Securing capital funding for school improvements can feel like navigating a labyrinth. Between government grants, energy efficiency schemes, and sports facility programmes, school leaders and governors face a bewildering array of acronyms and application deadlines. Miss a key detail in your bid, and months of planning can be wasted. Submit without proper technical evidence, and your application may be rejected outright.

The stakes are high. Ageing roofs, outdated heating systems, and inadequate sports facilities don't just impact the learning environment, they pose compliance risks and drain operational budgets. Yet the funding is there. The UK government allocates hundreds of millions of pounds annually to help schools maintain and improve their estates through mechanisms like CIF funding (Condition Improvement Fund), LCVAP (Locally Controlled Voluntary Aided Programme), Salix Energy efficiency grants, and dedicated sports facility funding streams.

Our experience as architects in Oxford, delivering educational building surveys and guiding schools through CIF bids, shows that schools often miss opportunities simply because they lack the technical expertise to present their case effectively. At Grayling Thomas Architects, we've supported schools across Oxfordshire and beyond to unlock these funding routes, transforming their estates while relieving the administrative burden on leadership teams.

This guide breaks down the major school funding mechanisms available in 2025, explains who qualifies for each, and demonstrates how professional architectural and surveying support can significantly improve your chances of success.

Whether you're an academy trust seeking CIF offers, a maintained school pursuing LCVAP funding, or a primary school looking to upgrade your sports facilities, this article will help you understand which route, or combination of routes, is right for your project.

Section 1: CIF Funding (Condition Improvement Fund)

The Condition Improvement Fund remains the largest and most widely used capital funding programme for schools in England. Administered by the Department for Education (DfE), CIF funding is designed to support academies, sixth-form colleges, and non-diocesan voluntary aided schools with urgent condition needs, building compliance issues, and essential expansion projects.

What CIF Funding Covers

CIF in schools typically addresses three core areas:

• Condition works: replacing failing roofs, windows, heating systems, electrical installations, and other building fabric issues that present health and safety risks or threaten the operational viability of the school.

• Compliance projects: ensuring buildings meet current fire safety, accessibility, and asbestos management standards.

• Expansion and remodelling: creating additional teaching spaces to accommodate pupil growth, though this represents a smaller proportion of successful bids.

The fund operates on an annual application cycle, with specific opening and closing dates published by the DfE each year. Schools can apply for projects ranging from £50,000 to several million pounds, though larger bids face proportionally greater scrutiny.

Who Can Apply for CIF Funding

Eligibility is restricted to:

• Academy trusts (including free schools and university technical colleges)

• Sixth-form colleges

• Voluntary aided schools without a diocese

Maintained schools under local authority control are generally excluded from CIF, although voluntary aided schools with a religious character may apply for LCVAP instead (covered in Section 2).

The CIF Application Process

CIF bids require schools to submit detailed technical evidence demonstrating the urgency and scope of their project. The application includes:

• Condition surveys documenting the current state of buildings, ideally conducted by qualified professionals such as chartered building surveyors.

• Cost estimates supported by professional quantity surveyor input.

• Design proposals showing how the works will be delivered, often requiring input from Oxfordshire architects or equivalent professionals.

• Strategic alignment demonstrating how the project supports the school's educational objectives.

Applications are assessed on a risk-based scoring system. Projects addressing critical health and safety issues, severe condition deterioration, or statutory compliance failures score highest. The DfE also considers value for money, delivery feasibility, and whether the school has explored alternative funding sources.

Common Challenges with CIF Bids

Schools frequently struggle with CIF offers for several reasons:

Inadequate technical evidence: many applications fail because condition reports lack professional rigour. Describing a roof as "leaking" is insufficient, the DfE expects detailed analysis of the failure mechanism, remaining lifespan, and cost implications of delay.

Poorly scoped projects: vague descriptions or overly ambitious proposals often result in rejection. The DfE wants tightly defined projects with clear deliverables and realistic timelines.

Weak cost justification: bids without professional quantity surveyor input are vulnerable to challenge. The DfE routinely queries cost estimates that appear inflated or lack supporting detail.

Missed deadlines: the annual cycle is unforgiving. Schools that miss submission dates must wait another year, potentially allowing condition issues to worsen.

