AI-Powered Education Tools and Their Usage

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🌍 Introduction: The AI Transformation in Global Education

Artificial intelligence has initiated a fundamental transformation in the world of education. UNESCO's 2026 Global Education Monitoring Report, "Access and Equity: Countdown to 2030," provides an in-depth analysis of the transformative effects of AI on education [2]. According to the report, the rise of AI is not merely a story of technological progress — it is a societal transformation that is reshaping the very philosophy of education [2].

However, this transformation brings risks along with opportunities. The OECD's February 2026 report, "Digital Education Outlook 2026: Exploring Effective Uses of Generative AI in Education," presents striking findings on the impact of AI in education [8]. The report notes that while generative AI (GenAI) can improve students' short-term performance, this improvement often does not lead to lasting learning [8].

A field study conducted in Turkey with approximately 1,000 high school students found that students with access to general-purpose generative AI tools saw a 48% short-term increase in mathematics performance, while students using a pedagogically designed "GPT Tutor" recorded a 127% increase [8]. However, in tests conducted after generative AI access was removed, these students performed 17% worse than those who had never had AI access [8]. This result demonstrates that how AI tools are used is more critical than whether they are used at all.

The report also notes that similar field studies were conducted in Canada, France, Sweden, and the Netherlands, with comparable outcomes [8]. In all experiments, lasting learning effects remained limited once AI access was withdrawn.

The UNESCO National Commission for Turkey emphasizes that AI must be used in education within a human-centered framework. This approach aims to bring into the discussion AI's role in reducing existing inequalities in access to knowledge, research, and the diversity of cultural expressions, and to ensure that AI does not deepen technological divides within and between countries [6]. The promise of "AI for All" aims to ensure that everyone benefits from the ongoing technological revolution [6].

Turkey's Ministry of National Education (MEB) has been implementing major projects since 2025, including the integration of emerging technologies into the education system [1]. The "AI in Education Policy Document and Action Plan (2025–2029)" — spanning ministry management to school processes, and teacher training to student outcomes — consists of 4 objectives, 15 policies, and 40 action steps [7]. This document outlines the areas of application of AI technologies within the national education system, the ongoing work aligned with the National AI Strategy, and the steps needed to expand the scope of these efforts [7].

The World Bank's 2025 "Digital Progress and Trends Report: Strengthening AI Foundations" draws attention to the importance of "Small AI" solutions for low- and middle-income countries [3]. These approaches are more affordable, user-friendly applications designed to run on everyday devices such as mobile phones, and they extend AI's reach in fields such as education, agriculture, and healthcare [3]. The report highlights the "Four Cs" as the foundations of AI innovation: connectivity (energy and digital infrastructure), compute (AI chips, data centers, cloud computing), context (data), and competency (skills) [3].

A recent academic study conducted in Turkey examined physiotherapy students' acceptance of AI-powered chatbots. A multicenter study by Güler et al. published in BMC Medical Education in 2026 found that perceived usefulness and ease of use were decisive factors in students' adoption of AI tools, while ethical concerns also emerged as a significant factor [9].

The "Ethical Guide for the Use of Generative AI" published by the Council of Higher Education (YÖK) in 2024 sets out principles for the ethical, responsible, and conscious use of AI tools in higher education institutions [10]. The guide emphasizes core ethical principles such as academic integrity, protection of personal data, prevention of discrimination, and transparency [10].

In light of this global transformation, below are the AI-powered education tools and their areas of application, as highlighted by international education ministries, United Nations agencies, and academic research.

🏛️ Perspectives from International Institutions and Organizations

UNESCO: A Global Framework for AI in Education

UNESCO has long been working toward the use of AI in education with humanistic orientations. The 2023 guidance document "AI and Education: Guidance for Policy-Makers," framed within the Beijing Consensus, aims to strengthen the AI readiness of education policy-makers [11]. This document seeks to build a shared understanding of the opportunities and challenges AI presents in the field of education, as well as the core competencies required in the age of AI [11].

UNESCO also published in 2024 the "AI Competency Frameworks for Students and Teachers," which aims to guide countries in supporting students and teachers in understanding both the potential and risks of AI [12]. These frameworks define the key components of AI literacy and provide a roadmap for integration into education systems [12].

UNESCO-ICHEI (International Centre for Higher Education Innovation) and IIOE (International Institute for Online Education) are advancing global cooperation to support the capacity development of higher education teachers in the age of AI [1]. IIOE has established national centers and regional university networks in Asia and Africa, running projects in localized training, multilingual content development, smart classroom construction, and the dissemination of AI teaching tools [1].

OECD: AI and the Relationship with Lasting Learning

The OECD's February 2026 "Digital Education Outlook 2026" report is one of the most comprehensive international studies on the impact of AI in education [8]. One of the report's most striking findings is that the successful completion of a task with the help of generative AI does not mean that learning has occurred [8]. It states that general-purpose chatbots can improve the quality of student outputs, but this advantage may disappear in settings without AI access, such as exams [8].

