School Safety and Infrastructure: Building Secure Educational Spaces

Schools are more than buildings – they are the spaces where children spend a significant portion of their daily lives. Yet, across the world, countless school structures remain inadequately equipped to protect students when disaster strikes or when everyday safety hazards accumulate unchecked. According to UNESCO, an estimated 175 million children are likely to be negatively affected by natural hazards each year, and existing educational infrastructure is often unable to withstand these rising threats. Ensuring school safety, therefore, is not an optional upgrade – it is a non-negotiable foundation for quality education.

Why disaster-resilient schools matter 🔗

Natural disasters do not distinguish between homes, offices, and schools. When a flood, earthquake, or storm hits, schools are directly in the line of impact – and children are among the most vulnerable. Typhoon Haiyan in 2013 damaged more than 2,500 schools in the Philippines, affecting 1.4 million children. Floods in Malawi disrupted the education of more than 350,000 children. These are not isolated incidents – they reflect a global pattern of educational systems being exposed to natural hazards without adequate structural protection.

Research published in peer-reviewed literature estimates that around 875 million of the world’s school-age children study in buildings with high risk of earthquake. Students spend roughly 35-40% of their waking time at school, which means their exposure to disaster risk is directly tied to how well school buildings are designed and maintained. The consequences of inadequate infrastructure go well beyond property damage – they include loss of life, long-term trauma, and prolonged disruption to children’s right to education.

In 2024 alone, 242 million children experienced disruptions to their learning due to climate-related impacts such as floods, storms, and extreme heat. Every year, disasters cost education systems an estimated US $35.9 billion in damages and recovery costs. This financial burden falls heavily on governments that are already stretched thin – making the case for proactive investment in resilient school infrastructure even stronger.

Schools as community lifelines during disasters 🔗

The importance of resilient school buildings extends beyond students. In many vulnerable areas, schools serve as community centers and emergency shelters during and after disasters, providing continuity and safety for entire populations. A structurally sound school building can be a refuge when homes are destroyed. This dual function makes the case for investing in school safety not just an educational priority, but a community resilience strategy.

When schools do collapse or become inaccessible due to disasters, the disruption is severe. After Hurricane Sandy in 2012, schools in New York City managed to reopen within a week by utilizing university campuses and recreation centers. In contrast, rural schools in North Carolina took over a month to resume after Hurricane Helene in 2024, largely due to inadequate access to temporary learning spaces and limited digital resources. The difference in recovery time is, in large part, a story of infrastructure readiness.

Global safety standards: the UNESCO framework for school construction 🔗

Recognizing the severity of this global challenge, UNESCO co-chairs the Global Alliance for Disaster Risk Reduction and Resilience in the Education Sector (GADRRRES), which advocates for comprehensive school safety worldwide. The alliance has developed what is now recognized as the key international framework for school safety – the Comprehensive School Safety Framework (CSSF) 2022-2030.

The CSSF 2022-2030 takes an all-hazard approach, meaning it addresses the full spectrum of risks facing schools – from earthquakes and floods to biological hazards like pandemics, conflict, and everyday safety concerns. It was revised and relaunched in September 2022, building on earlier versions from 2012 and 2016, and is designed to help Ministries of Education and National Disaster Management Authorities translate policy into action.

The three pillars of comprehensive school safety 🔗

The CSSF is organized around three interconnected pillars that work together to create truly safe learning environments:

Pillar 1 – Safe educational facilities: This covers everything from site selection, safe access, and structural construction to non-structural safety elements inside the building. For new schools, the focus is on where a school is built, how it is designed, and what materials are used. For existing schools, the focus shifts to identifying which buildings need repair, retrofitting, or replacement. UNICEF guidelines recommend disaster-resilient features like reinforced structures, solar systems, and rainwater harvesting as part of sustainable school design. Schools built to internationally recognized building codes using durable materials have proven to withstand significant hazard events – as seen in Pakistan, where such construction methods protected buildings during severe flooding.

Pillar 2 – School disaster management: This pillar focuses on the operational side – standard procedures, school-based emergency planning, evacuation drills, and educational continuity planning. It recognizes that even the best-built building needs prepared people inside it. Establishing disaster committees with clearly defined roles improves coordination and enables timely decision-making during crises. These committees also facilitate collaboration with local authorities and emergency services.

Pillar 3 – Disaster risk reduction education: This integrates disaster preparedness into what students actually learn in classrooms. School-based disaster education is vital for generating awareness not only among students but also among their wider communities to prepare for and respond to disasters effectively. Formal school education plays a key role in enhancing knowledge of disaster preparedness among pupils, teachers, and parents alike.

Site selection and structural design principles 🔗

A critical starting point in safe school construction is where the school is built. According to UNESCO’s guidance, schools should be located away from floodplains, steep slopes, and geologically unstable ground, and should be easily accessible for both students and emergency services. Once the site is selected, structural design must account for local risk profiles – whether that means earthquake-resistant framing in seismic zones, elevated foundations in flood-prone areas, or wind-resistant structures in cyclone belts.

The World Bank’s Global Program for Safer Schools (GPSS) found that in Lima, Peru, by improving the physical safety of just 30% of the school building stock (approximately 600 schools), authorities could reduce about 70% of the seismic risk in the city. This demonstrates that targeted, risk-informed investment in school construction can deliver outsized returns for student safety. Similarly, the World Bank’s Global Library of School Infrastructure (GLOSI) provides critical data to help countries assess vulnerabilities and develop cost-effective retrofitting strategies.