How Professional Support Improves CIF Success Rates

Engaging building surveyors for schools and experienced architects early in the process dramatically improves application quality. Professional educational building surveys provide the technical evidence the DfE requires, while architects translate building needs into compliant, deliverable designs.

At Grayling Thomas Architects, we've guided numerous schools through successful CIF bids, from initial condition assessment through to project delivery.

Our approach includes:

• Comprehensive condition surveys that meet DfE technical standards

• Feasibility studies demonstrating value for money

• Bid writing support that addresses DfE scoring criteria

• Project management from approval through to practical completion

Schools that invest in professional support typically see higher approval rates and smoother project delivery, avoiding the costly delays and resubmissions that plague DIY applications.

Section 2: LCVAP (Locally Controlled Voluntary Aided Programme)

While CIF funding dominates headlines, maintained schools with voluntary aided status have their own dedicated capital programme: the Locally Controlled Voluntary Aided Programme (LCVAP). This mechanism addresses a critical gap, ensuring that faith schools and other voluntary aided institutions can maintain their estates even when they don't qualify for CIF.

What LCVAP Covers

LCVAP funding focuses exclusively on condition improvements to buildings, grounds, and associated infrastructure. Unlike CIF, it does not support expansion projects or substantial remodelling work. Typical projects include:

• Roof repairs and replacements

• Window and door upgrades

• Heating system renewals

• External fabric repairs

• Site improvements affecting building condition (drainage, boundary walls, etc.)

The programme operates through local authorities, with schools submitting bids to their LA, which then prioritises projects for submission to the DfE. This local layer adds complexity but also allows for regional context and prioritisation.

Who Can Apply for LCVAP

Eligibility is limited to:

• Voluntary aided schools (maintained schools with a religious character where the governing body employs staff and controls admissions)

• Schools where the foundation or trustees own the buildings

Academy trusts and voluntary controlled schools are excluded, as are community schools maintained directly by the local authority.

Comparing LCVAP with CIF Funding

The two programmes share similar objectives but differ significantly in scope and administration:

Scale: LCVAP projects are typically smaller than CIF in schools, reflecting the condition-focused remit. Most LCVAP grants range from £20,000 to £500,000, whereas CIF regularly funds multi-million pound projects.

Eligibility: LCVAP serves maintained voluntary aided schools; CIF serves academies and certain other institutions. A school cannot access both simultaneously.

Application route: LCVAP operates through local authorities with their own prioritisation processes, whereas schools apply directly to the DfE for CIF offers.

Flexibility: CIF supports a broader range of projects including expansion and compliance, while LCVAP concentrates solely on condition improvements.

Despite these differences, the fundamental success factors remain the same: robust technical evidence, accurate costing, and clear project definition.

The Role of Property Surveys in LCVAP Applications

Just as with CIF, LCVAP applications require detailed property surveys for education to demonstrate the severity and urgency of condition issues. The DfE and local authorities expect professional-grade evidence showing:

• The current condition of affected building elements

• Health and safety implications of inaction

• Estimated remaining lifespan without intervention

• Cost implications of delayed works

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Schools that submit LCVAP bids without professional survey input face rejection or delays. The assessment process is rigorous, and anecdotal evidence from school staff is insufficient.

Engaging qualified professionals early, ensures your application meets technical standards and stands out in competitive funding rounds.

LCVAP Timeline and Strategy

LCVAP operates on a broadly annual cycle, though local authority processes vary.

Schools should:

• Engage with their LA's capital planning team early in the academic year

• Commission educational building surveys during the spring term

• Prepare applications for LA submission by early summer

• Allow time for LA prioritisation and DfE approval cycles

Given the competitive nature of LCVAP funding, schools often build multi-year strategies, addressing the most urgent issues in year one while preparing subsequent bids for lower-priority works.

Section 3: Salix Energy Efficiency Funding

As schools face mounting pressure to reduce carbon emissions and manage rising energy costs, Salix Energy efficiency funding has become increasingly important. Administered by Salix Finance on behalf of the Department for Energy Security and Net Zero, this programme provides grants and interest-free loans to help public sector organisations, including schools, invest in energy-saving projects.

