Policy Position Statement: Embedding Resilience in the UK Education System

Executive Summary

The UK faces increasing systemic risks driven by climate change, technological dependency, geopolitical instability, and supply-chain fragility. These pressures will shape the lives of today's learners far more profoundly than they shaped previous generations. Yet the national curriculum does not currently equip young people with the knowledge, skills, and mindset required to navigate this reality.

This policy statement sets out a framework for embedding resilience across the education system — from primary school to higher education — as a core civic capability. It proposes a cross-curricular approach integrating climate adaptation, practical preparedness, critical systems understanding, and community responsibility into existing subjects and professional pathways. A specific section addresses the particular considerations required when designing resilience education for learners with special educational needs — an area that is absent from current policy discussions on this topic and that is essential to any framework that aspires to be genuinely inclusive.

Resilience is not an emergency posture. It is a way of living, working, and thinking. It must become Life as Usual.

1. Rationale

1.1 Climate change and environmental disruption

A structural shift, not a temporary challenge

Climate change is already altering the UK's risk landscape in ways that are not reversible on any timescale relevant to current education policy. Increased frequency and severity of heatwaves, flooding, storms, and water scarcity are affecting public health, infrastructure reliability, food production, energy demand, housing suitability, and business continuity. These are not projected risks — they are documented, present conditions that will intensify over the coming decades. Young people must understand both the science and the lived reality of adaptation, and they must develop that understanding during their education rather than encountering it as a shock in adulthood.

1.2 Technological dependency

Critical systems literacy as a baseline requirement

Digital systems now underpin healthcare, finance, education, logistics, and communication in ways that were not true a generation ago. Outages, cyberattacks, and cascading overloads can cause failures that propagate rapidly across sectors. A population that does not understand how these systems work — and what to do when they fail — is structurally vulnerable in ways that have no historical parallel. Baseline critical systems literacy is not a specialist skill. It is a civic requirement for the digital age.

1.3 Supply-chain fragility

The limits of globalised dependency

Globalised supply chains, which have delivered unprecedented material abundance over the past half-century, are demonstrably vulnerable to climate shocks, geopolitical tensions, and resource scarcity. The COVID-19 pandemic made visible a fragility that had been accumulating for decades; subsequent disruptions have confirmed it. Education must prepare young people to understand these constraints, to think about local and regional alternatives, and to develop the practical capabilities that reduce household and community exposure to supply-chain failure.

1.4 Social cohesion and misinformation

Information resilience as a survival skill

Periods of disruption reliably produce increases in misinformation and social polarisation. The capacity to distinguish reliable information from manipulation — to identify trustworthy sources quickly, to resist the emotional pull of false certainty, and to contribute to rather than undermine collective decision-making — is not a media literacy elective. It is a component of national resilience that should be developed systematically across the curriculum, from early years through to higher education.

1.5 Loss of practical life skills

The capability gap that vulnerability creates

Generational shifts in lifestyle and household organisation have eroded everyday capabilities — food planning and preservation, resource management, basic household maintenance, community mutual aid — that previous generations possessed as a matter of course. These are not nostalgic interests. They are functional capabilities that significantly reduce household vulnerability to disruption. Their loss is measurable, and it is addressable through deliberate curriculum design.

2. Policy objective

To embed resilience as a cross-cutting capability within the national curriculum and higher education frameworks, ensuring that all learners develop the knowledge, skills, and mindset required to adapt to disruption, support their communities, and contribute to a resilient United Kingdom — including learners whose needs require specialist design of how that learning is structured and delivered.

3. Curriculum integration model

Resilience should be integrated into existing subjects rather than introduced as a standalone discipline. The model below outlines the recommended integration across educational stages, with a focus on progressive development of capability from foundational awareness in primary years through to professional formation in higher education.

Understanding weather, seasons, and local environmental risks
Basic emotional resilience and age-appropriate coping strategies
Simple household safety and preparedness concepts
Early media literacy — fact versus opinion
Introduction to sustainable habits: water use, waste reduction
Community awareness and caring for others

PSHE / Citizenship: risk, media literacy, mutual aid, community responsibility
Geography: climate impacts, water scarcity, food systems, supply-chain vulnerability
Science & Technology: critical system operation and failure modes
Food Technology: sustainable cooking, preservation, planning under constraint
Design & Technology: climate-adaptive design, circular economy, repair and reuse
Business Studies: supply-chain resilience, continuity planning, adaptive strategy
Household emergency planning as a practical civic skill

Resilient construction and building services
Energy systems and low-carbon technologies
Health and social care surge planning
Logistics and supply-chain continuity
Agriculture and food resilience

Engineering: resilient infrastructure and systems design
Business and management: continuity, risk, adaptive strategy
Healthcare: crisis response, surge capacity, triage communication
Environmental sciences: mitigation, adaptation, planetary boundaries
Social sciences: community resilience, behavioural responses to disruption
Architecture and planning: climate-resilient built environment

4. SEN-specific considerations

Any resilience curriculum framework that does not explicitly address the needs of learners with special educational needs is incomplete — both because these learners are among those most vulnerable to disruption, and because poorly designed resilience education can, for some SEN profiles, cause genuine harm. This section sets out the specific considerations required. They are not optional additions to the framework; they are essential to its integrity.

