ireland organising committee are to be congratulated on the smooth organisation of this event. It was a worthy successor to events like this organised by the section in its almos 50 years of existance and a good portent for future events.

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* See "Passing the Chain!" (18/3/2025)

@IrelandISA @ISA_Automation #PAuto #TandM #Pharma #Ireland 

Open for robotics.

Live demonstrations and insights on the latest advances in robotic and machine automation technologies.

ABB Robotics will be holding an Open Day at its Milton Keynes Customer Experience Centre (GB) on Thursday, 15th May, highlighting the benefits offered by the latest robotic and machine automation technologies. Featuring live demonstrations, interactive sessions and expert insights, the event will show how automation is opening possibilities for transformation and growth across industries in Britain and Ireland.

"With over four million robots currently in use, the world is seeing an acceleration in the adoption of robotic and machine automation technologies as businesses looks for ways to improve efficiency, flexibility, productivity, and sustainability.” said Alan Conn, Managing Director of ABB Robotics UK & Ireland. “Our Open Day will highlight how UK and Irish businesses can use ABB’s technologies to enhance their competitiveness. With a full range of products and software on show, including examples of our AI-enabled robots, the event will underline how our robots and machine automation solutions can boost productivity and open new pathways to becoming more sustainable."

The event will feature four dedicated zones. In the Digital Zone, visitors will experience demonstrations of RobotStudio® virtual robot programming tool, AR and VR viewers for factory floor visualization, and the OptiFact factory management tool for optimizing production operations.

The Cobot Zone will highlight the versatility and safety of ABB's cobots, including a live demonstration of a cobot-based pharmaceuticals cell. The zone will also feature ABB’s GoFa™ cobots for industrial applications, plus an insight into ABB’s Ecosystem Program, which provides easy access to approved third-party equipment and software.

The Industry Zone will present a range of robotic applications for various industries, with demonstrations of arc welding, machine tending, high-speed picking and packing, autonomous mobile robots (AMRs) and automated logistics handling. It will also cover the potential for improved productivity, efficiency, and sustainability in other sectors such as food and beverage, healthcare, and retail.

Finally, the Customer Service Zone will focus on how ABB supports customers through services including training courses, technical help and assistance and robot refurbishment services.

The event will also give attendees the opportunity to interact with ABB’s robotics and machine automation experts and learn how the technologies are addressing key trends such as smart factories that are shaping the future of manufacturing and industry.

Scan-book your place.

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@ABBRobotics @ABBgroupnews @ABBMeasurement @abb_automation @NapierPR  #Robotics #PAuto #Britain #Ireland

Passing the chain!

"After two incredible years serving as President of the ISA Ireland Section, it’s time to pass on the chain! It has been an honour to support the Ireland Section, working alongside a passionate committee of volunteers dedicated to advancing automation and supporting professionals across Ireland," thus said Patrick Bonner at the recent AGM of the Ireland Section of the International Society of Automation (ISA).

There have been some major achievements—from hosting their cybersecurity conference in 2023 and 2024 and making connections within the global ISA community. The Section was also honoured with a 'Section Excellence' award in 2024 from International Society of Automation (ISA) by Claire Fallon (CEO) and Prabhu Soundarrajan (International President) at the awards event in South Carolina, USA.

"I’m grateful for the support of our members, volunteers, and partners who have made these past two years so rewarding, and to everyone in ISA HQ including Rachael McGuffin, CAE and the team for all their help over the past two years," he said.

The new Section President is Patrick Corbett and picture shows Patrick Bonner (left) congratulating Patrick Corbett on assuming office.

Delegates were encouraged to participate in the next conference. This is The ISA Ireland Section Emerging Technologies Conference  where delegates will explore the latest innovations shaping the future! This is scheduled for 3rd April 2025 in the Rochestown Hotel in Cork (IRL).

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@IrelandISA @ISA_Automation #PAuto #TandM #Ireland

Acquisition bolsters presence within EMEA.

Control Station has announced the successful acquisition and integration of its Roscrea (IRL) based joint venture and distribution partner. Originally formed in 2016 to support the needs of multi-national process manufacturers, Control Station Limited strengthened the company’s market positioning both in the EMEA region and globally. Through this acquisition Control Station significantly expands its international reach with the addition of expert sales and engineering services staff.

Reformed under the name Control Station Technologies Limited, the new entity operates as a wholly owned subsidiary of Control Station Inc. It remains strategically located in Ireland and within the European Union’s rapidly growing market for industrial process automation solutions. According to Mordor Intelligence, the European industrial process automation market will exceed $31 billion by 2030 with the Middle East and Africa regions raising that projection to nearly $40 billion.