What Salix Funding Covers

Salix schemes focus exclusively on energy efficiency and decarbonisation measures that deliver measurable energy savings. Eligible projects include:

• LED lighting upgrades across teaching spaces, corridors, and external areas

• Heating system replacements transitioning from fossil fuels to heat pumps or biomass

• Improved insulation (walls, roofs, pipework)

• Solar photovoltaic panels and battery storage

• Building management systems optimising energy use

• Voltage optimisation equipment

• Energy-efficient glazing

Projects must demonstrate clear payback periods through reduced energy consumption. Salix typically requires works to pay for themselves within a defined timeframe through savings on utility bills.

Why Schools Combine Salix with CIF Funding

Many schools discover that Salix Energy funding works powerfully alongside CIF funding. Here's why:

A school applying for CIF to replace a failing heating system can structure the project to include energy efficiency upgrades funded by Salix. The CIF element addresses the immediate condition failure, while Salix covers the additional cost of specifying a heat pump instead of a gas boiler, or upgrading insulation beyond minimum standards.

This blended approach delivers several advantages:

Maximised funding: schools leverage multiple streams to deliver more comprehensive projects than either fund could support alone.

Enhanced sustainability: energy efficiency upgrades reduce long-term operational costs and carbon emissions, supporting net zero commitments.

Improved value for money: DfE assessors view applications favourably when schools demonstrate they've explored complementary funding sources.

Future-proofing: buildings upgraded to modern energy standards avoid costly retrofits down the line as regulations tighten.

How Oxfordshire Architects Support Salix Applications

Successful Salix bids require technical specifications demonstrating projected energy savings. This is where experienced architects in Oxford add critical value. Professional support typically includes:

Energy modelling: calculating baseline energy use and projected savings from proposed interventions, supported by recognised methodologies like SAP (Standard Assessment Procedure) calculations.

System design: specifying appropriate technologies for the building's characteristics, usage patterns, and site constraints. A poorly specified heat pump, for instance, can underperform dramatically, failing to deliver promised savings.

Integration planning: ensuring energy efficiency measures work coherently with other building systems and don't compromise educational functionality or building fabric.

Grant application support: translating technical designs into compelling applications that demonstrate value for money and robust payback calculations.

At Grayling Thomas Architects, our Oxfordshire based architects routinely integrate energy efficiency considerations into school projects from the outset. Whether you're planning a standalone Salix-funded LED upgrade or combining energy measures with a broader CIF-funded refurbishment, we ensure your project maximises available funding while delivering measurable performance improvements.

Salix Application Process and Timeline

Salix schemes operate differently from capital funding programmes like CIF. Rather than annual bidding rounds, Salix typically offers rolling application windows, though specific schemes have their own deadlines.

Schools should:

• Identify energy efficiency opportunities through energy audits or property surveys for education

• Obtain technical specifications and cost estimates from qualified professionals

• Apply through the relevant Salix scheme (currently includes the Public Sector Decarbonisation Scheme and various recycling fund mechanisms)

• Demonstrate that projects meet payback criteria and technical standards

Processing times vary, but schools can often secure approvals within months rather than the longer timescales associated with CIF or LCVAP.

Section 4: Sports Facility Funding

While condition and energy efficiency dominate school capital planning, sports facility improvements represent another critical funding opportunity. Multiple programmes support the development of playgrounds, sports halls, artificial grass pitches, and outdoor courts- infrastructure essential for delivering physical education and promoting student wellbeing.

Key Sports Funding Programmes

Several organisations offer grants for school sports facilities:

Sport England: provides capital grants for community sports facilities, including school sites that offer community access. Funding ranges from small grants under £25,000 to major awards exceeding £1 million for strategic facilities.

Football Foundation: supports artificial grass pitch development and grass pitch improvements through various grant programmes, particularly for schools that partner with local football clubs or make facilities available to community users.

England Hockey: offers grants for artificial grass pitch construction suitable for hockey, often relevant for secondary schools developing multi-sport facilities.

Rugby Football Union: provides funding for rugby posts, floodlighting, and pitch improvements at schools with community rugby programmes.

National Lottery Heritage Fund: occasionally supports projects with heritage dimensions, such as restoring historic school sports pavilions.

Local authority programmes: many councils operate small grants schemes supporting playground equipment, outdoor gyms, and surface repairs.

Why Sports Funding Complements CIF and LCVAP

Sports facility grants typically address different needs from condition-focused programmes, but the two often intersect:

A school applying for CIF funding to replace a leaking sports hall roof might simultaneously pursue Sport England funding to upgrade internal equipment and flooring, delivering a comprehensive refurbishment that neither fund could support alone.

