LAM Architects Ltd
Shelbourne Park Greyhound Stadium

Main Contractor: Grant Fit Out Ltd

This project aimed to transform Shelbourne Park Greyhound Stadium into a versatile, modern venue capable of hosting various events beyond traditional race nights. With parts of the building nearly 100 years old and the last major refurbishment 25 years ago, the renovation sought to enhance both the venue’s appeal and functionality. Construction was carefully planned around the racing schedule to minimize disruption, with the works completed within a tight 7-month timeframe to ensure key events, including Christmas and the Derby, were maintained. Key objectives included creating a flexible layout, improving accessibility, and introducing a modern aesthetic. The project sought to attract a broader audience, positioning Shelbourne Park as a premier Dublin event destination. Success will be measured by increased non-racing events, visitor satisfaction, and seamless integration with the racing schedule. Ultimately, the transformation aims to revitalize the venue, making it a vibrant hub for both racing enthusiasts and the wider community.

Glanua Ltd
Boherbue WwTPt

The Boherbue Wastewater Treatment Plant (WWTP) upgrade exemplifies BIM excellence and innovation in sustainable wastewater infrastructure. Delivered under Uisce Éireann’s Early Contractor Involvement (ECI) framework, this €5–10 million project modernised outdated facilities to meet increased capacity demands and stringent EPA discharge standards. Key features include solar panels generating 42,500kWh annually, sludge drying reed beds reducing sludge volumes tenfold, and the reuse of constructed wetlands to enhance biodiversity. BIM processes ensured seamless design coordination, efficient modular construction, and the delivery of comprehensive asset information for long-term management. The project achieved measurable carbon reductions, on-time and on-budget delivery, and a safety score of 98.88%. The Boherbue WWTP upgrade sets a benchmark for BIM-driven excellence and infrastructure delivery in the water sector by integrating advanced digital delivery, innovative construction methods, and sustainable design principles.

Murphy
Brighouse Bay Station Split

Client: Gas Networks Ireland

The Brighouse Bay Compressor Station Split project was a unique and ambitious project carried out by Murphy for Gas Networks Ireland, with the main purpose to provide greater flexibility and operation redundancy to the facility while strengthening resilience and enhancing operational control to the nationwide gas infrastructure. The project faced a number of programming and operational challenges, all of which were successfully overcome by detailed planning, managing our risks and working closely with all the stakeholders to achieve substantial completion by the end 2024. The project was delivered to the highest safety, quality and environmental standards, Murphy is committed to making sure everything we build, manage, service and develop leaves a positive lasting legacy in the communities in which we work and for future generations.

Clancy
Innovation Centre, Tallaght

Client: South Dublin County Council
Architect: McCullough Mulvin Architects
Engineer: OCSC

The Tallaght Innovation Centre is a landmark building for Tallaght Town Centre, under the procurement of South Dublin County Council. It sits at the head of a new park / urban plaza on lands north of Belgard Road North and provides a civic focus for this area, that will be developed in other lots to include housing and a school. This contract also includes the construction of a new link road to the north of the proposed building.

Boxcore
Construction Safety and Workforce Management Software

Construction Safety and Workforce Management Software. Boxcore provides construction companies of all sizes with a practical, secure, and easy-to-implement solution for managing site safety. We uniquely combine the latest technologies with a user interface built around frontline staff to ensure successful adoption on site. We are getting great traction and have successfully deployed our solution with over 190 companies to date and continue to invest heavily in product design to become the industries ’one-stop shop’ for site safety.

Declan Murphy
Coffey

My journey to Construction Project Management began through a deep-rooted passion for civil engineering and complex challenges. Through significant mega-projects in Australia, including the Gateway WA Perth Airport and Freight Access Link, I developed comprehensive expertise in managing large teams, strict deadlines and intricate logistics. The Terryland Raw Water Intake project in Galway effectively demonstrated my leadership abilities. Through consistent open communication and thorough stakeholder engagement, we delivered this crucial project safely, punctually and under budget. I successfully utilised innovations like BIM and Lean Construction to enhance design quality and reduce environmental impact. I actively prioritise continuous improvement and mentoring colleagues, sharing valuable insights from projects like Terryland, where we successfully managed challenges such as cofferdam construction in the River Corrib and tunnelling beneath the N6 motorway. I’m thoroughly dedicated to fostering excellence in construction and confident in delivering projects that serve both clients and communities effectively.

BAM
Douglas Rochestown Educate Together National School

Client Name: Department of Education

The Douglas Rochestown Educate Together National School (ETNS) project, delivered by BAM, exemplifies excellence in modern, sustainable educational infrastructure. Completed on time and within the €18 million budget, the 4,635m² facility serves over 600 students in Cork. It features 24 classrooms, a General Purpose Hall, a three-classroom Special Needs Unit, sensory rooms, and play areas, alongside a 15-metre pedestrian bridge linking the school to the Douglas Ballybrack Valley Greenway, promoting sustainable transport and community integration. BAM’s innovative approach incorporated photovoltaic panels, rainwater harvesting, and a Computer Aided Facility Management (CAFM) system. Collaboration with stakeholders ensured the design met community needs, fostering pride and ownership. This project not only provided a state-of-the-art learning environment but also set a benchmark for quality, sustainability, and inclusivity, demonstrating BAM’s commitment to delivering long-lasting value for clients and communities alike.

