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Education
Morson Praxis are education building consultants working across the full lifecycle of educational building projects: design briefs, planning applications, structural engineering, M&E, BIM and on-site delivery. We work with local authorities, academy trusts, contractors, and higher education institutions, including on DfE-funded programmes. Education buildings are judged by how they perform, not how they photograph. Those outcomes are shaped by engineering decisions made early in design.
Speak to our education building consultants
What sets us apart in educational building design
Most UK education capital projects are procured through a framework: the DfE’s Priority School Building Programme (PSBP), the School Rebuilding Programme, or local authority and academy trust procurement vehicles. Each carries its own approval gateways, cost benchmarks and reporting requirements. We’ve worked on projects delivered under all of them, so programme, budget and compliance constraints are factored in from the start.
A school or college project typically requires architecture and planning, structural engineering, mechanical and electrical building services, BIM coordination and commercial management. We bring all of those under one building consultancy offer. Our teams cover everything from concept design and building regulations through to M&E compliance with BB101 and BB103, foundation design, structural surveys, campus drainage, and cost and programme management throughout.
Education building design
Sustainability built into the design from the start
Sustainability obligations on publicly funded education projects are clear: BREEAM ‘Very Good’ as a minimum, net zero alignment and Part L compliance. We design to those requirements from the outset. That means low-carbon building services, fabric-first thermal performance, heat pump systems in place of gas, photovoltaic roofing where the site supports it, and BREEAM assessment running in parallel with design development.
Education building consultants
Working across the full range of education settings
Early years settings, primary schools, secondary schools, further education colleges and universities each have distinct technical requirements. Primary schools demand careful acoustics and DfE area compliance. Secondary schools require complex departmental zoning and specialist accommodation. FE colleges introduce demanding ventilation requirements for vocational spaces. Universities add research facilities, large-format lecture acoustics, student accommodation and master planning across established campuses.
Educational building design in practice
Elliott UK, Minerva Primary Academy
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Understanding educational building design
The questions below come up regularly at the start of education building projects, whether the scope is a new build, a major refurbishment or a more modest extension.
UK school building design is governed by ESFA guidance, Building Bulletin 101 (BB101) for ventilation, and Building Bulletin 103 (BB103) for acoustics. Part L of the Building Regulations covers energy efficiency. These standards define the technical baseline for any education building project in England, from area requirements and specification through to environmental performance.
BREEAM ‘Very Good’ is the minimum standard required on most publicly funded new-build schools in England. Many academy trust and local authority frameworks apply the same condition. The rating is most cost-effectively achieved when assessment is built into the educational building design process from the start rather than applied retrospectively.
Full planning consent is required for most new education building projects and significant extensions. Schools fall within Use Class F1 under the Town and Country Planning (Use Classes) Order 1987. Permitted development rights apply to certain smaller extensions. Key considerations for education building consultants include playing fields policy, transport assessments and community engagement.
A new-build primary school is typically an 18 to 30 month programme from feasibility to practical completion. Secondary and further education buildings are generally longer, given their complexity. The key variables are planning timescales, procurement route and site constraints, particularly on live school sites where phased delivery is required.
The School Rebuilding Programme is a government initiative announced in 2020 to rebuild or refurbish 500 schools in the worst condition across England over ten years. Education building design under the programme follows DfE procurement and technical standards, with schools prioritised using condition data from the national property data survey.
Refurbishment is often the most viable route for bringing an education building up to current standards. The decision depends on structural condition, layout adequacy, M&E upgrade costs and projected lifespan. A condition survey and options appraisal are the right starting point before committing to either a refurbishment or new-build approach.