Similarly, playground surface renewals necessitated by safety concerns might be partially funded through LCVAP (addressing the condition issue) and topped up with National Lottery funding (adding play value improvements beyond basic repair).

Technical Requirements for Sports Facility Funding

Sports funding bodies impose specific technical standards that schools must meet:

Design standards: Sport England and national governing bodies publish facility design guidance covering dimensions, surfaces, lighting, and ancillary spaces. Non-compliant designs are rejected.

Community access: most programmes require schools to commit to community use outside school hours, necessitating appropriate access arrangements and management plans.

Planning permission: many sports facilities require planning consent, particularly artificial grass pitches and floodlighting. Applications should demonstrate planning feasibility.

Maintenance plans: funders want confidence that facilities will be maintained to appropriate standards, requiring schools to present credible operational plans.

This is where building surveying for schools becomes valuable. Professional surveys identify any building compliance issues that might complicate sports facility development, while architects ensure designs meet both funder requirements and planning policy.

The Application Process for Sports Facility Funding

Sports funding applications typically require:

• Project need statements demonstrating demand and usage projections

• Technical designs meeting sport-specific standards

• Cost estimates from specialist contractors

• Evidence of planning status or feasibility

• Community use agreements and management plans

• Match funding commitments (many schemes require schools to contribute)

Application timelines vary significantly. Sport England operates staged application processes that can take six months or more, while smaller local programmes may offer quicker decisions.

How Professional Support Strengthens Sports Facility Bids

Schools often underestimate the technical complexity of sports facility projects. An artificial grass pitch isn't simply a flat surface, it requires specialist sub-base construction, appropriate drainage, particular pile heights for different sports, and certified testing.

Engaging Oxfordshire architects with sports facility experience ensures your project meets technical standards from day one, avoiding costly redesigns after initial rejections. Professional support typically includes:

• Feasibility studies assessing site suitability

• Design development meeting sport-specific standards

• Planning application preparation and submission

• Liaison with national governing bodies for technical approvals

• Tender documentation ensuring contractors understand requirements

This investment in professional input dramatically improves approval rates and delivery outcomes, particularly for schools pursuing larger, more complex projects.

Section 5: Comparing the Funding Routes

Understanding the distinctions between funding programmes helps schools target the right mechanism, or combination of mechanisms, for their needs. Here's a comprehensive comparison:

Funding Programme Comparison Table

CIF (Condition Improvement Fund)

• Eligibility: Academies, sixth-form colleges, non-diocesan voluntary aided schools

• Project Types: Condition works, compliance, expansion

• Typical Grant Range: £50,000 – £5,000,000+

• Application Route: Direct to DfE

• Frequency: Annual bidding round

• Key Strength: Largest fund, broadest scope

LCVAP (Locally Controlled Voluntary Aided Programme)

• Eligibility: Maintained voluntary aided schools

• Project Types: Condition works only

• Typical Grant Range: £20,000 – £500,000

• Application Route: Via local authority

• Frequency: Annual bidding round

• Key Strength: Dedicated route for maintained faith schools

Salix Energy Efficiency

• Eligibility: All maintained schools and academies

• Project Types: Energy efficiency and decarbonisation

• Typical Grant Range: £10,000 – £1,000,000+

• Application Route: Direct to Salix Finance

• Frequency: Rolling/scheme-specific

• Key Strength: Focus on operational cost reduction

Sports Facility Funding

• Eligibility: All schools (community access usually required)

• Project Types: Sports halls, pitches, playgrounds, equipment

• Typical Grant Range: £5,000 – £1,000,000+

• Application Route: Various bodies (Sport England, Football Foundation, etc.)

• Frequency: Ongoing/scheme-specific

• Key Strength: Addresses wellbeing and community benefit

Strategic Funding Combinations

The most successful schools view these programmes not as competing alternatives but as complementary tools. Consider these common combinations:

CIF + Salix: A secondary school secures CIF funding to replace a failing heating system while using Salix to upgrade to air-source heat pumps and improve building insulation, delivering both immediate condition resolution and long-term energy savings.

LCVAP + Sports Funding: A primary school uses LCVAP to address urgent playground surface deterioration while securing National Lottery funding to upgrade play equipment, transforming outdoor provision within a single project.

