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What the Government’s retrofit programme means for schools


The Government has launched a £710 million Renewal and Retrofit Programme aimed at improving the condition of school and college buildings across England. The programme is intended to extend the life of existing buildings, improve their resilience and reduce the need for reactive repairs or complete replacement. School Building Magazine Editor Joe Bradbury highlights how for architects, consultants, contractors and other specifiers, it places greater emphasis on understanding existing buildings and identifying improvements that address condition, energy performance and climate resilience together.


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he Department for Education says the programme is aimed at buildings that sit between routine maintenance and complete replacement. It will fund projects that cannot be delivered through existing maintenance funding but where a building is not yet at the point of requiring a rebuild. The programme forms part of the wider Education Estates Strategy, which sets out plans for long-term investment in the condition of school and college buildings. The DfE has committed more than £2.1 billion to improving the condition of the school estate during 2026-27, alongside investment in rebuilding and other capital programmes.


For design teams, the approach puts the existing building firmly at the centre of the project. Rather than dealing with individual defects as they appear, the programme is intended to support more substantial interventions that can extend the useful life of a building.


A holistic approach


The DfE says the Renewal and Retrofit Programme will focus on improving building condition while also increasing resilience to climate change and supporting decarbonisation. That creates opportunities to consider several building elements together. A roof replacement, for example, could potentially be coordinated with improved insulation or the installation of solar photovoltaic panels. Improvements to the building envelope could be considered alongside heating, ventilation or controls.


The important issue for specifiers is that these interventions need to be based on the actual condition and characteristics of the building.


An ageing school may have several unrelated problems that have developed over decades. Treating each one separately can


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result in repeated disruption and may miss opportunities to improve the building as a whole.


What is being delivered?


The first phase of the programme, covering 2026-27, is focused on schools and colleges in Yorkshire and the Humber, the East Midlands and the South East.


The initial phase includes replacing the worst- condition, life-expired temporary buildings with permanent classrooms and installing solar PV where sites are suitable. Around 50 projects are expected during the initial pilot phase.


Schools and colleges cannot apply directly for the programme. The DfE selects buildings based on condition need and contacts eligible schools and responsible bodies directly. Regional delivery partners will then carry out surveys and feasibility work, develop designs and delivery plans, coordinate contractors and oversee the works.


This means the programme differs from conventional capital funding, where an individual school may develop a project and seek funding for its delivery.


Solar on existing roofs


The initial focus on solar PV is particularly relevant to specifiers. The DfE has also announced a power purchase agreement pilot allowing up to 150 schools and colleges to install solar PV through private investment. The department says it hopes all schools and colleges will be able to procure renewable energy through this approach from 2027-28.


Installing solar on an existing school building requires more than simply identifying available roof area. The structural capacity of the roof needs to be established, alongside the condition of the existing waterproofing.


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Fixings, wind loading, access and maintenance all need to be considered, while panels must be coordinated with drainage, roof plant and other services.


For refurbishment projects, this reinforces the importance of understanding the existing roof before specifying additional equipment.


Designing for resilience


Climate resilience is another specific objective of the programme. The DfE’s wider Education Estates Strategy identifies the need to improve the resilience of school buildings to climate change, including measures to address risks such as flooding and overheating.


For specifiers, this means refurbishment cannot necessarily be considered solely in terms of repairing what is already there. The condition of roofs, walls, windows and building services can be assessed alongside how the building performs during periods of high temperatures or intense rainfall.


The most appropriate solution will vary between buildings. A school with an ageing flat roof will have different priorities from one occupying a historic building with pitched roofs and solid walls.


In summary


For specifiers, its significance is the emphasis on looking at the existing building as a whole. Where a roof, envelope, services or other components need renewal, there is an opportunity to consider how those interventions can also improve energy performance, resilience and the building’s useful life. The first projects will provide an indication of how that approach works in practice, but the Government’s direction is clear: where an existing school can be effectively renewed, extending its life is increasingly being considered alongside rebuilding it.


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