“Since 2016 Control Station has achieved significant growth among its international customer base particularly among multi-national manufacturers with operations in the EMEA region,” commented Damien Munroe, former joint venture principle and new Vice President of Partner Development. “This acquisition more closely aligns our resources and enhances our ability to deliver value-added process optimisation solutions.”

Control Station has long led the market for process modeling and PID controller tuning products with its award-winning portfolio of LOOP-PRO™ branded tools. In recent years, the company has taken on the mantle of leadership within plant- and enterprise-wide control loop performance monitoring (CLPM) and process analytics. PlantESP™ Loop Performance Monitoring is widely recognized as a highly intuitive and uniquely powerful CLPM solution, having been successfully deployed at production facilities operated by Top 10 Manufacturers within each of the Basic Materials, Chemicals, Food & Beverage, Pharmaceutical, and Pulp & Paper industries.

“Since its founding, Control Station has supported the needs of the global process automation market from our US base of operations,” shared Dennis Nash, President of Control Station Inc. “Today’s announcement sets the foundation for our future by bringing us closer to the process manufacturing community and positioning us to generate better outcomes for our customers.”

In addition to its portfolio of software products, Control Station offers a wide range of process optimization and educational services. With the recent introduction of System Health Monitoring (SHM), the company now provides a tiered service offering that leverages intelligence captured by PlantESP. The SHM service captures and reports critical system and controller performance data from participating PlantESP installations. The service facilitates rapid response to system resource issues and guidance for both achieving and maintaining world-class control.

Through the acquisition, Control Station significantly expands the team of sales and engineering resources under its direct control. Additions to the sales force include multiple seasoned professionals who are now focused more specifically on growing accounts within the EMEA region. Similarly, the expansion of Control Station’s engineering services team is expected to enhance the company’s ability to support a growing base of international and multinational customers. Control Station has successfully licensed its solutions to half of the manufacturers listed among the Fortune 500, and the company currently supports facilities located in over 70 countries.

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@Control_Station #PAuto #EMEA #Ireland

Thermal Imaging helping advance electrocaloric research.

At Queen’s University Belfast (QUB), researchers used FLIR’s A8583 cooled mid-wave infrared (MWIR) camera and 5x microscope bayonet lens, and FLIR Research Studio software to investigate the electrocaloric effect—temperature changes in dielectric materials under an electric field.

This combination of high-speed thermal imaging and advanced analysis tools enabled real-time observation of thermal fluctuations, providing deeper insights into material behavior. The ability to visualise and quantify these temperature changes with precision supports the development of solid-state cooling solutions for electronics and sustainable refrigeration.

Challenge.
QUB sought to investigate the electrocaloric effect, a phenomenon where dielectric materials experience temperature fluctuations under an applied electric field. Understanding this effect is crucial for developing energy-efficient, solid-state cooling systems that could revolutionise electronics cooling and sustainable refrigeration. However, capturing these rapid thermal changes required a high-speed, highly sensitive thermal imaging solution capable of detecting minute temperature variations in real time.

Solution.
To address this challenge, Butler Technologies provided QUB with a FLIR A8583 MWIR cooled camera and 5x microscopic optic—a high-speed thermal imaging system designed for scientific applications—along with FLIR Research Studio software for advanced data analysis. The researchers used this combination of cutting-edge hardware and software to:

• Apply a square wave voltage to various samples, including thin wires and multilayer plates
• Observe real-time thermal fluctuations in dielectric materials
• Detect and analyze thermal responses
• Capture transient thermal changes

Results.

FLIR A8583 thermal camera, paired with FLIR Research Studio, capturing real-time electrocaloric temperature changes in dielectric materials at Queen’s University Belfast, supporting research in energy-efficient solid-state cooling systems.

Using the FLIR A8583 thermal camera and FLIR 5X microscopic optic, researchers at the university successfully identified thermal fluctuations at the same frequency as the electrical stimulus, confirming the electrocaloric effect in real-time. This precise ability to capture transient thermal changes enabled a more detailed examination of how electrocaloric materials respond under different conditions, offering insights into their feasibility for solid-state cooling technologies.

The integration of a high-speed cooled thermal camera significantly improved measurement accuracy. With the Stirling engine cooling the detector to approximately 77 Kelvin, the system achieved greater sensitivity and a higher frame rate, allowing for precise thermal photon detection. This capability is particularly valuable for scientific applications requiring the measurement of subtle temperature variations with extreme precision.

These findings contribute to the ongoing exploration of electrocaloric materials for next-generation cooling solutions, with potential applications in electronics thermal management, sustainable refrigeration, and materials science. 

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See also FLIR's R&D page.

@flir  @QUBelfast @Butler_Tech @mepaxIntPR #Automation #Research #Ireland

Predictive maintenance solutions for GB & Ireland.

