Designed to accommodate 128 children aged 2–4 years, with an additional 16 outdoor places, the project also integrates a primary school for early years pupils. Delivered in two carefully planned phases, the construction minimised disruption to the existing school and a neighbouring leisure centre while prioritising safety and operational continuity.
One of the project’s defining challenges was the complexity of building adjacent to an active site. This required meticulous planning and phased construction. The use of offsite prefabrication for wall panels accelerated the build process, ensuring efficient delivery within tight timeframes.
Sustainability was a core focus throughout the project, with a fabric-first approach to construction. Low-carbon materials were prioritised to align with the City of Edinburgh Council’s ambitious net-zero targets. The structural framework relied heavily on cross-laminated timber (CLT) and glulam, offering both environmental benefits and striking visual aesthetics. These materials formed the walls and roof decks, with glulam beams and posts supporting larger spans. The exposed timber in certain areas highlighted the building’s structural integrity while enhancing the learning environment’s warmth and natural appeal.
Digital engineering played a pivotal role, with the project team leveraging a Building Information Model (BIM) to streamline processes. This digital approach facilitated clash detection, optimised material use, and supported precise carbon footprint calculations. Such innovation ensured both cost-effectiveness and a lower environmental impact.
The structural design integrated energy efficiency as a fundamental principle. Loadbearing insulation and strategies to minimise thermal bridging were key to achieving high energy performance. The engineering team’s commitment to sustainability extended beyond materials to include design strategies that supported the building’s long-term operational efficiency.
The Kirkliston Early Learning Centre is a successful example of sustainable and innovative structural engineering. The project was delivered on time and within budget, while achieving high standards of quality and safety. The use of CLT and other sustainable materials contributes to the building’s environmental performance. The BIM process enhanced efficiency and accuracy throughout the project.
