The European Federation of Engineering Consultancy Associations (EFCA) has released two timely and insightful reports produced by the Future Trends Committee, in collaboration with Professor Torsten Wulf and his team at the University of Marburg.

These reports explore the current vulnerabilities in the EU’s energy and transport systems and offer practical recommendations to enhance resilience across both sectors. The findings highlight the essential role of consulting engineers in delivering robust, forward-looking solutions and infrastructure strategies.

Aimed at EU policymakers, sector stakeholders, and the wider public, the reports are accessible and informative, making them valuable tools for industry professionals and decision-makers alike.

Read the reports below and share with your network:

EFCA 2025 Future Trends_EU Transport Sector Resilience_Press release

EFCA 2025 Future Trends Report_EU Land Transport Sector Resilience

EFCA 2025 Future Trends _EU Energy System Resilience_Press release

Advice note – Net Contribution Clause in Consultant Appointments

We encourage ACEI members and partners to download, read, and circulate these documents to support awareness, policy engagement, and advocacy across the sector.

Cian Long, an Arup bridge engineer with a track record of design work in complex infrastructure, has won the Excellence in Engineering award at the 2025 EFCA Future Leaders’ Competition.

Cian’s nomination was submitted by the Association of Consulting Engineers of Ireland (ACEI), a member association of EFCA. The award was presented during the EFCA General Assembly and Conference, held in Luxembourg between 14-17 May.
Cian, who joined Arup in 2013, was honoured for his leadership and technical expertise on the New Harbor Bridge in Texas – a 506m main span precast segmental cable-stayed structure spanning the Corpus Christi Shipping Channel.

Now in its 16th edition, the EFCA Future Leaders’ Competition recognises young professionals under the age of 35 who exemplify leadership, innovation and excellence within Europe’s consulting engineering sector.

As a senior member of the project leadership team, he oversaw global structural analysis, superstructure design and construction engineering support, ensuring adherence to safety, durability and sustainability standards.

Over the past decade, Cian has significantly contributed to Arup’s bridge design team, with notable projects including the Rose Fitzgerald Kennedy Bridge in Ireland and Kirjalansalmi Bridge in Finland. His ability to manage multidisciplinary teams across continents, design codes and time zones has distinguished him as a leader capable of navigating the intricate demands of modern infrastructure delivery.

Speaking about his award win, Cian Long, Associate, Bridges and Civil Structures at Arup, said, “Receiving this award is a tremendous honour and a reflection of the incredible team I’ve had the privilege to work with. Our goal has always been to push the boundaries of bridge engineering through innovative, sustainable solutions. I am proud to have played a role in creating infrastructure that will serve communities long into the future.”

Cian’s recognition highlights his dedication to creating resilient infrastructure solutions.

Commending Cian’s award win, ACEI’s Director General, Shane Dempsey, said, “Cian’s achievement is a remarkable endorsement of his capabilities and integrity. He fully deserves to be recognised as a future leader of the European consulting engineering sector; his work shows he is leading our sector today into that future. It should be a great source of pride for our sector that a young Irish engineer has been awarded this prestigious European award. Indeed, Ireland had four entries at European level – showing that, as ever, we can compete on a global stage. Well done to Cian and the team at Arup for their ongoing work that reflects so well on the Irish consulting engineering sector.”

Tim Murnane, ACEI President, congratulated Cian, saying, “This is a fantastic achievement for Cian, Arup and consulting engineering in Ireland. This recognition of the excellence of Cian’s work, at European level, is wonderful and Cian now takes his place in a very long line of outstanding bridge engineers from Arup. I wish Cian all the best in his future career”.

 

 

Luxembourg – Leading voices from the European built environment design community came together
on the 15th of May for the joint conference “Architects + Engineers: Partnership for Resilient Design”.

Read about it here.

Introduction

The construction industry stands at a pivotal crossroads, with Modern Methods of Construction (MMC) rapidly transforming traditional building practices. As the demand for efficient, sustainable, and cost-effective construction solutions continues to grow across Ireland, MMC offers a compelling pathway forward. Factory production, digital design tools, and new materials are changing the daily work of every construction professional. For consulting engineers specifically, this shift demands new skills but offers substantial benefits in project delivery. In Ireland specifically, the housing shortage and climate commitments require construction solutions that deliver more buildings with fewer resources and lower emissions. MMC addresses these twin challenges directly.

The Technological Forerunner

The acceleration of technological innovation within MMC is remarkable. 3D volumetric construction has matured significantly, enabling entire room units to be manufactured with precision in controlled factory environments before transportation to the site. This approach dramatically reduces construction timelines while maintaining exceptional quality standards. Meanwhile, modular building techniques have evolved beyond simple repetitive structures to accommodate complex architectural designs that were previously thought impossible without traditional methods.

