Understanding-the-Costs-of-Achieving-Universal-School-Education-in-India-Insights-from-UDISE-2024-25

Understanding-the-Costs-of-Achieving-Universal-School-Education-in-India-Insights-from-UDISE-2024-25

Understanding the Costs of Achieving Universal School Education in India: Insights from UDISE+ 2024-25


Introduction

Drawing on the latest UDISE+ 2024-25 data, this piece breaks down the fiscal and operational costs of universal school education in India. It covers enrolment patterns, infrastructure demands, dropout trends, and the push for 6% GDP spending under NEP 2020. Aimed at educators, policymakers, and analysts, it offers actionable insights for smarter budgeting and sustainable progress.

India’s pledge to provide free and compulsory education for children aged 6-14, as mandated by the Right to Education Act of 2009, remains a guiding force in its development agenda. The Samagra Shiksha initiative, rolled out in 2018, weaves together support for elementary, secondary, and senior secondary levels to bridge gaps. Yet, the National Education Policy (NEP) 2020’s target of universal access by 2030 demands tackling steep financial and logistical hurdles. This analysis, grounded in the freshly released UDISE+ 2024-25 report and enriched by research from scholars like J.B.G. Tilak & N. V. Varghese, unpacks these costs while spotlighting pathways forward.

Tracking Enrolment Progress

Universal enrollment starts with getting every child through the school gates, but sustaining it involves layered expenses that go beyond basic setup. The UDISE+ 2024-25 data reveals total enrolments from pre-primary to higher secondary at 246.9 million, a modest uptick from prior years, with primary-level figures at 104.4 million. The Gross Enrollment Ratio (GER) for primary education stands at 90.9%, edging up slightly from 89.7% in 2023-24, while upper primary GER is 90.3%. Still, gaps persist, especially in rural and underserved regions, where out-of-school children strain resources.

The enrolment data from UDISE+ for All India presented below reveals a concerning downward trajectory in overall student numbers across classes 1 to 12, with total enrolment dropping to 232.9 million in 2024-25 – a decline of 0.88% or about 2.1 million students from the previous year, and a more substantial 8.94% or 22.9 million decrease since the peak in 2021-22. This pattern suggests lingering post-pandemic effects, demographic shifts, or systemic challenges like access barriers and dropouts that have not been fully addressed.

The primary level has been hit hardest, with enrolment falling to 104.4 million in 2024-25, marking a 3.21% year-on-year drop of 3.5 million and a staggering 14.33% plunge of 17.5 million from 2021-22, potentially indicating issues in early childhood education retention or enrollment drives. In contrast, upper primary enrolment showed a modest recovery, rising 0.90% or 0.6 million year-on-year to 63.7 million, though it remains 4.63% below 2021-22 levels. Combined, elementary education (classes 1-8) reflects this imbalance, decreasing 1.69% or 2.9 million from 2023-24 and 10.90% or 20.6 million from 2021-22, underscoring the need for targeted interventions at foundational stages.

At higher levels, the trends are somewhat more encouraging, with secondary enrolment (classes 9-10) edging up 0.82% or 0.3 million year-on-year to 37.2 million, despite a 3.54% dip from 2021-22, and higher secondary (classes 11-12) demonstrating the strongest growth at 1.87% or 0.5 million to 27.6 million, though still 3.27% below the 2021-22 figure. This resilience in upper secondary education could point to improved retention rates as students progress, possibly bolstered by policies aimed at bridging gaps or vocational training initiatives. Overall, the data highlights a bifurcated education landscape: steep losses in early grades dragging down aggregates, while gradual gains in later stages offer glimmers of progress, calling for comprehensive strategies to reverse the multi-year decline and ensure equitable access across all levels.

