The Future of education with AI

Introduction: A new partner in the staff room – AI and its arrival in education

Artificial intelligence (AI) is no longer just a concept from science fiction novels; it is becoming a tangible reality that is actively shaping our world. From the way we work and communicate to the functioning of entire industries, its impact is undeniable.¹ Education, as a key pillar of society, cannot and does not remain aloof from this transformative process. The arrival of AI in classrooms and staff rooms represents one of the most significant changes in modern pedagogy, comparable to the advent of the internet or personal computers.³

For educators in Slovakia, this new era brings a mix of opportunities and justified concerns. On one hand, surveys show that many teachers perceive AI positively – as a tool that can facilitate work, help, and solve problems.⁵ On the other hand, there is a natural respect for the unknown, coupled with fears of the absence of clear rules, a lack of qualified instructors, and the potential overburdening of an already demanding school system.⁵ This chapter is designed as a practical and supportive guide aimed at demystifying artificial intelligence and providing teachers with the tools and knowledge needed for its confident and meaningful use. The goal is not just to react to technological changes, but to actively shape them in line with pedagogical objectives, including in the context of national initiatives by the Ministry of Education, Research, Development, and Youth of the Slovak Republic, which plans the systematic integration of AI into education.⁶

The emerging market for AI education is proof of this. A number of commercial entities offer courses and training focused on the practical mastery of specific tools like ChatGPT or DALL-E.¹¹ While these offers are often useful for acquiring basic skills, they also signal a deeper need – the need for systematic, pedagogically grounded, and critical support that goes beyond simple user manuals. Teachers need to know not only how to click, but above all, to understand why and under what conditions they should use a given tool. This chapter aims to fill this gap and serve as an authoritative pedagogical compass.

The fundamental argument of this chapter is that artificial intelligence does not replace the teacher. On the contrary, it becomes a powerful partner that, by automating routine tasks, frees up time and space for what is irreplaceable in pedagogy: building relationships, mentoring, developing critical thinking, and supporting the emotional and social growth of students.⁴ The goal is not digitization for the sake of digitization, but the humanization of education through intelligent technologies.

To use artificial intelligence effectively and ethically, it is essential to understand its basic concepts. These terms are often used interchangeably, but each refers to a specific area with different capabilities and applications.

 

Relevance for EU education

The integration of AI into education is not just an optional add-on but is becoming a necessity for preparing students for the future. The Ministry of Educations of EU countries are aware of this fact and plan to introduce AI into the curriculum in the next school years with the aim of ensuring that AI literacy becomes a basic skill on par with reading and writing.4 Slovakia is not alone in this and follows the examples of countries like Finland, Estonia, the United Kingdom, and the USA, which are already actively incorporating elements of AI into their educational systems.⁴ The goal is to raise a generation that not only passively understands technology but can also use it actively, critically, and ethically.

AI as a teacher's assistant: Tools to streamline work

One of the greatest promises of artificial intelligence in education is its potential to significantly reduce the administrative burden and free up teachers' time for the work that has the greatest impact – direct interaction with students.¹² AI can function as a tireless personal assistant, helping with preparation, planning, and administration.

 

Creation and differentiation of educational content

AI tools dramatically simplify and speed up the process of creating and adapting teaching materials. A teacher no longer has to start with a blank page.

• Generating Text Content: Tools like ChatGPT or Gemini can, based on a simple command (prompt), create drafts of worksheets, test questions with both open and closed answers, quizzes, or summaries of extensive texts. They can generate examples for practicing grammatical phenomena, word problems in mathematics, or discussion questions for a literary work.¹¹

• Differentiating Materials: One of the biggest challenges in a heterogeneous classroom is adapting materials to different student levels. AI can do this in a matter of seconds. A teacher can ask AI to simplify a technical text for students with weaker reading skills, create a more challenging version of a task for gifted students, or rephrase an assignment for students with special educational needs (SEN).¹⁴

• Creating Visual Materials: Visual aids are key to understanding and remembering subject matter. Tools like DALL-E, Midjourney, or AI functions integrated directly into the Canva platform allow teachers to create original and tailor-made images. They can visualize a historical event, depict an abstract scientific concept (e.g., the structure of DNA), create an illustration for a story, or design an engaging infographic.¹³

However, it is important to approach this process strategically. AI should not be seen as the final creator, but as an accelerator of the initial draft. Its outputs can be generic, sometimes inaccurate, or may lack the necessary pedagogical touch.⁷ A proven strategy is the so-called

80/20 principle: the teacher uses AI to create 80% of the basic material, thus saving hours of work. Subsequently, they add their 20% of expertise – pedagogical context, creativity, adaptation to the specific needs of the class, and final verification of correctness.³⁰ In this way, the teacher remains the guarantor of quality and pedagogical value, while also working much more efficiently.

 

Planning and administration

In addition to content creation, AI can also significantly help with organizational and administrative tasks that often take up teachers' valuable time.

