When Saving Fuel Closes Schools: Pakistan’s Education Lockdown Scenarios

When governments reach for emergency austerity, education is often the first sector asked to absorb the shock. In Pakistan, that assumption is now being tested in real time. A scenario-based assessment published in Discover Education examines how fuel conservation policies enacted during lockdowns disrupted schooling across the country and maps four possible futures for educational management under crisis. The study, led by Syed Afzal Moshadi Shah of King Faisal University with colleagues from Pakistani institutions, argues that a short-lived policy measure can harden into a structural educational crisis unless governments act with unusual speed and coordination.

The trigger for the analysis is unusual in the history of school closures. During public health emergencies, epidemiological data have justified shutting schools; during the COVID-19 pandemic, that logic was applied worldwide. In Pakistan’s 2026 austerity drive, however, the basis for disruption shifted from health to energy. On 9 March 2026, the federal government announced a 14-point austerity plan to tackle economic severity amid geopolitical conflict and oil supply chain disruption. Provincial education authorities then ratified jurisdiction-specific closures. Sindh’s School Education and Literacy Department, for example, mandated the closure of all public and private schools under its control from 16 to 31 March 2026, later issuing a circular on reopening and five-day work schedules. The researchers treat these documented closures as expressions of a broader fuel-conservation policy context rather than a uniform nationwide shutdown, reflecting Pakistan’s decentralized education governance.

The baseline conditions the study documents are sobering. According to the Pakistan Bureau of Statistics’ Household Integrated Economic Survey for 2024–25, roughly 70 percent of households had an internet connection, but only 11 percent owned a computer, laptop, or tablet, with a 16 percentage point urban–rural gap. Urban home internet access stood at 82 percent against 61 percent in rural regions. Smartphone availability was nearly universal at 96 percent of households, yet the authors caution that owning a smartphone does not guarantee sufficient devices, connectivity, or quiet learning environments for multiple children studying simultaneously. Meanwhile, more than 28 percent of children aged 5 to 16 are out of school according to the latest HIES forecasts, with UNICEF estimating 25.1 million. Balochistan has approximately 69 percent of its 5–16-year-olds unschooled, compared with 27 percent in Punjab, 44 percent in Sindh, and 34 percent in Khyber Pakhtunkhwa. These pre-existing disparities mean the effects of any lengthy suspension are unlikely to be evenly distributed geographically or socially.

The study’s conceptual framework traces a sequential chain from macro-level policy to micro-level harm. A policy shock, such as fuel conservation requirements, produces an education lockdown and school closures. This forces a digital shift from physical classrooms to online materials, which then generates learning disruption through reduced access, engagement, and continuity. Structural modifiers, including socioeconomic class, geographic location, and household size, condition how unequal the access and outcomes become. The authors integrate Crisis Governance Theory, which explains how governments act rapidly under urgency and allocate scarce resources, with Digital Divide Theory, which explains why identical policies produce different effects across households. The framework’s central claim is that educational resilience depends not only on institutional crisis responses or technological access but on learners’ and institutions’ ability to convert available resources into meaningful educational opportunities.

Methodologically, the research is explicitly conceptual and scenario-based rather than empirical. The authors synthesized 62 documentary and academic sources published or referring to evidence from 2020 to 2026, including government policy documents, official statistics, reports from international entities, and peer-reviewed research. Sources were grouped into six themes: policy and institutional disruption, educational continuity, access to digital and alternative learning, socioeconomic and geographical vulnerability, participation and learning hazards, and institutional adaptation and resilience. Four scenarios were then formulated around two key uncertainties: the duration of disruption and government response capacity. The authors stress that there was no statistical weighting, no quantitative correction, and no causal inference; where evidence was insufficient, issues were retained as plausible scenario assumptions rather than established outcomes.

The first scenario, short-term disruption lasting zero to three months, describes a reactive adaptation phase. Institutions pivot to publicly available digital platforms such as Google Meet, Microsoft Teams, and Zoom, often relying on lecture-style methods with limited interactivity. Initial access inequalities appear immediately: affluent students with personal devices, stable connections, and good study environments participate easily, while low-income and rural students face power interruptions, bandwidth limits, and shared resources. Households with multiple school-going children experience intra-household competition for devices, with conflicting class schedules forcing families to decide who gets access. The authors note that these coping techniques preserve some engagement but signal structural issues that worsen if the crisis persists.

