The New Hospitals Programme (NHP) represents one of the most significant investments in UK healthcare infrastructure in a generation. As we embark on this ambitious journey, from addressing immediate RAAC priorities in Wave 1 (2025-2030) to realising long-term visions in Wave 3 (2035-2039), we face a once-in-a-lifetime opportunity to redefine how we approach healthcare construction.
However, the true challenges extend far beyond simply delivering new hospitals, they actually lie in building healthcare facilities that will serve communities effectively for decades to come.
The wave approach
The NHP’s wave system presents a unique engineering challenge: how do we ensure that hospitals built in 2025 remain as functional, efficient and adaptable as those completed in 2039?
This phased approach demands not just construction expertise, but forward-thinking structural and civil engineering that anticipates the evolution of healthcare delivery.
Beyond Modern Methods of Construction
Much of the conversation around the NHP has rightly focused on Modern Methods of Construction (MMC) and modular building techniques. These approaches offer significant advantages in speed, cost-effectiveness, and quality control. By shifting substantial portions of the building process off-site, we can dramatically reduce construction timelines, minimise waste, and mitigate on-site disruption.
Yet the engineering considerations extend far beyond the construction methodology. Crucially, the structural integrity of these facilities must be designed to accommodate decades of evolving medical technologies, changing patient demographics, and shifting care models. This requires sophisticated solutions that builds in adaptability from the ground up.
Engineering adaptable foundations
Healthcare facilities are among the most complex buildings to design and construct. They house sophisticated medical equipment, accommodate diverse clinical workflows, and must operate 24/7 without interruption. The structural and civil engineering considerations are equally complex.
For instance, future-proofing a hospital’s structural frame requires