SEN Design Principles for Resilience Education

The core reframe: predictable responses to unpredictable events

For many SEN learners — particularly autistic learners and those with anxiety — the most effective model of resilience education is not "learn to tolerate the unexpected" but rather "build a personal framework of known, practised responses that can be deployed when things become unexpected." This reframe is not a concession to difficulty. It is a more sophisticated and more transferable model of resilience that serves these learners better than the generalised tolerance-of-uncertainty approach that suits neurotypical populations. Personal emergency plans, visual routines, step-by-step preparedness checklists — these are the tools through which SEN learners build genuine resilience capability.

Autism and demand avoidance: agency, not instruction

Autistic learners, and particularly those with a PDA (Pathological Demand Avoidance) profile, are likely to respond very differently to demand-based resilience instruction than the curriculum assumes. Scenarios framed around threat or enforced change activate heightened threat-detection systems; direct instructional demands will produce avoidance rather than engagement. Effective design principles include:

Social stories that walk through specific scenarios in concrete, step-by-step detail rather than abstract preparedness concepts
Personal preparedness plans built by the learner, not given to them — agency and ownership are the engagement mechanism
Choice-rich tasks with clear, predictable structures throughout
Avoiding catastrophic framing; focusing on capability and mastery
Small-group or 1:1 delivery for initial exposure to resilience scenarios

Anxiety: competence before scenario

For children with anxiety as a primary presentation or as a dimension of their SEN profile, the sequence of resilience education matters critically: establish the skill before introducing the scenario that requires it. Sessions that present the scale or frequency of climate disruption, system failures, or social breakdown before providing commensurate response tools will amplify anxiety rather than build resilience. Competence-building — "here is what you would do, and you now know how to do it" — is both more effective pedagogically and more appropriate therapeutically.

Trauma-affected learners: pastoral integration is non-negotiable

For children whose experience of disruption is not hypothetical — who have lived through displacement, family breakdown, community crisis, or food insecurity — some resilience education scenarios will be directly and personally resonant. These learners do not need a classroom exercise to understand disruption. They need:

Prior knowledge by the teacher of relevant history and careful advance planning
Sessions that acknowledge lived experience as valid knowledge, not as deviation from a norm
Clear pastoral support pathways, not just signposting
Delivery within a therapeutic frame when indicated

ADHD: practical, action-based, immediately applicable

Learners with ADHD often engage most effectively with concrete, hands-on, immediately useful learning — which makes the practical civic skills dimension of resilience education a natural area of strength. Building an emergency kit, practising a household plan, learning to assess sources quickly under time pressure, understanding how systems fail through real examples — these are intrinsically motivating tasks that play to ADHD strengths rather than against them. Design considerations: break resilience learning into specific achievable tasks, integrate movement and practical activity, avoid extended abstract framing.

Sensory processing: graduated familiarisation

Emergency scenarios involve sensory demands that are extreme for many learners with sensory processing differences — alarms, crowds, unfamiliar environments, changes to light and temperature. A resilience framework that addresses only cognitive preparedness without the sensory reality of disruption is incomplete for these learners. Graduated, controlled familiarisation with the sensory features of emergency scenarios — within a safe, trusted context, at the learner's pace — is both a resilience intervention and a therapeutic one. It builds regulatory capacity for precisely the conditions that would otherwise overwhelm.

Communication needs: concrete, visual, experiential

Abstract resilience concepts — risk, systems, community responsibility — require concrete and experiential translation for learners with communication and language needs. Visual timetables of emergency routines, role-play with known trusted adults, symbol-supported personal preparedness plans, and embodied learning through drama and movement are not accommodations bolted onto a standard curriculum. They are the appropriate primary modality for this population, and they should be planned as such from the outset.

5. Learning outcomes

Across the educational stages defined above, the framework targets the following measurable outcomes.

By the end of compulsory education — all learners

Understand the risks posed by climate change and environmental disruption to their community and daily life
Recognise early warning signals — weather alerts, supply disruptions, digital outages — and know how to respond
Have created and can maintain a simple household emergency plan
Know the components of a basic emergency kit and why each matters
Can differentiate reliable information from misinformation under pressure
Understand how critical systems function and what commonly causes them to fail
Can adapt behaviour during heatwaves, storms, and outages
Can plan and prepare food sustainably and under constraint
Have practised contributing to community resilience and supporting vulnerable individuals

By the end of higher education — graduates

Can apply resilience principles within their professional discipline
Understand the interdependencies between climate, infrastructure, society, and economy
Can design or influence systems that are robust, adaptive, and sustainable
Have engaged with professional resilience scenarios relevant to their field

6. Implementation pathways

6.1 Teacher training and professional development

Building the workforce that can deliver this

Resilience education cannot be embedded without teachers who understand both the content and the pedagogy. Initial teacher training should incorporate resilience as a cross-curricular priority; CPD programmes should provide resources on climate adaptation, misinformation, and practical preparedness that are practically useful rather than theoretically correct. Partnerships with Local Resilience Forums offer a direct route to current, local, practitioner-facing knowledge. For teachers working with SEN populations, specialist guidance on the design principles outlined in section 4 should be a specific CPD strand rather than a general note.