• Lesson Planning: AI assistants can help create thematic plans, draft lesson structures, or find innovative activities and projects for a given topic.²⁷

• Automating Assessment: While AI cannot yet fully assess complex essays or creative works, it can effectively automate the grading of tasks with clearly defined answers. Platforms like Gradescope²¹ or Smodin AI Grader³⁴ can quickly correct multiple-choice tests, fill-in-the-blank exercises, and provide initial feedback on written work, such as checking grammar, structure, or originality.¹⁴

• Communication with Parents: Formulating messages for parents can be time-consuming. AI can help create drafts of informative, constructive, and professional-sounding emails, whether for weekly summaries, invitations to consultations, or information about a student's progress.²⁷

By using these tools, the teacher can free themselves from repetitive tasks and focus their energy where their presence is most valuable – in direct work with students.

 

Revolution in the classroom: Personalization and support for every student

After exploring the benefits of AI for the teacher, the focus now shifts to its greatest potential: the transformation of the learning process itself for the student. Artificial intelligence enables a shift from a "one-size-fits-all" model to deeply personalized and inclusive education that responds to the needs of each individual.⁴

 

Personalized and adaptive learning

Every classroom is filled with students with different knowledge, learning paces, and styles. AI offers tools to effectively manage this diversity.

• Adaptive Learning Platforms: Applications like Khan Academy, Duolingo, Century Tech, or Carnegie Learning use algorithms to continuously analyze a student's performance. Based on their answers, they dynamically adapt the content, difficulty, and pace of tasks. If a student struggles with a topic, the system offers additional explanations and exercises. If, on the other hand, they master the material with ease, the system offers more challenging tasks.⁴ In this way, each student is optimally stimulated and progresses at their own pace, which is almost unattainable in the traditional model of frontal teaching.³ 
• Hyper-personalization: This is the vision for the near future of education. It's no longer just about adapting content based on right and wrong answers. Hyper-personalized systems will be able to create unique educational paths for each student based on their interests, long-term goals, preferred learning styles (visual, auditory), and even their emotional state, which they can recognize, for example, from voice analysis or interaction with the platform.³⁹

 

Intelligent tutors and instant feedback

One of the biggest benefits of AI is its ability to provide continuous support.

• Tutors Available 24/7: AI chatbots and specialized tutoring systems (e.g., MathGPTPro for mathematics or Socrat for discussion topics) can help students with homework, practicing material, or explaining unclear concepts anytime and anywhere.²¹ A student can ask repeatedly without fear of appearing "stupid," which reduces anxiety and promotes independence.³

• Instant Feedback: Instead of waiting for a teacher's correction, the student receives immediate information on whether their approach was correct. This allows them to correct mistakes immediately and learn more effectively from their own errors.¹⁴

 

Support for students with Special Educational Needs (SEN)

Artificial intelligence represents a breakthrough in the field of assistive technologies and has enormous potential to create a truly inclusive educational environment.¹⁴

• Text-to-Speech: Tools like Speechify or NaturalReader can read any digital text aloud. This is an invaluable aid for students with dyslexia, visual impairments, or for those who prefer auditory learning.⁴²

• Speech-to-Text: Software like Dragon or functions built directly into operating systems allow students to dictate text instead of typing. This helps students with dysgraphia, physical limitations, or simply those who find it easier to formulate their thoughts orally.²¹

• Writing Support: Applications like Grammarly or Co:Writer provide real-time feedback on grammar, style, and sentence structure, helping students with learning disabilities or language barriers to produce higher-quality texts.⁴²

• Improving Accessibility: AI can automatically generate captions and transcripts for videos for students with hearing impairments, or convert information from color graphs into text descriptions for students with color blindness.²⁷

These tools not only compensate for disadvantages but also give students with SEN the opportunity to fully participate in the educational process and reach their full potential.

 

Table 1: Overview of AI tools for teachers

The following table serves as a practical reference guide to help teachers quickly orient themselves to available tools according to pedagogical needs.

 

The New role of the teacher: From lecturer to facilitator and mentor

The deepest and most significant change that artificial intelligence brings to education is not just the introduction of new tools, but a fundamental transformation of the role and identity of the teacher. In an era where factual information is instantly available through AI, the traditional notion of the teacher as a "fount of wisdom" and the primary source of knowledge is losing its relevance.³ AI can explain a covalent bond or the rules of the past tense in English, often more patiently and adaptively than a human. However, this does not mean the teacher becomes obsolete. On the contrary, their value shifts from transmitting information to developing skills and competencies that are uniquely human.