CIF + Sports Funding: An academy uses CIF to replace a leaking sports hall roof and structural repairs while the Football Foundation funds internal refurbishment including new flooring, lighting, and changing facilities.

The Common Denominator: Quality Evidence

Regardless of which funding route you pursue, all programmes value the same fundamental element: educational building surveys and technical evidence that demonstrates need, justifies costs, and proves deliverability.

Amateur condition reports rarely satisfy assessors. Professional property surveys for education conducted by chartered building surveyors provide the credibility and detail that funding bodies require. Similarly, architects who understand education sector requirements produce designs that align with funder expectations and regulatory standards.

This is why schools working with experienced professionals typically secure more funding approvals, receive larger grants, and deliver projects more smoothly than those attempting DIY applications.

Section 6: The Role of Architects & Surveyors in Securing Funding

Schools frequently underestimate how much professional support influences funding outcomes. Applications fail not because the need isn't genuine but because schools lack the technical expertise to present their case effectively. Understanding how architects in Oxford and specialist building surveyors add value reveals why professional fees represent a worthwhile investment.

Why Schools Fail to Secure Funding

Analysis of unsuccessful applications reveals common patterns:

Weak technical evidence: describing problems in general terms without professional condition assessment. Funders want quantified deterioration rates, remaining lifespan estimates, and failure risk analysis—detail that requires surveyor expertise.

Vague project scope: unclear what precisely will be delivered, how long it will take, and what outcomes will be achieved. Professional architects translate building needs into specific, deliverable project definitions.

Cost uncertainty: estimates lacking professional quantity surveyor input routinely face challenge. Funders reject applications with implausible costs or insufficient cost breakdown.

Compliance gaps: failing to demonstrate that proposed works meet building regulations, planning policy, fire safety standards, and accessibility requirements. Architects ensure regulatory compliance is addressed upfront.

Poor strategic alignment: not explaining how physical improvements support educational objectives. Professional consultants help schools articulate this connection convincingly.

Missed technical requirements: each funder has specific technical expectations. Sport England wants particular design standards; Salix requires energy modelling; the DfE expects specific condition survey formats. Schools rarely understand these nuances without professional guidance.

How Architects Add Value to Funding Applications

Oxfordshire architects with education sector experience bring multiple advantages:

Technical credibility: professional designs demonstrate competence and deliverability, reassuring funders that projects will succeed. An architect's involvement signals seriousness and capability.

Regulatory navigation: architects understand building regulations, planning policy, fire safety, and accessibility standards, ensuring compliance issues don't derail projects later.

Cost certainty: working with quantity surveyors, architects develop accurate cost estimates that withstand funder scrutiny.

Design optimisation: professional input often identifies more cost-effective solutions or opportunities to enhance project scope within budget.

Bid writing support: experienced architects understand what funders look for and can craft compelling technical narratives that address assessment criteria.

Project management: post-approval, architects manage delivery from detailed design through to practical completion, ensuring grant conditions are met and projects succeed.

The Importance of Building Surveying for Schools

Building surveying for schools provides the evidential foundation for virtually all funding applications. Professional condition surveys deliver:

Detailed defect analysis: identifying not just visible problems but underlying causes, assessing severity, and projecting deterioration timelines.

Risk assessment: quantifying health and safety risks, operational impacts, and financial consequences of inaction.

Life cycle costing: estimating remaining lifespan of building elements and comparing repair versus replacement economics.

Photographic evidence: documented proof of condition issues that makes applications tangible for remote assessors.

Technical specifications: clear descriptions of required remedial works that form the basis for accurate cost estimates.

Compliance audits: identifying regulatory gaps that might affect funding eligibility or project delivery.

Schools attempting CIF bids or LCVAP applications without professional property surveys for education routinely face rejection or requests for additional information that delay decisions by months.

How Grayling Thomas Architects Bridge the Funding Gap

At Grayling Thomas Architects, we've developed a comprehensive approach to school funding support that combines architectural design excellence with strategic bid development. Our service typically includes:

Initial feasibility: understanding your school's priorities and assessing which funding routes are most appropriate.

Condition surveys: deploying chartered building surveyors to conduct detailed educational building surveys that meet funder technical standards.

Strategic advice: identifying opportunities to combine funding streams, maximise grant values, and phase projects for optimal impact.