Key findings from the report regarding the use of generative AI in education include [8]:

• Generative AI-supported tools increase the speed and accessibility of feedback, enabling students to engage in more attempts.
• Generative AI systems designed for educational purposes can support learning processes through functions such as asking questions, providing hints, and guiding student strategy.
• Generative AI supports researchers in stages such as academic writing, receiving feedback, and data analysis.
• For school administrators, generative AI can be used in areas such as reducing administrative workload, reviewing curriculum alignment, and preparing assessment and evaluation materials.
• Properly structured generative AI systems can provide students with 24/7 guidance and direction.
• One of AI's greatest risks in education is students becoming passive users rather than active learners.

The report highlights that in a 2025 European survey across 23 countries, 10 — including Turkey — officially addressed generative AI with current or planned strategies in their education systems [8]. Turkey also ranks among the countries where students use AI most intensively outside of school [8].

World Bank: Digital Infrastructure and "Small AI" Solutions

The World Bank's 2025 "Digital Progress and Trends Report" focuses on the potential of AI to expand access to education in developing countries [3]. The report notes that low- and middle-income countries face significant challenges in adapting or effectively deploying AI, but "Small AI" solutions are emerging as a promising trend [3]. These approaches are more affordable, user-friendly applications designed to run on everyday devices [3].

The report highlights the "Four Cs" as the foundations of AI innovation [3]:

1. Connectivity: Energy and digital infrastructure
2. Compute: AI chips, data centers, cloud computing
3. Context: Data
4. Competency: Skills

These elements form the foundation of inclusive and effective AI ecosystems, enabling countries to responsibly adopt, adapt, and innovate with AI [3].

European Commission: AI Strategy for Science

The European Commission published the "European Strategy for AI in Science" on October 8, 2025 [5]. The strategy contributes to Europe's leadership in scientific excellence and innovation, and aims to enhance its global competitiveness [5]. At the center of the strategy is RAISE (Resources for AI in Science in Europe), a virtual institute that brings together AI resources for science — from talent and funding to computing and data [5].

🇹🇷 AI in Education Efforts in Turkey

The Ministry of National Education has significantly accelerated its AI-in-education efforts as of 2025 [1]. In this context, the "Department of AI and Big Data Applications" has been established within the General Directorate of Innovation and Educational Technologies, with the aim of strengthening digitalisation and data-driven decision-making processes in education [1]. The Department aims to enhance digitalization and evidence-based governance in the education sector [1].

AI in Education Policy Document and Action Plan (2025–2029)

MEB has put into effect the "AI in Education Policy Document and Action Plan (2025–2029)," offering a comprehensive roadmap from ministry management to school processes, and from teacher training to student outcomes [7]. The document, which entered into force on June 17, 2025, consists of 4 objectives, 15 policies, and 40 action steps [7].

The document's vision is defined as "ensuring that AI and big data-based systems are used effectively, consciously, and strategically by administrators, teachers, and students, and raising individuals equipped with AI literacy, national, moral, and universal values" [7].

The four core objectives are as follows [7]:

Of the action steps, 17 are planned to be implemented within 1 year, 10 within 1 to 3 years, and 13 within 3 to 5 years [7]. The steps will be completed through a participatory process involving 12 responsible MEB units, 23 cooperating MEB units, and 10 relevant external stakeholders [7].

AI Applications Ethics Guide and the YAZEK System

The "Ethics Guide for AI Applications in Education" was published on January 10, 2026, to regulate the procedures and principles for determining, implementing, and monitoring ethical principles for AI applications conducted within the Ministry of National Education [4]. The guide was developed following a comprehensive literature review, taking into account national and international policy documents and AI Ethics Recommendations published by the Ministry [4].

The guide also explains, with examples, under what circumstances the obligation to fill out an Ethics Declaration Form arises and the criteria practitioners should use to make this decision [4]. The concept of ethical violation, along with the processes for receiving, recording, evaluating, and monitoring ethical violation reports, are addressed in detail [4].

The "AI Applications Ethics Declaration System (YAZEK)", developed to ensure that AI use in educational settings complies with ethical principles, opened for use on February 2, 2026 [4]. The system enables the online submission of ethics declarations and the systematic recording and evaluation of ethics violation reports [4].

Together with the Ethics Guide, YAZEK aims to ensure that AI technologies are used in educational settings within an ethical, safe, inclusive, and educationally high-value framework, and to create a transparent and responsible implementation environment for students, teachers, and parents [4].

The guide establishes a Three-Tier AI Ethics Governance Structure within the MoNE [4]:

• School AI Ethics Team: Led by the school principal with at least 3 members. Teachers declare AI applications via YAZEK; the team resolves violation reports within 15 days.
• Provincial/District AI Applications Ethics Board: Reviews appeals against school team decisions; composed of members from Innovation & Educational Technologies, Strategy, IT, and Legal units.
• AI Applications Ethics Supreme Board: An 11-member body chaired by the Board of Education President; issues final rulings on provincial/district appeals within 30 days.