Twin wall technology represents one of the most promising hybrid methods gaining traction in Ireland. This technology consists of two precast concrete panels connected by steel lattice girders, with the void between them filled with in-situ concrete on-site. Engineering studies have demonstrated that interface shear strength increases with surface roughness, outer biscuit concrete strength, and connector embedment depth. The use of lattice shear connectors and increasing their depth significantly improves stiffness, flexural failure load, and composite action. Recent finite element modelling has confirmed that single trusses can

replace double trusses without compromising performance under certain conditions. A finding that offers significant material efficiency gains.

Twin wall systems significantly outperform traditional methods in critical areas that matter to consulting engineers: they carry heavier loads while using less material, provide better sound insulation between dwellings (a common complaint in multi-unit housing), and achieve fire ratings that satisfy the most stringent regulations without additional treatments. These systems have proven themselves in both residential and commercial applications across Ireland, offering a versatile solution that bridges prefabrication efficiency with structural performance.

Digital integration through Building Information Modelling (BIM) has become the backbone of successful MMC implementation, creating a seamless information flow from design through manufacturing to assembly. For consulting engineers, this digital thread offers unprecedented opportunities to optimise designs, predict performance, and collaborate across disciplines with greater efficiency.

Sustainability at the Core

MMC’s sustainability credentials extend far beyond the obvious reduction in construction waste. The factory-based production model enables precise resource management and material optimisation that would be impossible to achieve on traditional construction sites. Studies indicate that MMC approaches can reduce material waste by up to 90% compared to traditional construction methods.

The controlled manufacturing environment also facilitates the integration of cutting-edge insulation technologies and airtightness solutions, resulting in buildings that significantly outperform their traditionally built counterparts in energy efficiency. Twin wall systems, for instance, can be engineered with precise thermal breaks and integrated insulation layers, achieving U-values as impressive as 0.12W/m²K, far exceeding regulatory requirements while using less material. This performance advantage aligns perfectly with Ireland’s ambitious climate action goals and provides consulting engineers with powerful tools to deliver on increasingly stringent building regulations.

Challenges and Opportunities for Irish Engineering Consultants

While MMC presents tremendous opportunities, Irish consulting engineers must navigate several technical challenges during this transition. The integration of modular components with traditional building systems requires careful consideration of load paths, connections,

and material interfaces. Modular dimensions are often restricted by transportation regulations, which can limit design flexibility. Furthermore, the seamless integration of building services (plumbing, electrical, and HVAC systems) within modular units requires detailed planning to avoid rework on-site.

For twin wall systems specifically, engineers must understand the complex interaction between precast elements and in-situ concrete, including calculating differential shrinkage, managing thermal bridging at connections, and ensuring dimensional precision for factory production. Structural connections between modular units and traditional structures are particularly critical for stability under dynamic loads like wind or seismic activity.

However, these challenges represent opportunities for forward-thinking firms to differentiate themselves in an evolving marketplace. The Shanganagh Castle Estate project in Dublin demonstrates the efficiency gains possible with MMC approaches. This large-scale development, which commenced in September 2022, implemented a phased delivery approach using prefabricated elements, including twin wall technology. Phase 1, comprising 51 houses and a creche, was completed in just 14 months by September 2024. The subsequent phases of apartment construction are progressing at an 18-month timeline per phase, which is remarkably efficient for developments of this scale. This project also earned distinction as Ireland’s largest passive house scheme, demonstrating the compatibility of MMC with the highest sustainability standards.

The economic advantages are equally compelling. Research indicates that MMC techniques can accelerate construction timelines by 20% to 60% compared to traditional methods. In the context of rising construction costs, with tender prices increasing by 8.9% in 2021, 3.5% in 2022, and 1.6% in 2023, this efficiency is invaluable. Studies have identified potential cost savings of up to 14% for two-bedroom apartments through a combination of approaches, including the adoption of European construction methods like twin wall systems.

The firms that successfully integrate MMC knowledge into their practice will find themselves well-positioned to deliver on the Housing for All strategy’s ambitious targets while maintaining the highest standards of quality and sustainability. Furthermore, the precision and predictability inherent in MMC approaches allow engineers to push the boundaries of design innovation while maintaining confidence in structural performance and longevity.

Looking Forward

As Ireland continues to address its housing and infrastructure needs, MMC will play an increasingly central role in delivering solutions that are not only faster and more cost-effective but also more sustainable and adaptable to future needs. The adaptation of Irish building codes to accommodate these innovative construction methods, particularly regarding energy efficiency, fire safety, and structural performance, created a supportive regulatory environment for MMC adoption.

Quality assurance processes for MMC components have also evolved, with regular inspections during manufacturing, rigorous testing of structural elements, and adherence to Eurocodes ensuring that components perform as designed under Irish conditions. Digital tools like BIM are increasingly used to track quality throughout the design-to-installation process, providing engineers with unprecedented visibility into component performance.

