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Rethinking Education Innovation for Sustainable Development in the AI Era: A G20 Policy-Oriented Perspective Cover

Rethinking Education Innovation for Sustainable Development in the AI Era: A G20 Policy-Oriented Perspective

Open Access
|Jun 2026

Figures & Tables

Table 1

AI Literacy Competency Benchmarks by Educational Stage.

DIMENSIONPRIMARY EDUCATION (AGES 6–12)SECONDARY EDUCATION (AGES 13–18)HIGHER EDUCATION & ADULT LEARNING
Operational Literacy: Using AI tools appropriately
  • Recognize when an AI tool (e.g., voice assistant, recommendation system) is being used

  • Understand that AI is created by humans and can make mistakes

  • Basic prompt formulation (simple, concrete instructions)

  • Identify AI-generated vs. human-created content with guidance

  • Effective prompt engineering (context, constraints, iterative refinement)

  • Use AI for brainstorming, drafting, summarization, and basic data analysis

  • Verify AI outputs against trusted sources

  • Understand model limitations (hallucination, outdated information)

  • Manage personal data when using AI tools

Advanced prompt strategies for domain-specific tasks

  • Integrate AI into research workflows (literature synthesis, coding assistance, data visualization)

  • Evaluate AI outputs for disciplinary accuracy and methodological soundness

  • Use AI for translation, accessibility, and collaborative tools

  • Understand API-based and local model deployment basics

Critical/Ethical Literacy: Governing and questioning AI
  • Understand that AI can reflect human biases (gender, race, language)

  • Question whether an AI answer “makes sense” or seems unfair

  • Discuss simple ethical scenarios (e.g., “Should a robot decide your grade?”)

  • Know when to ask an adult for help interpreting AI outputs

  • Identify algorithmic bias in real-world examples (hiring tools, grading systems, content moderation)

  • Analyze how training data shapes AI outputs

  • Understand privacy implications of sharing data with AI systems

  • Discuss environmental costs of large AI models

  • Evaluate when AI use is academically dishonest vs. appropriate assistance

  • Participate in school-level AI governance discussions

  • Critically audit AI systems for bias, representation, and fairness

  • Understand legal and regulatory frameworks (GDPR, AI Act, algorithmic accountability)

  • Develop institutional AI use policies

  • Engage with ethical dilemmas (consent, surveillance, displacement of labor)

  • Advocate for transparent and accountable AI in public services (including education)

  • Design AI literacy curricula for others

Table 2

Governance Checklist for SDG-Aligned Public–Private Partnerships in AI Education.

STAGEGOVERNANCE QUESTIONSDG ALIGNMENTMINIMUM SAFEGUARD
Procurement & DesignDoes the partnership explicitly prioritize underserved communities (rural schools, low-income districts, learners with disabilities, girls and women) in its stated objectives and success metrics?SDG 4 (Equity), SDG 5 (Gender Equality), SDG 10 (Reduced Inequalities)Mandatory equity impact assessment before contract approval; public disclosure of targeted beneficiary numbers and baseline indicators disaggregated by gender, income, location, and disability status.
Data Governance & PrivacyWho owns student and teacher data? Is data used only for agreed educational purposes, and is it protected from commercial re-use, surveillance, or secondary monetization?SDG 16 (Privacy Rights, Institutional Accountability)Data sovereignty clause prohibiting data sales, third-party sharing, or use for non-educational AI training without explicit, informed, opt-in consent from families and educators.
Algorithmic Accountability & BiasHave the AI systems been audited for bias across race, gender, language, socioeconomic status, and disability? Do audits specifically examine impacts on marginalized groups?SDG 4 (Inclusive Quality Education), SDG 5 (Gender Equality), SDG 10 (Reduced Inequalities)Independent, publicly disclosed bias audits conducted pre-deployment and annually thereafter; mechanism for educators, families, and students to challenge or appeal algorithmic decisions affecting learning opportunities.
Environmental SustainabilityHave the environmental costs of AI systems (energy consumption, hardware lifecycles, e-waste) been assessed and minimized?SDG 12 (Responsible Consumption), SDG 13 (Climate Action)Mandatory environmental impact assessment; commitment to energy-efficient models, renewable-powered data centers, and responsible e-waste management; public disclosure of carbon footprint.
Pedagogical Transparency & Human AgencyAre teachers and students informed when AI is making recommendations, grading, or tracking behavior? Can they override or opt out of automated decisions?SDG 4 (Learner-Centered Pedagogy), SDG 8 (Decent Work and Teacher Professional Autonomy)Mandatory disclosure of AI use in all learning platforms; human-in-the-loop requirement for high-stakes decisions (grading, placement, progression, resource allocation).
Open Standards & InteroperabilityDoes the partnership include open standards to prevent vendor lock-in and allow schools to switch providers without data loss, ensuring long-term affordability and choice?SDG 4 (Sustainable Education Systems), SDG 9 (Innovation & Infrastructure)Open API requirements; data portability rights; contract terms limited to 3–5 years with competitive re-bidding to prevent monopoly capture.
Teacher Capacity for Sustainable AI UseDoes the partnership include funded, ongoing professional development for teachers—not just technical training but also critical AI literacy, ethical reasoning, and pedagogical integration for sustainability competencies?SDG 4 (Teacher Quality), SDG 8 (Decent Work), SDG 12 (Responsible Consumption)Minimum 15% of contract value allocated to teacher professional development, co-designed with educators and sustainability experts, not solely by vendor.
Multi-Stakeholder OversightAre there independent, multi-stakeholder oversight mechanisms (including educators, parents, civil society, students, and sustainability experts) with authority to audit, pause, or terminate non-compliant partnerships?SDG 16 (Inclusive Decision-Making, Accountability), SDG 17 (Partnership Accountability)Statutory oversight committee with binding enforcement powers and balanced representation (government, civil society, educators, families, students); public annual report on equity outcomes, bias audit results, and environmental impact.
Just Transition & Exit StrategyWhat happens to data, algorithms, and access when the partnership ends? Are there provisions for transitioning to alternative providers or public infrastructure that protect educational continuity for underserved communities?SDG 4 (Resilient Education Systems), SDG 10 (Preventing Digital Colonization)Mandatory data escrow and source code deposit for critical algorithms; publicly documented transition plan approved before contract signing; guarantee that no community loses access to essential educational AI due to contract termination.
Table 3