Level-specific Enrolment: 2020-21 & 2024-25 (Source: UDISE+, different years)

Level

Year

Change in 2024-25 over 2023-24 %age Change Change in 2024-25 over 2021-22 %age
2020-21 2021-22 2022-23 2023-24 2024-25
Primary 122021291 121842250 112421298 107837711 104381347 -3456364 -3.21 -17460903 -14.33
Upper Primary 65854199 66790692 63477866 63126015 63695100 569085 0.90 -3095592 -4.63
Elementary 187875490 188632942 175899164 170963726 168076447 -2887279 -1.69 -20556495 -10.90
Secondary 39006375 38528631 37934094 36863791 37165436 301645 0.82 -1363195 -3.54
Higher Secondary 26922596 28579050 27790658 27135514 27643717 508203 1.87 -935333 -3.27
Total, Classes 1 to 12 253804461 255740623 241623916 234963031 232885600 -2077431 -0.88 -22855023 -8.94
  • Infrastructure Demands: With 1.47 million schools nationwide, many still fall short on essentials like clean water and ramps for accessibility. Upgrading these could cost billions, as Tilak notes in his work on educational financing, where inefficient infrastructure eats into budgets without yielding proportional gains; this along with, the new data collection method, such SDMS may be probable reason behind the steep decline in enrolment.
  • Teacher Scaling: The pupil-teacher ratio (PTR) hovers around 24:1 at elementary levels, but hiring and upskilling 10.1 million educators demands ongoing investment in salaries and professional development. Despite a generally favourable Pupil-Teacher Ratio (PTR) across educational levels, UDISE+ 2024-25 data reveals that some states still face sub-optimal PTRs. Furthermore, the data highlights significant inefficiencies: of the 14,71,473 total schools, 1,04,125 operate with just one teacher, and 7,993 schools (7.08%) report zero enrolment despite employing 20,817 teachers. Single-teacher schools account for 3.38 million students, representing 1.37% of total enrolment in 2024-25. The prevalence of single-teacher schools and zero-enrolment schools likely stems from a combination of poor planning and resource constraints. Inadequate allocation of teaching staff, misaligned school establishment in low-population areas, or failure to consolidate underutilized schools may contribute to these issues, alongside challenges like funding shortages or difficulties in recruiting and retaining teachers in remote or underserved regions. Addressing these inefficiencies requires better resource mapping, strategic school consolidation, and targeted recruitment efforts to align teacher deployment with actual student needs.

Planning for these ensures enrollment doesn’t just rise on paper but translates to real learning.

Tackling Dropout Challenges

Dropouts erode the foundation of universal education, turning potential gains into sunk costs. UDISE+ 2024-25 shows secondary-level dropout rates dipping to 8.2%, a welcome drop from 10.9% the year before, thanks to retention drives under Samagra Shiksha. Preparatory and middle stages saw even sharper declines, to 2.3% and 3.5% respectively. Yet, vulnerable groups like Scheduled Castes and Tribes face higher risks, pulling in extra funds for targeted aid.

The UDISE+ 2024-25 data on efficiency indicators at the All India level presented below reveals significant challenges in the education system, particularly as students progress through higher levels. Dropout rates escalate sharply across educational stages: primary education records a minimal 0.8% dropout rate (0.0% for boys, 0.3% for girls), but this rises to 4.1% at upper primary (2.9% boys, 3.5% girls) and peaks at 13.3% at secondary (9.6% boys, 11.5% girls), indicating growing disengagement, especially among girls, as academic demands intensify. Transition rates further highlight leakage in the system: 91.5% of students move from primary to upper primary (93.0% boys, 92.2% girls), but this drops to 85.9% from elementary to secondary (87.3% boys, 86.6% girls) and further to 72.4% from secondary to higher secondary (77.9% boys, 75.1% girls), reflecting barriers like access, affordability, or socio-economic factors.

Retention rates paint a starker picture: while 91.5% of students are retained through primary (93.4% boys, 92.4% girls), only 81.4% remain through elementary (84.2% boys, 82.8% girls), 61.7% through secondary (64.2% boys, 62.9% girls), and a mere 45.0% through higher secondary (49.6% boys, 47.2% girls). These figures underscore a significant loss of students, particularly girls, as they advance, likely due to a mix of economic pressures, inadequate infrastructure, or lack of targeted interventions. The data calls for urgent policy focus on improving retention and transition, especially at secondary and higher secondary levels, to curb dropouts and ensure equitable educational outcomes.

