In conversation with Ciaran McGuckin

Ciaran McGuckin began his journey with us in 2018 as a technician in the Belfast office, working within the Water Asset Management team. Attracted by the opportunities offered by a large organisation, he has since progressed to the role of Digital Lead for the UK Water team. Throughout his time with us, Ciaran has been involved in significant projects, such as the Water Resource and Supply Resilience Plan for Northern Ireland Water and enhancing supply resilience for Cardiff with DCWW Welsh Water. He has also achieved Chartered Geographer status, supported by his colleagues.

In his current role, Ciaran is dedicated to driving digital transformation within the water sector. He supports teams in adopting innovative digital tools and strategies, such as implementing the Transcend Generative Design Platform for Wastewater Treatment Plants. Ciaran collaborates with the Water Leadership team, and our UK Digital Leadership to develop digital capabilities and deliver a comprehensive digital strategy.

In this conversation, Ciaran considers the challenges the water sector faces in supporting the ambitions of AMP8 (Asset Management Plan 8). He highlights how digital innovation emerging from these ambitions can enable the industry to deliver more efficiently.

Ciaran, how do you see the role of AI and machine learning evolving in digital delivery for water projects?

AI is transforming the way projects are delivered, impacting the entire asset lifecycle from planning and design to delivery and operation. This transformation is evident across us, allowing for broader learning opportunities. AI and Machine Learning help harness vast amounts of data about managed assets. For example, the WISDOM platform we are helping to develop with Northumbrian Water has the potential to enhance understanding of asset performance and prioritises key interventions, and can significantly reduce project delivery times. Generative AI is another exciting development, enabling better optioneering and quicker exploration of design options. AI compliments the skills of our team through increased efficiency, providing deeper insights and enabling comprehensive option assessments.

How can organisations best prepare for the transition from traditional project management to digital delivery, and what challenges should they anticipate?

Clients recognise the potential of digital project delivery to reduce time and improve outcomes. However, transitioning involves significant changes and can be a culture shock for teams. Our Shaping Tomorrows Workforce survey showed that less than half of employees feel prepared for AI-driven changes. Early integration and highlighting benefits are crucial, along with supporting staff through up-skilling. Organisations must remain agile, with flexible strategies to implement new technologies. Pilots for new technologies with clients help evaluate benefits before wider rollouts, mitigating risks and establishing a business case for investment. Continuous improvement is key, integrating new technologies with existing systems and processes. All of this needs to be supported by active commitment from Senior Leadership teams to foster an innovative culture, empowering employees to challenge work methods and embrace new technologies.

What strategies can be employed to achieve cost efficiencies through digital delivery in water projects?

Digital delivery offers cost efficiencies at every stage. Advanced hydraulic modelling and system understanding can help clients assess and invest in the right assets, leading to more efficient programmes. Technologies like Generative AI and data analytics enable early project scope definition by exploring all potential options. Adaptive planning approaches account for future risks, while tools like our Goldset consider environmental, social, economic, and technical factors in pipeline design. This approach can increase certainty in the early stages of projects and reduce risks, cost increases and delays in subsequent project delivery and logistics planning. Automating design delivery reduces project costs, and 4D modelling helps plan efficient and safe project delivery. Learning from other sectors, such as our Kit of Parts approach, offers valuable insights for water projects, reducing components on site and cutting construction time and costs.

How do digital twins enhance the lifecycle management of water projects, and what are the latest advancements in this area?

Digital twins enhance understanding of assets and uncover hidden insights about component or system operations. With the potential to integrate real-time information with a digital representation, they improve efficiency in the operational phase, through energy optimisation, anomaly detection, risk-based planning, and exploring multiple what-if scenarios. They improve system performance visualisation and communication through a single source of truth.

Increased sensor deployment is capturing more data from assets and systems, and combining this with advanced analytics and modelling is now enabling digital twins which not only shadow and monitor performance but also have the ability to support decision making.

What strategies can be employed to ensure that digital delivery practices contribute to sustainability and reduce the environmental impact of water projects?

Digital delivery reduces project impact by better defining problems and exploring a full range of solutions, leading to more sustainable outcomes. Understanding assets and systems helps identify appropriate solutions. For example, in resilience work with Welsh Water, hydraulic models test network resilience and find mitigation solutions, reducing infrastructure investment needs. Collaborating with clients to develop smart solutions for network challenges, such as reducing energy consumption through efficient asset operation and using IoT devices and smart sensors to decrease leakage, is key. Tools like our Goldset help consider environmental impacts comprehensively, enabling the selection of optimal routes with reduced environmental impact.

Digital delivery and AI technologies are vital to unlocking new value on water projects

Embracing digital delivery and AI technologies in water projects not only enhances efficiency and sustainability but also empowers teams to innovate and achieve better outcomes. We hope you found Ciaran's insights on digital delivery in water projects interesting. Stay tuned for our next instalment, where another WSP expert will share their unique perspectives on industry advancements and more.

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To make contact with our team, visit our Digital Solutions webpage.

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