Maintenance and safety protocols: keeping schools safe over time 🔗

Building a safe school is only the beginning. Long-term safety depends on consistent, proactive maintenance. A school building that is not regularly inspected and maintained can develop serious hazards over time – cracked floors, faulty electrical systems, compromised fire exits, or deteriorating HVAC units – all of which pose real risks to students and staff. As the U.S. Department of Education’s National Center for Education Statistics states, maintenance efforts must, first and foremost, ensure safe building conditions – safety takes priority over cleanliness, cost-effectiveness, and even instructional considerations.

Preventive maintenance as a core strategy 🔗

The most effective approach to school safety maintenance is preventive rather than reactive. Waiting for something to break before fixing it is costly, disruptive, and dangerous. Preventive maintenance is the cornerstone of any effective school facilities maintenance initiative – involving scheduled inspections and routine upkeep that protect both students and the institution’s investment in its infrastructure.

Key areas for regular inspection and maintenance include:

Structural and physical safety: Regular checks of floors, walkways, staircases, and building exteriors for cracks, uneven surfaces, and deterioration. According to the CDC, falls account for 43% of school-associated injuries resulting in hospitalization – many of which are preventable through proper floor care and prompt attention to hazards.

Electrical and fire systems: Regular checks of interior and exterior lighting, testing of emergency exit signs, and inspection of electrical panels for signs of wear are essential. Fire suppression systems, emergency exits, and alarm systems must be tested and certified on a defined schedule.

HVAC and air quality: Roughly 41% of U.S. school districts need to update or replace HVAC systems in at least half of their schools. Poor air quality directly affects student health and attendance. Regular filter changes, airflow testing, and seasonal inspections help maintain safe indoor environments, particularly during extreme weather or flu seasons.

Security infrastructure: Clear exit routes, functioning door hardware, and secure lockdown protocols are essential for school safety. Schools should regularly inspect exit signage, door locking mechanisms, and window latches to ensure facilities are ready for swift evacuation or secure containment in emergencies.

The hidden cost of deferred maintenance 🔗

When maintenance is deprioritized, the consequences compound quickly. The biggest obstacles to consistent school maintenance are underfunding, lack of clarity in responsibility, and insufficient staff training – and these issues tend to snowball, with unaddressed problems creating further damage over time. A survey by the National Center for Education Statistics found that 53% of public schools in the United States needed repairs, renovations, or modernization to bring their buildings into good overall condition, requiring an estimated $197 billion in total investment.

The impact on students is tangible. Schools without a significant maintenance backlog see higher average daily attendance and lower annual dropout rates compared to schools with deferred maintenance. Well-maintained facilities keep students engaged, reduce disruptions, and signal to the school community that their safety and comfort are valued.

Documentation, drills, and a culture of safety 🔗

Maintenance is not only about physical upkeep – it also involves organizational readiness. Critical aspects of a school safety assessment include reviewing building access and egress control measures, structural integrity, exterior visibility, and emergency vehicle access. These assessments should be conducted regularly and documented thoroughly.

Schools should ensure that every inspection, repair, and test is logged, timestamped, and easily retrievable for audits or regulatory reviews. This documentation is essential for compliance with fire safety, sanitation, and building codes, and for maintaining institutional accreditation. Alongside physical checks, routine emergency drills and properly stocked emergency supplies – including first aid kits, backup power sources, and communication tools – are fundamental to a school’s safety readiness.

Ultimately, a culture of safety must be embedded in every layer of school management – from leadership and facilities staff to teachers, students, and parents. Sustained engagement and education across all levels create a culture of safety and proactive risk mitigation that no single policy or building standard can achieve alone. When schools treat safety not as a compliance checkbox but as a shared value, they become genuinely secure spaces for learning.

Safe schools do not happen by accident. They are the product of deliberate planning, evidence-based construction standards, consistent maintenance, and a committed culture of preparedness. Every structural decision, every maintenance schedule, and every emergency drill contributes to an environment where students can focus on learning without fear for their physical safety.

What do you think? Given the scale of infrastructure gaps in schools worldwide, where should governments and school administrators prioritize their safety investments first – in building new disaster-resilient structures, or in retrofitting and maintaining existing ones? And how can schools in resource-limited settings build a genuine culture of safety without large budgets?

References

1. https://www.unesco.org/en/disaster-risk-reduction/school-safety
2. https://www.gfdrr.org/en/feature-story/making-schools-resilient-natural-disasters
3. https://pmc.ncbi.nlm.nih.gov/articles/PMC7163258/
4. https://inee.org/blog/fund-resilience-not-disasters-building-safer-schools-and-resilient-education-systems
5. https://www.preventionweb.net/news/six-ways-keep-your-school-safe-when-disaster-strikes
6. https://www.unesco.org/en/articles/what-you-need-know-about-comprehensive-school-safety-framework-2022-2030
7. https://www.unesco.org/en/articles/comprehensive-school-safety-can-save-lives
8. https://pmc.ncbi.nlm.nih.gov/articles/PMC12822327/
9. https://www.tandfonline.com/doi/full/10.1080/21665095.2023.2202826
10. https://nces.ed.gov/pubs2003/maintenance/chapter4.asp
11. https://nces.ed.gov/pubs2003/maintenance/chapter5.asp
12. https://www.robsonforensic.com/articles/school-maintenance-expert
13. https://facilityone.com/education-blog/preventive-maintenance-tasks-for-schools
14. https://www.gofmx.com/blog/school-facilities-management/
15. https://www.xenia.team/articles/school-building-maintenance-safety-guide-checklists
16. https://www.schoolsafety.gov/foundational-elements-school-safety
17. https://www.smartchurchsolutions.com/resources/blog/educational-facility-management-guide-for-schools/