The launch of Megger Industrial Reliability in Britain and Ireland has been announced. This marks a significant milestone in the company’s evolution, driven by the strategic acquisitions of Diagnostic Solutions and Distance. The new division is dedicated to advancing reliability solutions within the industrial sector.

“Megger Industrial Reliability is about more than technology – it’s about partnership. We work side by side with our customers to understand their specific challenges and deliver solutions that guarantee results. By focusing on trust, collaboration, and measurable outcomes, we help businesses achieve lasting improvements in reliability and operational efficiency,” said Stephan Sommer, Industry Director at Megger Industrial Reliability

Megger Industrial Reliability is designed to reduce unplanned downtime and extend the lifespan of critical industrial assets. Using techniques such as vibration analysis and advanced monitoring tools, the division provides organisations with actionable data to improve decision-making and streamline maintenance processes.

The approach goes beyond providing technology, focusing on building strong relationships and ensuring success at every step. From commissioning systems on-site to delivering ongoing support, Megger partners with customers to develop tailored reliability plans that address unique challenges and deliver measurable results.

Three tailored packages are available to meet diverse industrial needs. Each package is designed to simplify maintenance workflows while providing expert insights and a clear path to optimising reliability. Whether customers are beginning their reliability journey or seeking to enhance an existing strategy, Megger offers a solution that aligns with their goals.

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#Megger #TandM #Ireland #Britain

Automation excellance lauded in ceremony.

The 43rd annual Honours and Awards Ceremony of the Ireland Section of the International Society of Automation (ISA) was held last week in the Munster Technological University (MTU) in Cork. This ceremony acknowledges and encourages excellence in those training for careers in Instrumentation, Systems and Automation.

"The Ireland Section, which is voluntary with a membership of over 180, received its charter in 1978. Its purpose is to bring together all personnel involved in the instrumentation and related disciplines in order to enhance their capabilities in instrumentation design, manufacture and use," said current President Patrick Bonner of the Bonner Company (Which coincidentally was founded in the same year).

This year six awards were made, four of which submitted by Third Level institutions and two classified as Industry Awards. The presentations wer made by Councillor Dan Boyle, Lord Mayor of Cork. He said "When people involved in such diverse areas of technology achieve excellence and in the process produce quality work, it is only right that we should publicly acknowledge such success."

1. Apprenticeship Award:
Awarded to the best final year instrumentation Apprentice for notable academic and practical achievements in instrumentation.

Sky Moroney

The awardee was Mr. Sky Moroney on the nomination of Mr. Eddie Mc Elheron, Lecturer at South East Technological University.
He completed his apprenticeship in 2024 with Sulzer Pumps in Co Wexford and attended both phase 4 and phase 6 at the Carlow Campus of SETU.
Sky demonstrated exceptional commitment and attitude during his block releases and achieved credits (in excess of 80%) in all of his theory and practical exams.
He also completed other studies, PLC Night Class in FAS training Centre, Sligo, and Level 1 of The Certified Control System Technicians program (this is an ISA Program). He is currently attending Sligo ATU fulltime course in Batchelor of Engineering in Mechatronics, having completed his first year.

2. Degree Award.
Awarded to the best final year Degree student specializing in any area of Instrumentation and Control.

Stephen Cooper

The Awardee was Mr. Stephen Cooper on the noomination of Mr. Keith Smyth, South East Technological University.
The project revolved around the development of a wheelchair which is equipped with multiple technologies to enable advanced navigation in complex environments. His The Smart-Chair Navigator has shown to be a viable solution for using technology to bridge the gap in accessibility challenges by enhancing daily mobility needs of wheelchair users.

3. Honour’s Degree Award.
Awarded, on any nomination, to the best final year Degree student specialising in any area of Instrumentation and Control.

Eric Wickens

The awardee was Mr. Eric Wickens nominated by Mr. Aidan O Connell, Lecturer, MTU, Cork
Eric graduated from the Joint Honours BSc. in Industrial Physics at Munster Technological University (MTU) and University College Cork (UCC), where he achieved a First Class Honours. This four-year degree culminated in his final year project, called “Design and simulation of a MEMS (Micro-Electromechanical System) Biosensor” and was done in coordination with the Tyndall National Institute.
This project was a success and led to the fabrication of the simulated devices, a conference presentation and accompanying paper.

4. Post Graduate Award
Awarded to the best Post Graduate student awarded PhD / Bsc in Instrumentation / Applied Physics in Ireland.

