Client feedback

“This was never just about a building, it was about creating something meaningful for the community. Naylor Love and all the associated trades have been amazing in understanding our vision.”

“From a construction standpoint, this was a highly challenging project. The team expertly navigated a dense urban site with significant geotechnical constraints, and a tight budget. The judges were particularly impressed with the collaboration demonstrated by the Youth Hub Trust, local community, stakeholders, and the design and construction teams.”

“In the extraordinary challenge of designing and constructing a 12-bed, multi-department hospital ward in just one year, collaboration and out-of-the-box thinking were paramount to achieving this ambitious build without disrupting lifesaving procedures. A fully integrated and streamlined design process brought together designers, contractors, and subcontractors in real-time. Prefabrication was central to the solution, with eight modular pods and roof cassettes craned into place with quick precision. Innovations such as a purpose-built spray booth and wheelable platforms made for enhanced speed, safety and sustainability. This project showcases how collaboration and prefabrication can transform healthcare construction.”

“This highly collaborative project was driven by a commitment to sustainable agriculture and biological science, particularly in their user-led design process. By involving researchers, educators, and operational staff from the outset, the final building is tailored to a range of specialised needs. The project’s success is also accredited to an Early Contractor Involvement approach, informing smart decisions around buildability, sustainability and cost. Sustainability was embedded in every aspect, from its net-zero energy design and use of locally sourced materials to rainwater harvesting and native landscaping. Tuhiraki is a world-class research facility that is practical, sustainable, and built for the future.”

“Despite supply chain challenges and the complexities of building in a live school environment, the project was delivered safely and sustainably, with strong recycling practices. This project is an example of what can be achieved with exceptional commitment, care, and collaboration.”

“Located in an ecologically sensitive area, the Dolomite Point Redevelopment Project required special consideration for native species, including lizards, migratory seabirds, and the great spotted kiwi. The result is a built environment that treads lightly in form and footprint. 3 Laminated veneer lumber forms the project’s structural backbone, paired with green roofs and low-carbon materials that reflect a strong sustainability ethos. Beyond its environmental commitments, the project also prioritises social outcomes, engaging the local community and partnering with iwi to reflect cultural narratives embedded in the land.”

“The Naylor Love team demonstrated exceptional professionalism, adaptability, and collaboration throughout the rebuild. Their communication was consistently clear, proactive, and solutions focused. They also embraced the school community, offering learning opportunities for students and supporting various school initiatives. Their positive, “can-do” attitude made them a pleasure to work with, and their commitment to quality and service was evident at every stage of the project.”

“We are incredibly appreciative of our project partners’ efforts in fulfilling, and in some cases even exceeding, our sustainability targets while ensuring the building was completed on time and on budget.”

“The installation was so successful that people didn’t even know the new ward had been built until the doors swung opened – it was that quiet!”

“…the Dunedin Railway Station Team—comprising Allans Sheetmetal and Engineering, Dunedin City Council, Naylor Love, Salmond Reed Architects, and many others—overcame significant challenges to restore one of Dunedin’s most iconic heritage sites. Their unwavering commitment to craftsmanship and problem-solving set this project apart.”