The second scenario, prolonged crisis lasting three to twelve months, shows short-term coping strategies failing. The digital divide deepens as engagement fades among students with poor resources and unstable connections. Learning losses accumulate, particularly in sequential subjects like mathematics and science, where early knowledge gaps hinder subsequent learning. Dropout risks rise as financial pressures push adolescents into work and the absence of physical institutions removes supervision and social mechanisms for retention. Gendered impacts intensify: in conservative and rural settings, girls face additional household obligations, cultural constraints on internet access, and heightened risks of early marriage and long-term school exclusion. World Bank data from Punjab during COVID-19 closures showed remote learning participation among girls and boys dropping from 14 percent early in the closures to single digits, illustrating how quickly engagement erodes.

The third scenario, structural breakdown beyond one year, describes institutional fatigue, permanent disengagement of vulnerable students, human capital erosion, and a rise in informal and child labor. Faculty burnout, stretched administrative capacity, and the impossibility of planning without recovery dates gradually erode institutional effectiveness. Students who have had long absences, financial hardship, or no online tools find returning to school progressively harder, and their disengagement moves from intermittent to complete. The authors frame this as education dividing society rather than uniting it, with consequences for productivity, innovation, and social mobility that extend well beyond the education sector.

The fourth scenario, adaptive resilience, offers an alternative pathway built on hybrid learning models, low-tech solutions such as television and radio education, and policy innovation. The authors identify specific catalysts for this transition: emergency budgetary allocations, connection and educational material subsidies, financial help for disadvantaged groups, pre-defined continuity plans, hybrid and low-tech teaching techniques, coordinated educational and energy activities, and rapid identification of at-risk pupils. International evidence supports this pathway. A recent systematic review of 57 studies from 38 countries found that a year of school closure was associated with learning deficits equal to 1.1 years of education, but reopening significantly mitigated these losses. World Bank simulations previously predicted that COVID-19 closures might increase Pakistan’s learning poverty from 75 to 79 percent and out-of-school children from 27.3 to 28.6 percent, underscoring how quickly temporary shocks become permanent gaps.

The study’s policy implications are organized by timeframe. Immediate responses include subsidized or interim educational data bundles, zero-rated access to key learning sites, device lending programs for low-income families, and community learning centers where home connectivity is poor. Medium-term strategies emphasize reliable and affordable internet in rural areas, teacher professional development in digital pedagogy, and organized mechanisms to identify absenteeism and dropout risks. Long-term structural reforms call for established contingency frameworks covering fuel shortages, energy crises, pandemics, and natural disasters, alongside continuous investment in electrical and digital infrastructure and institutional collaboration between educational, energy, and municipal agencies. The authors conclude that crisis governance cannot disregard education: fuel consumption reduction may be needed for immediate stability, but its long-term consequences for human capital demand a comprehensive strategy that pairs short-term financial objectives with educational continuity, digital access, institutional competence, and fair policy design. The choices made during this crisis, they argue, will shape Pakistan’s education system and its capacity to promote inclusive growth for years to come.

Subject of Research: Education Policy

Article Title: Scenario based assessment of sustainable education management under lockdowns, fuel conservation policies, and learning disruptions in Pakistan

Article References: Moshadi Shah, S. A., Khan, F., Khan, A., Fatima, N., Ali Seraj, A. H., & Zaman, K. (2026). Scenario based assessment of sustainable education management under lockdowns, fuel conservation policies, and learning disruptions in Pakistan. Discover Education, 5(1), Article 1198. https://doi.org/10.1007/s44217-026-02335-7

Image Credits: AI Generated

DOI: 10.1007/s44217-026-02335-7

Keywords: Pakistan, education lockdown, fuel conservation, digital divide, learning disruption, scenario analysis, educational resilience, Discover Education, Scenario, based, assessment, sustainable