For consulting engineers, embracing these methods represents an opportunity to lead rather than follow in the industry’s transformation. The technical expertise required to optimise twin wall systems, flat slab construction, and other emerging hybrid methods will become increasingly valuable as the industry transitions from traditional approaches.

I will be speaking on these topics and more at the National Construction Summit at the National Sports Campus (Dublin) on the 2nd of April, focusing specifically on how Modern Methods of Construction are reshaping the industry’s future. As an R&D tax consultant working extensively with construction firms and MMC specialists, I look forward to sharing deeper insights into how engineering innovation is driving this revolution.

Article by Benson John MSc CEng MIMeche,

Assistant Manager – R&D Tax Incentives

 

 

Dublin, [Monday 10th March 2025] – DBFL Consulting Engineers is proud to announce that it has been awarded the prestigious Gold Investors in Diversity standard from the Irish Centre for Diversity, making it the first fully Irish-owned engineering consultancy to hold this prestigious award and one of only 27 organisations out of over 300,000 companies  in Ireland, to be accredited with Investors In Diversity Gold.   This achievement places DBFL among Ireland’s top-ranking firms for workplace inclusion, solidifying its commitment to fostering a diverse, equitable, and supportive work environment.

The Gold Investors in Diversity accreditation is the highest standard awarded by the Irish Centre for Diversity, recognizing organizations that go beyond compliance to embed equity, diversity and inclusion (EDI) in their culture, leadership, and operations.

Speaking about the milestone, Tracy Kearney Director and EDI lead at DBFL, said:
“At DBFL, we believe that diverse teams drive better innovation, collaboration, and outcomes for our people and our clients. Achieving the Gold standard is a proud moment for us and a reflection of our ongoing efforts to create an inclusive workplace where everyone can thrive.”

Coincidentally, the same month that DBFL heard the good news about their Gold accreditation, one of the members of DBFL’s EDI team, Transportation Engineer Helen Gendy was also celebrating, having been granted Irish citizenship. Helen, originally from Egypt came to study at Trinity College in 2012. Speaking of her experience she said “I came here just to study, and I never thought I’d stay so long. It’s the home I never realised I needed.” In a time when Ireland is facing a critical engineering skills shortage, attracting and retaining overseas talent is a necessity, so DBFL was delighted to have a double celebration.

DBFL recognises the fact that a diverse workforce enhances productivity, fosters innovation, and leads to better engineering solutions, and by taking proactive steps to ensure inclusion, DBFL are playing their part in building a stronger, more resilient engineering sector that benefits all of Ireland particularly in a time of unprecedented demand for housing.

@Caroline Cummins – Managing Director, Irish Centre for Diversity commented:

“DBFL Consulting Engineers’ progress to Investors in Diversity Gold has been impressive.  Investors in Diversity Bronze laid firm foundations to build on, Investors in Diversity Silver listened to the voice of all colleagues to ensure that there is a shared sense of #Belonging, and now they are proud holders of Investors in Diversity Gold.  @Christina Haney winning ‘Employee of the Year’ in the National Diversity & Inclusion Awards 2024 was another notable milestone along the way.  Very well done to everyone at DBFL.  We look forward to sharing more of your D&I journey of continuous progress.”

As DBFL continues to lead the way in workplace inclusivity, the firm hopes to inspire others in the industry to prioritize diversity and equity, recognizing them as key drivers of business success and community development.

About DBFL Consulting Engineers

DBFL is a fully Irish-owned firm specializing in the planning, engineering design and delivery within the property, infrastructure, environmental & energy sectors, dedicated to delivering innovative, resilient and sustainable engineering solutions. The  organisation’s core values, Sustainability, Integrity, Adaptability, Excellence, Innovation, and Inclusivity, are the foundation of everything they do, guiding their approach to each project and helping their teams to stay true to their mission of Engineering Sustainable Futures.

ENDS

For further information, interviews, or media inquiries, please contact:
Leonie Lawler
leonie.lawler@dbfl.ie
01 4004000/087 2817397

www.dbfl.ie

Ireland is witnessing a significant digital transformation within its construction, architecture, and engineering (AEC) industries. As the country cements its position on the global stage, these sectors are increasingly leveraging digital technologies to drive growth, enhance efficiency, and improve sustainability. This shift is backed by substantial investments, economic incentives, and a forward-looking approach to technological innovations.

Industry Growth and Investment

The Irish government’s commitment to modernizing the AEC sectors is profoundly evident through initiatives such as Project Ireland 2040. This long-term strategy centres on spatial planning and public capital investment, with a significant portion allocated to the digitization and modernization of infrastructure. Major stakeholders in both the private and public sectors are increasingly investing in Building Information Modeling (BIM), prefabrication, ‘digital twin’ models, and cloud-based project management platforms, signalling a robust growth trajectory for these industries.