6.2 Curriculum and assessment

Embedding without adding burden

Resilience outcomes should be embedded within existing subject frameworks rather than creating new assessment requirements. The risk of adding to an already heavy assessment burden is real and must be actively managed. Project-based and real-world scenario approaches are well-suited to resilience learning and can be assessed within existing creative and extended-writing frameworks. The emphasis should be on depth of understanding and transferable capability rather than discrete knowledge recall.

6.3 Partnerships and community engagement

Connecting the classroom to the community

Schools and universities should develop active partnerships with local authorities, emergency services, environmental organisations, community groups, and businesses — using those relationships to bring real-world expertise and current scenarios into the curriculum, and to create genuine community resilience projects through which young people practise the civic skills the curriculum is developing. For SEN settings, partnerships with therapeutic services and Local Resilience Forums should be developed to ensure that the pastoral and specialist dimensions of resilience education are properly supported.

6.4 Infrastructure and estates

The school building as a resilience teaching tool

School and university estates should model the principles they teach. Climate-resilient design, energy efficiency, water management, and heat adaptation measures in school buildings are not only good estate management — they are direct teaching resources. A school that demonstrates solar energy, water harvesting, and passive cooling is teaching climate resilience through its physical environment as well as its curriculum.

7. Policy recommendations

This framework calls on the UK Government, Department for Education, Office for Students, and curriculum bodies to take the following specific actions.

Formally recognise resilience as a cross-curricular priority within the national curriculum Issue updated subject guidance that identifies resilience integration points within existing subjects at each Key Stage. This requires no new subject creation — only a formal acknowledgement of what good cross-curricular practice already looks like in the best schools.
Integrate climate adaptation and practical preparedness into subject guidance Update Geography, PSHE, Home Economics, Design & Technology, Business Studies, and Science subject guidance to include specific resilience integration content as described in the curriculum model above.
Develop a national resilience education framework aligned with the UK's wider resilience strategy Commission a cross-departmental framework that connects education policy to the national resilience agenda, ensuring that the curriculum equips the population that emergency services and infrastructure resilience programmes depend on.
Support teacher training in resilience-related competencies, including SEN-specific design principles Fund ITT and CPD programmes that build teacher capability in resilience content and pedagogy — with a specific, funded strand for teachers in SEN settings, for whom the design principles outlined in section 4 are essential professional knowledge.
Encourage universities to embed resilience into professional and academic programmes Work with the Office for Students and professional bodies to develop guidance for embedding resilience into engineering, healthcare, business, architecture, environmental science, and social science degrees as a component of professional formation.
Promote partnerships between education providers and local resilience organisations Provide funding and structural support for schools and universities to develop active partnerships with Local Resilience Forums, emergency services, and community organisations — making community resilience practice a genuine component of education at every stage.
Ensure school and university estates are designed or adapted for climate resilience Develop estate standards and capital funding streams that prioritise climate resilience in school and university buildings — treating the estate as both a practical necessity and a curriculum resource.

8. Alignment with national resilience strategy

This policy position aligns with and reinforces broader national resilience objectives across several dimensions. It directly supports the strengthening of societal resilience and improvements in public understanding of risk that resilience policy consistently identifies as priorities. By developing a population with practical preparedness knowledge, it reduces the pressure on emergency services during crisis events — a quantifiable benefit to the resilience system as a whole. It supports the climate adaptation agenda by ensuring that climate understanding is embedded in the general population rather than confined to specialist sectors.

This framework complements proposals for a Cabinet-level Office of National Resilience — advanced through written evidence submitted to the House of Lords National Resilience Committee (reference NLR0007, April 2026) — and reinforces the need for resilience capability to be developed across all sectors of society, not only in professional and governmental contexts. Education is the foundation on which national resilience capability is ultimately built, and any national resilience strategy that does not address education systematically is building on incomplete ground.

"A national resilience strategy that does not address education is building on incomplete ground. The population that emergency services and infrastructure resilience depend on is the population that schools are currently teaching."
Annarie Boor

9. Conclusion

Resilience is not an optional enrichment. It is a foundational life skill and a national capability. Embedding it across the education system will prepare young people not only to navigate disruption, but to shape a future that is adaptive, sustainable, and cohesive — and to do so with confidence rather than fear, capability rather than dependency, and community rather than isolation.

The framework proposed here is cross-curricular rather than additive, embedded rather than bolted on, and genuinely inclusive — including the specific design considerations for learners with additional and complex needs that are absent from current national conversations on this subject. Education without exception means resilience education without exception. The learners who cope most poorly with change are among those who benefit most from being given the tools to understand and prepare for it — when those tools are designed with them in mind rather than applied regardless of their needs.

A resilient society begins with resilient education. And resilient education begins with the decision to take it seriously.