Bid development: preparing technically robust applications addressing all funder assessment criteria.

Design services: creating compliant, cost-effective designs that meet educational needs and regulatory requirements.

Project delivery: managing works from approval through to handover, ensuring grant conditions are satisfied.

This integrated approach, design expertise combined with funding strategy, distinguishes our service from either generic architects or consultants who prepare bids without architectural capability.

The Return on Investment from Professional Support

Schools sometimes hesitate to commit professional fees before securing funding. This is understandable but often counterproductive.

Consider the mathematics: a school attempting a £500,000 CIF bid without professional support might secure approval 30% of the time (a generous estimate given rejection rates). The same school investing £15,000 in professional surveys, design, and bid writing might increase success probability to 75%.

The expected value calculation is clear:

• DIY approach: £500,000 × 0.30 = £150,000 expected funding

• Professional approach: £500,000 × 0.75 = £375,000 expected funding

• Net benefit: £225,000 additional expected funding for £15,000 investment

Beyond improved approval rates, professional support delivers faster applications, smoother project delivery, and reduced leadership time burden- valuable intangible benefits for overstretched school leaders.

Choosing the Right Professional Partner

Not all architectural practices understand education sector funding. When selecting professional support, schools should look for:

Education sector experience: demonstrable track record delivering school projects and securing funding approvals.

Technical qualifications: chartered architects and surveyors with appropriate professional indemnity insurance.

Local knowledge: familiarity with regional planning authorities, building control regimes, and local supply chains (hence the value of architect Oxford expertise for Oxfordshire schools).

Integrated services: practices offering both surveying and design capability, avoiding coordination challenges between separate consultants.

Client references: testimonials from other schools about application success rates and delivery quality.

Transparent fee structures: clear proposals explaining what's included and what's additional, avoiding unexpected costs later.

At Grayling Thomas Architects, we've supported schools across Oxfordshire and neighbouring regions to secure millions in funding, transforming learning environments while managing the process professionally and efficiently.

Conclusion: Navigating School Funding Successfully

The UK school funding landscape offers substantial opportunities for academies, maintained schools, and sixth-form colleges to address condition issues, improve energy efficiency, enhance sports facilities, and expand capacity. CIF funding remains the gateway programme for most academies, providing the largest grants and broadest project scope, while LCVAP serves maintained voluntary aided schools and Salix addresses energy efficiency across all sectors.

Yet funding is only as accessible as your ability to navigate application processes effectively. The schools that succeed aren't necessarily those with the most severe building problems but those that present their cases most convincingly.

Professional educational building surveys, robust cost estimates, compliant designs, and strategic applications make the difference between approval and rejection.

Three key principles underpin successful funding strategies:

Start early: funding cycles operate on fixed schedules. Schools beginning planning six to twelve months before application deadlines secure the professional support they need and develop higher quality submissions.

Invest in evidence: professional property surveys for education and technical designs aren't optional extras but essential foundations. The cost represents a fraction of potential grant values and dramatically improves success probability.

Think strategically: viewing funding programmes as complementary rather than competing allows schools to maximise total investment through carefully combined applications addressing multiple needs simultaneously.

Whether you're contemplating your first CIF bid, exploring LCVAP for condition works, considering Salix-funded energy improvements, or planning sports facility development, professional support transforms complex processes into manageable projects.

Next Steps: How We Can Help

At Grayling Thomas Architects, we've helped schools across Oxfordshire and beyond secure CIF bids, deliver Salix upgrades, and improve their estates through strategic funding combinations. Our team of Oxfordshire architects and chartered building surveyors understand both education sector needs and funder expectations, bridging the gap between building problems and funded solutions.

We offer a free initial consultation to discuss your school's priorities, assess building conditions, and identify appropriate funding routes. Whether you need comprehensive support from survey through to project completion or strategic advice on a specific application, we tailor our service to your requirements and budget.

Explore our dedicated CIF funding support page for case studies, application timelines, and detailed guidance. Or contact our team directly to discuss how we can help your school secure the investment it needs.

The funding is available. The question is whether you'll access it. Professional support ensures you do- successfully, efficiently, and with outcomes that genuinely transform your school's physical environment for years to come.

Contact Grayling Thomas Architects today for a free initial consultation and discover how our experience delivering successful funding applications can benefit your school.