Economic Impact

Digitization is poised to deliver considerable economic benefits to Ireland’s AEC industries. Enhanced project efficiencies and productivity gains are reducing project timelines and costs, while increasing accuracy in project execution. These benefits translate into more competitive bidding for international contracts and an uptick in foreign direct investment. Furthermore, the construction industry, which accounts for a substantial portion of Ireland’s GDP, stands to gain from improved sustainability practices, which align with both European Union and national green economy targets.

Technological Innovation

Ireland’s AEC sectors are at the forefront of integrating cutting-edge technologies. BIM is becoming the industry standard for project visualization and collaboration, enabling all stakeholders to work from a single, accurate source of information. The adoption of augmented reality (AR) and virtual reality (VR) is enhancing design processes by providing immersive project experiences. Additionally, the Internet of Things (IoT) is making construction sites smarter, with real-time data collection and monitoring leading to better decision-making and enhanced safety.

Emerging technologies such as drones for site surveys and inspections and the development of digital twin models, as well as 3D printing for creating complex building components, are also gaining traction. These innovations promise to further reduce labour costs, minimize material waste, and streamline project workflows.

Future Outlook and Opportunities

The future of Ireland’s AEC sectors looks promising, with a multitude of opportunities emerging from the ongoing digital revolution. The integration of artificial intelligence (AI) for predictive analytics and automation can revolutionize risk management and resource allocation. Moreover, advancements in sustainable building materials and energy-efficient designs are expected to rise in response to heightened environmental awareness and regulatory mandates.

Education and training will play a crucial role in equipping the workforce with the necessary digital skills. Collaborations between industry and academia are essential to foster innovation and maintain a pipeline of talent capable of driving the next wave of technological advancements.

Overall, the digitisation of Ireland’s construction, architecture, and engineering sectors is not just a trend but a transformative wave that promises profound economic impacts and numerous opportunities for growth. As these industries continue to embrace and integrate new technologies, Ireland is well-positioned to become a leader in the global digital construction landscape, delivering sustainable and efficient solutions for future infrastructure needs.

Authored by: Robert McNair, PhD – Senior Technical Consultant, Leyton Ireland

We’re thrilled to highlight the incredible achievements of Anne-Marie Conibear, our ACEI President, in her recent feature in Irish Building Magazine!

Anne-Marie, Director for Energy and Sustainable Cities at Egis in Ireland, is currently leading a major dam and hydro-electricity project in Africa. Her vast expertise in international projects and sustainable development is an inspiration to us all.

Anne-Marie’s leadership exemplifies the power of diversity and inclusion, and we are proud to have her as the president of the ACEI.

Check out the full article to learn more about her journey and the impact she’s making on both the local and global stages! Read about here.

A public consultation has commenced on a review of Building Regulations, Technical Guidance Document L (Conservation of Fuel and Energy) Dwellings and Technical Guidance Document F (Ventilation).

Calculations in 2023 resulted in advanced cost optimal levels for major renovations to dwellings. In accordance with the EPBD, where more than 25% of the surface area of the building envelope undergoes renovation, the energy performance of the whole building should be improved to cost-optimal level in so far as this is technically, functionally and economically feasible.

In order to achieve the 2023 Cost Optimal requirement for major renovations it is intended to implement the performance requirements of a BER of “A3” or cost optimal equivalent works for major renovations to existing dwellings through amendments to TGD L (Conservation of Fuel and Energy) Dwellings and TGD F (Ventilation)

Further information including the proposed revised Technical Guidance Documents, a Regulatory Impact Analysis and templates for submission of comments may be found here.

Submissions and comments on the review should be sent by email to climateaction@housing.gov.ie The closing date for the receipt of submissions and comments is no later than 5:30 p.m. on Monday 03 February 2025 .

The EFCA Barometer provides essential insights into market trends and challenges across Europe, enabling stakeholders to navigate the evolving economic landscape effectively.

Read about it here.

We are proud to announce that the ACEI Future Leader Award has been renamed to honour Derrick Edge, a former ACEI President and dedicated champion of emerging engineering talent.

Why Future Leaders Matter 
Future leaders are at the forefront of tackling the critical challenges of our time—from housing and infrastructure to the climate crisis.

Are you an aspiring leader ready to make an impact? The 2025 Future Leader Award is now open for applications! Share your work, showcase your talent, and step into the spotlight as one of the engineering leaders of tomorrow.

Award Criteria

The 2025 ACEI Consulting Engineer Future Leader award will be presented to a consulting engineer with excellent communication skills, business acumen, technical capabilities and strong ethical values. The award competition is a great opportunity to showcase your experience to date, add value to your credentials and be publicly recognised as a rising talent by the senior leaders in your profession.