Efficiency Indicators: All India Level, 2024-25
Indicator 2024-25, Total 2024-25, Boys 2024-25, Girls
Dropout Rate
Primary 0.8 0.0 0.3
Upper Primary 4.1 2.9 3.5
Secondary 13.3 9.6 11.5
Transition Rate
Primary to Upper Primary 91.5 93.0 92.2
Elementary to Secondary 85.9 87.3 86.6
Secondary to Higher Secondary 72.4 77.9 75.1
Retention Rate
Primary (1 to 5) 91.5 93.4 92.4
Elementary (1 to 8) 81.4 84.2 82.8
Secondary (1 to 10) 61.7 64.2 62.9
Higher Secondary (1 to 12) 45.0 49.6 47.2
  • Support Mechanisms: Initiatives like conditional cash transfers or bridge courses under NEP 2020 help, but they require seed money for outreach and monitoring – estimated at thousands of crores yearly.
  • Equity Focus: Tilak’s studies highlight how uneven funding exacerbates dropouts among marginalized communities, calling for ring-fenced budgets to level the field.

Curving dropouts isn’t cheap, but it’s a smart spend that multiplies returns on earlier investments.

Percentage-Distribution-of-Schools-by-Facilities-UDISEPLus-2024-25

Percentage-Distribution-of-Schools-by-Facilities-UDISEPLus-2024-25.


Building Infrastructure and Tech Foundations

The UDISE+ 2024-25 data on basic infrastructure facilities across India’s 1,471,473 schools paints a picture of uneven progress, with core amenities like drinking water (99.3%), girls’ toilets (97.3%), boys’ toilets (96.2%), hand wash facilities (95.9%), electricity (93.6%), libraries (89.5%), playgrounds (83.0%), medical check-ups (75.5%), ramps with handrails (64.7%), and kitchen gardens (63.5%) achieving high coverage, yet revealing stark gaps in advanced features such as computer facilities (54.9%), internet access (48.2%), CWSN toilets (40.2%), rainwater harvesting (35.6%), and functional solar panels (29.4%). This disparity underscores a foundational stability in sanitation and power – over 90% for most essentials – but a digital and inclusive deficit that leaves over half of schools ill-equipped for modern pedagogy or accessibility needs. These shortcomings are emblematic of deeper systemic flaws, including poor planning that fails to prioritize equitable distribution in rural or underserved areas, and chronic underinvestment, with education funding stuck below 4.5% of GDP against the NEP’s 6% target, resulting in stalled upgrades like non-functional computers in nearly 100,000 schools and perpetuating barriers to quality learning for marginalized students.

Needless to mention that the NEP 2020 paints a 2035 vision of tech-infused classrooms, from AI tools to digital libraries, but the bill is hefty. Only about half of schools boast working computer labs per UDISE+ 2024-25, with internet access even spottier in remote areas.

  • Hardware and Connectivity: Rolling out devices and broadband could run into lakhs of crores, plus maintenance to keep systems humming.
  • Data Tools: Enhancing platforms like UDISE+ for real-time tracking, as advocated by researchers at NIEPA, streamlines spending but needs upfront tech upgrades.

These outlays promise efficiency, cutting waste in the long haul.

Navigating Policy and Administrative Hurdles

Rolling out NEP 2020’s reforms – from curriculum tweaks to assessment overhauls—carries administrative weight. Prof. Arun C. Mehta’s breakdowns of UDISE+ trends underscore primary-level bottlenecks that ripple upward, complicating universal goals.

  • Oversight Expenses: Beefing up EMIS like UDISE+ for accurate data demands resources for audits and tech support.
  • Evaluation Needs: Tracking NEP metrics, including those on equity and outcomes, calls for expert teams and periodic reviews.

As Tilak observes in his financing analyses, strong governance turns these costs into levers for better policy.

Public vs. Private Funding: Balancing the Load

The tug-of-war between state-led and market-driven education echoes broader debates on equity. Government schools, handling 49% of enrolments (121.6 million students), shoulder most infrastructure costs for broad access. Private unaided schools, enrolling 39% (95.9 million), shift burdens to families via fees.

  • State-Run Systems: Heavily subsidized, they ease household strain but pressure public coffers.
  • Private Options: They fill quality voids but risk exclusion, as Tilak warns in his critiques of privatization trends.