Mapping Five Strategic Pillars to G20 Policy Priorities (2023–2025).

STRATEGIC PILLAROPERATIONAL FOCUSDIRECT ALIGNMENT WITH G20 COMMITMENTSEXAMPLE OF G20-ENDORSED MECHANISM
Pillar 1: Expand affordable, reliable infrastructureUniversal broadband (rural/underserved); community Wi-Fi; low-bandwidth platformsNew Delhi Declaration: “Quality infrastructure and digital public infrastructure for all” (para 27); South Africa 2025 priority on closing connectivity gapsG20 Digital Infrastructure Financing Facility
Pillar 2: Invest in educator capacityTPACK-based professional development; AI literacy for teachersNew Delhi Declaration: “Investing in teacher training and professional development” (para 20); South Africa 2025: “Human-centered AI capacity building”G20 Teacher Policy Framework; UNESCO-G20 AI Competency pilot programs
Pillar 3: Reform curricula for digital-sustainability integrationEmbedding AI literacy, digital ethics, and SDG competencies across all levelsNew Delhi Declaration: “Promoting future-ready curricula” (para 22); G20 2024 commitment to “green and digital skills”G20 Skills Strategies; Saudi Vision 2030 (as G20 member exemplar)
Pillar 4: Leverage OER and responsible AIOpen Educational Resources; bias audits; fairness-aware algorithms; transparencyNew Delhi Declaration: “Promoting open, equitable, and secure knowledge ecosystems” (para 48); South Africa 2025: “AI as a public good”UNESCO OER Recommendation (endorsed by G20); G20 AI Principles (2019/updated 2024)
Pillar 5: Structure effective public–private partnershipsEquity-oriented regulation; accountability mechanisms; prioritizing underserved communitiesNew Delhi Declaration: “Responsible public-private collaboration for digital transformation” (para 35); South Africa 2025: “Inclusive innovation partnerships”G20 TechSprint; Global Partnership for Education (GPE) – G20 joint financing
Language: English
Page range: 212 - 232
Submitted on: Mar 20, 2026
Accepted on: May 7, 2026
Published on: Jun 2, 2026
Published by: International Council for Open and Distance Education (ICDE)
In partnership with: Paradigm Publishing Services

© 2026 Yan Wang, Felicitas Acosta, Rosa Bottino, Nayyaf Aljabri, Luiz Costa, Aysit Tansel, Mohamed Ally, Diana Koroleva, Hassan Alsharif, Phil Lambert, Sophia Li, Eduardo F. Morales, Douglas Brodie, Michael Barbour, Hoa Nguyen, published by International Council for Open and Distance Education (ICDE)
This work is licensed under the Creative Commons Attribution 4.0 License.