Clifton Scannell Emerson Associates
Dodder Greenway

Client: South Dublin County Council
Architect: Austen Associates Landscape Architects
Engineer: Clifton Scannell Emerson Associates

The Dodder Greenway project is a transformative initiative creating a 17.5 km non-motorized route for pedestrians and cyclists from Orwell Park to Bohernabreena and Kiltipper Park, in the South Dublin County Council district. Aimed at enhancing connectivity, recreation, and biodiversity, the project integrates safe pathways, new bridges, ecological improvements, and park upgrades. It addresses design complexities like environmental sensitivity, urban integration, and regulatory compliance whilst providing a combined Amenity, Greenway and Commuter route to users. Phased delivery allowed adaptive planning, with funding from the National Transport Authority and execution by South Dublin County Council. Innovative measures included prefabricated bridge installations, sustainable material use, and lighting designed to protect bat habitats. The project meets international Greenway standards, promoting sustainable transport, tourism, and community connectivity. It demonstrates environmental stewardship, lean construction, and stakeholder collaboration. Praised for its positive community impact and ecological responsibility, the Greenway is a model for sustainable urban infrastructure.

KORE Retrofit
Bungalow Retrofit

Private Client
Architect/ Engineer: Wayne Funston, Funston Howe Architecture

The Bungalow Retrofit project involved the deep energy retrofit of a 1970s single-story bungalow in Monaghan, Ireland, transforming it into a highly energy-efficient and comfortable home that meets Passive House EnerPHit standards. Self-commissioned by Dr. Barry McCarron, the project aimed to demonstrate how an iconic Irish bungalow could achieve modern sustainability targets. Key outcomes included achieving an airtightness of 0.53 air changes per hour at 50 Pa, improving the Building Energy Rating (BER) from D2 to A1, and reducing annual running costs to €546 with solar PV integration. The retrofit utilised sustainable materials such as cellulose insulation and sheep wool and integrated advanced energy systems like an air source heat pump and solar PV. This project set a benchmark for future retrofits, demonstrating the potential for existing homes to meet high standards of energy efficiency, comfort, and environmental responsibility while preserving their character.

Shane Coppinger
COADY Architects

In a large residential project in North Dublin, I applied innovative parametric modelling techniques to streamline the design process, improving efficiency and consistency across multiple layouts. This approach helped accelerate project delivery and enhance team collaboration. At Coady Architects, I led the implementation of a new Revit plug-in, ensuring alignment with industry standards and improving workflows across the team. I’ve also fostered a positive work culture by organizing team activities, promoting work-life balance, and building strong relationships within the company. Drawing from past experience in construction logistics visualization, I’ve consistently contributed to improving project outcomes through digital solutions. Looking ahead, my goal is to further develop my project management skills and take on leadership roles in digital construction.

Clancy
The Mater Private Hospital Theatre 9 and CCL4

Client: Mater Private Network
Architect: MCA Architects
Engineer: JB Barry & Partners, CSD Engineering Limited

The Mater Private Hospital Theatre 9 and CCL4 projects represent a transformative expansion of the hospital’s surgical and cardiac care capabilities. Delivered in a live hospital environment, the works involved significant structural modifications to create a state-of-the-art operating theatre and advanced cardiac catheterization lab. Our team navigated complex challenges, including stringent infection control, patient safety, and uninterrupted hospital operations, by employing innovative techniques like prefabrication, Lean Construction, and Modern Methods of Construction (MMC). These approaches ensured on-time, within-budget delivery while maintaining the highest standards of quality and compliance. The upgrades enhance patient care, optimize staff facilities, and improve hospital efficiency, providing cutting-edge medical environments for the community. The project stands as a benchmark in healthcare construction, showcasing seamless collaboration, innovative practices, and a commitment to safety and excellence.

Kiernan Steel
Health, Safety & Wellbeing Initiative

Our recent Mental Health and Wellbeing Day significantly benefited both our workers and the local community by fostering a culture of support and awareness around mental health issues. The event featured workshops, seminars, and activities designed to educate participants about stress management, resilience, and the importance of mental wellbeing. Employees reported feeling more empowered to discuss mental health openly, leading to a more supportive workplace environment. Additionally, the event extended its reach to the local community, inviting residents to participate in various programs. This outreach not only raised awareness about mental health resources but also encouraged community members to engage in conversations about their own wellbeing. Feedback indicated a heightened sense of connection and support among attendees, contributing to a healthier community dynamic. Overall, the Mental Health and Wellbeing Day served as a crucial platform for promoting mental health awareness, reducing stigma, and enhancing the overall wellbeing of both our workforce and the community at large.