The guide mandates 8 core ethical principles: human-centered and rights-based approach, equity and inclusiveness, transparency and explainability, privacy and data governance, reliability and technical robustness, accountability and human oversight, educational value and quality contribution, and alignment with national and moral values [4]. Any use contrary to these principles constitutes an "ethical violation" [4].

YEĞİTEK Teacher's Handbook (March 2026)

The Ministry of National Education's Directorate General for Innovation and Educational Technologies (YEĞİTEK) published the extended version of the "AI Tools Used in Education: Teacher's Handbook" in March 2026 [11]. Covering over 100 AI tools organized by subject area, the handbook provides pedagogical guidance for Turkish Language, Mathematics, Science, Physics, Chemistry, Biology, Social Studies, Foreign Languages, IT, Visual Arts, Music, Physical Education, and Special Education [11].

The handbook highlights four critical warnings for teachers [11]:

• Tool Independence Principle: Focus on function, not specific tools. Even as tool names change, core functions (text generation, visualization, data analysis) remain similar.
• Freemium Trap: Be prepared for tools that start free and become paid. Pricing changes after a user base is established can undermine equal opportunity in education.
• Pedagogical Validation: Stay alert to AI hallucinations; always evaluate tool outputs with a critical eye.
• Morning Check Before Class: A prompt that worked yesterday may not produce the same result today. Test tools before each lesson.

Turkish National Intelligence Scale (TUZÖ)

The "Turkish National Intelligence Scale (TUZÖ)" has been launched as a sustainable, interactive, AI-based psychological measurement tool designed to assess the mental skills and abilities of individuals aged 6–22 [1].

📊 AI-Powered Education Tools

Below are AI-powered education tools highlighted by international education ministries, United Nations agencies, and academic research, presented by category.

📖 Learning and Study Assistants

✍️ Academic Writing and Language Tools

🎨 Presentation, Design, and Visual Tools

🧮 Mathematics and Science Tools

🎙️ Lecture Recording and Transcription Tools

📄 Document Analysis and PDF Tools

🇹🇷 AI Tools Specific to Turkish Language Education

The YEĞİTEK Teacher's Handbook identifies AI tools specifically for Turkish language teaching [11]:

👩‍🏫 Teacher Productivity Tools

🌐 Language Learning Platforms

AI-powered language learning platforms allow students to develop their foreign language skills with native speakers or through AI-assisted practice.

🏫 Classroom Management and Family Communication Tools

AI-powered classroom management platforms strengthen teacher-family communication and increase school-family collaboration.

📊 Comparison Table

💰 Affiliate Programs and Discount Opportunities

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📌 Conclusion and Evaluation

AI-powered education tools are fundamentally transforming the learning and teaching experience. For students, they offer personalized learning, instant feedback, and access to 24/7 tutoring; for teachers, they reduce administrative burdens, simplify lesson planning, and provide better opportunities to track student progress.

Canva's availability 100% free for education in Turkey, together with curriculum-aligned content and safe AI support, makes a significant contribution to equal opportunity in education — particularly in visual content creation. Accessible within seconds through an EBA account, the platform supports the creative work of both teachers and students.

However, as the OECD's February 2026 report emphasizes, the successful completion of a task with the help of generative AI does not mean that learning has occurred [8]. Obtaining an answer to a problem through AI is one thing; truly understanding that solution and internalizing it through learning principles is another. General-purpose chatbots are not designed as learning tools — they do not teach; they merely respond to questions asked of them.

Research conducted in Turkey by Güler et al. shows that perceived usefulness and ease of use are decisive in students' adoption of AI tools, while ethical concerns are also a significant factor [9]. This finding reveals that the ethical framework is just as important as the user experience when integrating AI tools into education.

The Higher Education Council's (YÖK) ethics guide emphasizes core ethical principles such as academic integrity, protection of personal data, prevention of discrimination, and transparency [10]. These principles form the foundation for the responsible use of AI tools in education.

The MEB's AI in Education Policy Document and Action Plan (2025–2029) provides a comprehensive roadmap for the effective, ethical, and inclusive integration of AI technologies into the education system [7]. With the AI Applications Ethics Declaration System (YAZEK) opened for use on February 2, 2026, the ethical conduct of AI projects is being safeguarded [4].

UNESCO's promise of "AI for All" aims to ensure that everyone benefits from the ongoing technological revolution [6]. The "Small AI" solutions highlighted by the World Bank hold the potential to expand access to education through AI in low- and middle-income countries [3].

Using the right tools for the right purposes will increase efficiency and success in education. However, it must not be forgotten that AI tools are designed not to replace the teacher, but to support and empower them. AI literacy is becoming one of the core competencies of 21st-century education systems [12].

With respect,

Abdullah Çetin
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