Giovanna Ricchiuti

The awardee was Dr. Giovanna Ricchiuti, nominated by: Mr. William Whelan-Curtin Senior Lecturer, Department of Physical Sciences, MTU, Cork
Giovanna Ricchiuti has demonstrated exceptional multidisciplinary expertise and academic excellence during her PhD project on developing innovative photonic sensors for environmental pollution monitoring, process control, and food quality assessment. As part of the OPTAPHI Marie Sklodowska-Curie training network, Giovanna successfully completed a double PhD, splitting her time between Munster Technological University, where she focused on integrated photonics and physics, and TU Wien (Vienna University of Technology), where she engaged with spectroscopy and analytical chemistry. Giovanna’s groundbreaking work bridged two demanding fields, requiring her to master both analytical chemistry and photonics. Her achievements make her an exemplary candidate for recognition, marking her out as one of the most talented PhD students in her field.

5. Innovative Project Award.
Recognises a project which has made a significant contribution to the advancement of industry in Ireland through the use of Automation Technology

Sanofi, Waterford (IRL)

The award project was to the Sanofi Equipment Digital Twin Project Team - Mr. Michael Lawlor, Mr. Conor O’Sullivan, Mr. Aymeric Kerserho and Mr. Gregory Albertson on the nomination of Mr. Aidan O Connell, Lecturer, MTU, Cork
Sanofi Waterford has introduced a Multi New Format Fill Line (MFFL), which is an ad- vanced-design fill line capable of filling both syringes and vials with Grade A isolator. From the outset of this new line’s selection and procurement it was identified as the ideal candi- date to be the first Equipment Digital Twin.
The Solution developed is the result of a strong project team with both internal partnership between our Digital and Business teams as well as with the direct collaboration and support from the machine vendors and well as from industry experts to ensure its applicability and therefore creating a solution that is both innovative and practical.
Leveraging the equipment OEMs in-depth knowledge of the manufacturing process and the knowledge and guidance of industry experts which was iterative ensured our solution is technically robust and closely aligned with the needs of our users as well as ensuring that it is aligned with business objectives. The Implemented Equipment Digital Twin is an exact replica of the physical line equipment down to the “nuts and bolts” level created directly from the CAD (3D) models of the physi- cal production line machines.
As a result, the physics and communication of the machines in the Equipment Digital Twin are the same as the physical line, allowing us to use it as a pre-production environment. All software changes are implemented on the Digital Twin before transferring to the actual equipment. This means we no longer need to use the physical line for testing and trouble- shooting. By protecting the physical line’s operational time, we can provide life-changing medical products to patients even more efficiently.
By utilising the Equipment Digital Twin, we also reduced electricity consumption and mini- mised the need for vendors to travel, as they can test their modifications remotely. This leads to a substantial decrease in greenhouse gas emissions. Additionally, the improvement in precision and efficiency provided by the Equipment Digital Twin already result in less waste, including syringes, vials, and product materials. As the production line goes into full operation, we anticipate even less waste over time, further enhancing our sustainability efforts.

6. Pioneer Award.
This is awarded, on the nomination Society members, in recognition of a lifetime devoted to instrumentation in Ireland.

Recipient for 2024 was Mr. Ger Hellen, NeoDyne, who was nominated by Mr. Declan Lordan of Douglas Controls and Automation.
Ger graduated in Electrical/Electronic Engineering from UCC in 1976. He started work with EI Company, Shannon, a subsidiary of General Electric USA (GE) and an early US FDI investment in Ireland when it was established in 1963. Ger was on a manager development programme and within 2 years the unit production manager for a production line with 80 operators, making parts for 6,000 TV’s per day. Production and people management experience proved invaluable subse- quently but product technology, involving TV CRT tube electron guns, was obsolete relative to semiconductor electronics. After three years Ger moved to Mitchelstown Creameries as a maintenance engineer.
NeoDyne was established in 1998 with Kevin MacCarthy and grew at a steady 14% per year. Ger’s garage became a 6-person office. The fields covered mirrored Ger’s experience in SCADA, PLC, instrumentation and HV/MV electrical. NeoDyne moved to Eastgate Lit- tle Island in 2002. In 2016 a succession plan was progressed and the next step in 2021/2 in- volved a Management Buyout of Ger’s shareholding by four managers, all of whom who had joined NeoDyne 20 years earlier. The buyout completed in October 2022 and Ger retired in March 2023 after nearly 47 year’s continuous working.
Today NeoDyne is wholly owned by 7 Director Shareholders and a further 35 manager engineers work in profit-share. 2024 turnover was over €30M , the cur- rent employment is about 210 and offices are located in Little Island, Dublin, Galway, Waterford and Chesterfield in England.
Ger is a strong believer in building the capability of Irish engineering, keeping company ownership in Irish control, and the growth-mindset and can-do attitudes that US FDI com- panies have brought to this country over the past 50 years. Ger is proud of his farming and Huguenot roots (Ger’s Huguenot Helen ancestor came to Innishannon in 1747)

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@IrelandISA @ISA_Automation #PAuto #Ireland #Automation