JJ Rhatigan & Company
IDA Advance Building Solution, Parkmore, Galway

Client: IDA Ireland

The IDA Advanced Building Solution in Parkmore, Galway, is a 4,472 m² state-of-the-art facility designed to support technology and life sciences industries within the thriving Parkmore East Business & Technology Park. Delivered by JJ Rhatigan for the IDA, this €12.5 million project aligns with the IDA’s strategy to stimulate regional growth and attract global enterprises through Advanced Building Solutions. Completed on schedule and adhering to the highest standards of quality and sustainability, the building features Grade A office spaces, production areas, and cutting-edge energy-efficient systems, achieving LEED Silver and Near Zero Energy Building (nZEB) standards. The project incorporated innovative tools like BIM 360 and modern construction methods, ensuring efficiency and collaboration across stakeholders. Despite challenges such as supply chain disruptions and geological constraints, the project was delivered within budget, fostering community engagement and creating a lasting economic impact. This development exemplifies construction excellence, sustainability, and innovation.

Harcourt Technologies Ltd
Grange Close 3DCP Residential Scheme Dundalk Co. Louth

The Grange Close project in Dundalk, which was commissioned by Louth County Council and executed by HTL.tech, serves as a pioneering example of construction excellence utilising additive manufacturing. This pilot initiative successfully provided three high-quality, three-bedroom social housing units, thereby showcasing the advantages of HTL.tech’s Category 4 Modern Method of Construction (MMC) system. The implementation of advanced 3D printing technology resulted in a significant reduction in build time, material waste, and carbon footprint. Furthermore, the project adhered to Irish building standards and obtained ISO/ASTM certifications. The innovative approach resulted in enhanced structural strength that exceeds traditional construction strength and timelines, thereby promoting sustainability and long-term durability. The positive feedback from stakeholders attests to the project’s success in addressing housing shortages through efficient and environmentally friendly methods, thereby establishing a new benchmark for future housing developments in Ireland.

Priority Construction Limited
Childers Road Public Realm Active Travel Route

Client: Limerick City & County Council
Architect: Limerick City & County Council

The Childers Road Public Realm Active Travel scheme, successfully delivered by Priority Construction, significantly enhances public connectivity and safety for active travel. It provides safer access for pedestrians and cyclists to key locations, including schools, businesses, a train station, hospital, and college. The project faced complexities, particularly with the preservation of existing trees and the integration of linear parklands. Despite these challenges, the scheme effectively promotes sustainable travel options and improves the urban environment, benefiting the community by encouraging walking, cycling, and reducing traffic congestion. Its completion represents a major step forward in fostering a more connected, healthier, and environmentally friendly public realm.

Lowry Construction and Donegal County Council
Cúirt an Troisc, Age Friendly Housing Development, Co Donegal

Client: Donegal County Council
Architect: Donegal County Council

Cúirt an Troisc is an exemplar age-friendly development of 19 units, comprising 17 two-bedroom and 2 three-bedroom apartments. Designed in-house by Donegal County Council’s Architects Department and completed by Lowry Construction, this project sets a high standard for housing that enables older people to “age in place” while staying connected to their community. At its core is a welcoming indoor communal space designed to promote social interaction, combat isolation, and enhance well-being. Built to Universal Design standards and following the 10 Age Friendly principles, the development combines inclusivity, adaptability, and forward-thinking design. Arranged in three two-storey blocks around a central landscaped courtyard, the homes feature private balconies, open space, a communal deck, lift access, and future-ready interconnecting rooms adaptable for future needs. Strategically located in a mixed-use area with access to transport and amenities, the homes are A-rated for energy efficiency, optimising both sustainability and comfort.

Midland Steel
Rolex Building 5th Avenue New York

Client: Rolex
Architect: AAI Architects P.C
Engineer: Thorton Tomasetti

Midland Steel recognises a combination of factors which reinforce the potential for mass adoption of Offsite Modular reinforcement construction solutions. Predominantly, its modular solution FasterFix has been proven to eliminate waste, reduce labour by 80%, and reduce construction programme by 30%. Hitting key concerns of any Developer – Cost, Resources & Sustainability. Introducing Fasterfix to the market in 2015, it has been laser focused on developing and enhancing its already successful product to ensure ease of adoption by all stakeholders, including Developers, Construction contractors, Design Engineers, Architects and Reinforcement Manufacturers its success on the internationally renowned Rolex building on 5th Avenue in New York is testament to the immense impact which it’s modular solution FasterFix is having in the local, regional and international markets.

ATU
Civil Engineering by Apprenticeship

The Civil Engineering Apprenticeships, launched in 2023 by ATU, addresses the significant skills shortage of civil engineers. In response to a national demand for 3,000 new engineers to support key initiatives like Project Ireland 2040 and the Climate Action Plan, ATU collaborated with industry leaders to develop formal qualifications through apprenticeships. The programme offers a blended learning model, combining on-the-job training, online lectures, and on-campus labs. It is designed for school leavers, career changers, and existing professionals seeking to upskill. The first cohort of 44 apprentices grew to 92 in 2024, with further expansion planned for 2025. Tuition fees are covered by the HEA and SOLAS, with employers providing a salary to the apprentices. The programme aligns with national strategies and industry needs, with a focus on increasing diversity and offering pathways to further education. The apprenticeship model provides a unique earn-and-learn opportunity, fostering local community development and career progression.