Blending both via public-private partnerships could optimize spends.

Unseen Costs in the Mix

Overlooked expenses often sabotage efforts.

  • Social Fallout: Out-of-school kids fuel cycles of poverty and lost productivity, indirectly hiking welfare bills.
  • Data Shortfalls: Flawed reporting in UDISE+ leads to misguided allocations, a pitfall Mehta and Tilak both flag in their data-centric approaches.

Spotting these early saves more than it costs.

Financing Universal Education: The 6% GDP Push

India’s current public spend on education lingers at 4.6% of GDP, totalling about ₹15.21 lakh crore for 2024-25 against a nominal GDP of ₹330.68 lakh crore. NEP 2020 and the Kothari Commission’s legacy urge a jump to 6%, which would mean approx ₹19.84 lakh crore next year – an extra ₹4.63 lakh crore.

Projecting ahead at a conservative 7% annual GDP growth, India’s economy could hit ₹462 lakh crore by 2030, requiring ₹27.72 lakh crore at 6% – a ramp-up of roughly ₹12.5 lakh crore over five years. Is this doable? Yes, with resolve: reallocating from less efficient sectors, boosting tax revenues via formalization, and leveraging aid. Panels like the Rajya Sabha’s Standing Committee have pressed for it, citing gains in human capital. Tilak’s research backs this, showing that every extra rupee in education yields 10-15% returns in growth.

Alternatives if the full hike stalls? Efficiency tweaks – like digitizing admin to cut leaks – could free up 10-20% of budgets. PPPs for infrastructure, household savings schemes, and corporate CSR (e.g., skill hubs) offer bridges. Tilak suggests hybrid models where private funds plug public gaps without compromising access. Crowdfunding for local schools or impact bonds tied to outcomes are emerging too.

Actionable Steps for Leaders and Educators

  1. Holistic Budgeting: Fold in tech, retention, and audits—not just salaries.
  2. Data as Compass: Mine UDISE+ for hotspots in low GER or high dropouts.
  3. Retention Bets: Double down on scholarships and community outreach.
  4. Collaborate Smartly: Partner with NGOs for specialized training.
  5. Forecast Wisely: Model 6% scenarios to lobby for funds.


FAQs: Understanding the Costs of Achieving Universal School Education in Ind
ia

Q1: What drives the costs of universal school education in India?
Key hits: Infrastructure builds, teacher hires, dropout fixes, and digital shifts.

Q2: What’s the latest on enrollment under UDISE+ 2024-25?
Total: 246.9 million; primary GER: 90.9%, showing steady but uneven climbs.

Q3: How do dropouts impact education budgets?
They spike intervention costs—secondary rates fell to 8.2%, but gaps demand targeted cash.

Q4: What pitfalls lurk in education funding?
Data errors and social ripple effects waste resources if unchecked.

Q5: Can tech trim costs?
Absolutely—AI in UDISE+ sharpens targeting, potentially saving 15% on misallocations.


Concluding Observations

Achieving universal school education in India is within reach, but its price tag – fuelled by UDISE+ 2024-25’s enrollment and GER snapshots – is no small sum. From dropout dips to the 6% GDP ambition, the path calls for bold financing, as Tilak and peers like Mehta illuminate. Hitting NEP 2030 means not just spending more, but spending right: on equity, tech, and evidence.

With prudent steps, India can turn these investments into a dividend of empowered youth and robust growth. The data is clear; now, the choices are ours.

Suggested Readings

  • Tilak, J.B.G. and  Varghese, N. V. (1991). Financing Higher Education in India. Springer. Link
  • Mehta, A.C. (2025). Analysis of UDISE+ 2024-25: Trends and Implications. Education for All in India. Link
  • Ministry of Education. (2025). UDISE+ Report 2024-25. Government of India. Link
  • Tilak, J.B.G. (2020). How Do Students Fund Their Higher Education in India? Journal of Higher Education Policy and Leadership Studies. Link
  • Parliamentary Standing Committee. (2025). Report on Education Expenditure. Rajya Sabha. Link

Education for All in India