Defining the new role

The 21st-century teacher becomes a designer, guide, and mentor. Their new role can be described through three key archetypes:

• Facilitator: The teacher is no longer an actor on a stage lecturing, but rather a director who sets the stage for learning.³⁰ Their role is to design and facilitate learning experiences in which students actively construct their knowledge. They ask stimulating questions, moderate discussions, and create an environment where students collaborate, experiment, and learn to solve problems using various resources, including AI.⁴⁶

• Mentor: As AI takes over routine explanations, the teacher can fully focus on developing skills that machines cannot replicate. These are the so-called soft skills, which are crucial for success in the 21st century: critical thinking, creativity, complex problem-solving, collaboration, communication skills, emotional intelligence, and ethical reasoning.² The teacher becomes a personal guide who helps students navigate the world of information and form their own values.

• Orchestrator: A new educational triangle is emerging in the modern classroom: teacher, student, and AI. The teacher, in the role of an orchestrator, strategically manages this dynamic. They must know when it is appropriate to use an AI tool to streamline work, when to put it in the hands of students to support their independence, and when, on the contrary, direct human intervention, an empathetic conversation, or a joint reflection is necessary.³⁰

 

Practical implications for teaching

This change in role is most evident in the way tasks are designed and assessed. The emphasis shifts from the product (the correct answer) to the process (the path to the answer).

Example of a Transformed Assignment:

• Traditional Assignment: "Write a 500-word essay at home on the causes and consequences of World War I." (A student can easily delegate this task to AI).

• New Assignment in the AI Era:

1. 1. Phase 1 (Individual work with AI): "Use an AI assistant (e.g., ChatGPT, Gemini) to create a timeline of key events and a list of five main causes of World War I. For each cause, have a short description generated."

   2. Phase 2 (Group work in class): "In groups, compare your findings. Discuss which causes you consider most important and why. Create a collaborative mind map that visualizes the relationships between the causes and consequences."

   3. Phase 3 (Critical thinking and verification): "The AI provided you with a list of sources. Verify the validity of at least two of them using the school database or other trustworthy sources. Is the information from the AI accurate and unbiased?"

   4. Phase 4 (Synthesis and presentation): "Based on your discussion and verified sources, prepare a short presentation in which you argue which cause you believe had the greatest impact on the outbreak of the war. Be prepared to defend your opinion."

This new approach represents a pedagogical inversion. Traditionally, content (history, biology) was taught with the hope that skills would also be developed along the way. In the era of AI, skills must be taught directly – how to think critically, verify information, collaborate, and argue – using content that is easily accessible through technology.⁶ These skills do not become a byproduct but the primary goal of education. This necessarily requires a change not only in methodology but also in assessment systems, which must consider the process and not just the final output.

Ethical challenges and responsible use of AI

Along with its enormous potential, artificial intelligence also brings new ethical dilemmas and risks that are a major source of concern for many educators.⁵ The key to managing them is not to ban technology, but to build a culture of responsibility, critical thinking, and digital citizenship among both teachers and students.

 

Academic integrity and plagiarism

The most common concern is that students will use AI to cheat, especially when writing homework and essays.⁷

• Problem: A student has a complete work generated and submits it as their own.

• Solution:

1. 1. Education, not prohibition: Instead of blanket bans, it is more effective to teach students how to use AI ethically. This includes the obligation to acknowledge the use of AI and to cite it correctly as a tool, just as other sources are cited.

   2. Redesigning assignments: Assign tasks that require higher cognitive functions – analysis, synthesis, evaluation, personal reflection, or connection to one's own experience. AI cannot handle these tasks on its own.²⁹

   3. Assessing the process: Focus on assessing the entire work process (e.g., ongoing consultations, defense of the work, discussion of sources used), not just the final text.²⁴

 

Data protection and privacy (GDPR)

AI tools, especially free ones, often operate by collecting and analyzing user data.⁴

• Problem: Student data, including their interactions and performance, can be collected and used in ways that are not transparent or secure.

• Solution:

1. 1. Careful selection of tools: Teachers should prioritize tools that comply with the European General Data Protection Regulation (GDPR), such as the SchoolHub.ai platform.³²

   2. Digital hygiene: It is crucial to teach students (and oneself) never to enter sensitive personal data, passwords, or confidential information into AI tools.²²

   3. Anonymous use: Whenever possible, use tools without requiring registration or with anonymous accounts.

 

Algorithmic bias and fairness

AI models learn from data created by humans, and therefore can unintentionally adopt and even reinforce existing societal prejudices and stereotypes.⁵³

• Problem: AI trained predominantly on data from the Western world may present a one-sided view of history or culture.³⁷ Search results or generated images may reinforce gender or racial stereotypes.

• Solution:

1. 1. Developing critical thinking: Teach students to approach AI outputs critically. Key questions they should ask themselves are: "Is this information verifiable? What sources is it likely drawing from? Whose viewpoint or perspective is missing here?"

   2. Comparing sources: Guide students to never rely on a single source, especially if it is AI, and to always verify information from multiple independent and trustworthy sources.

   3. Ensuring equal access: Schools and their founders must actively work to ensure that all students have access to technology, regardless of their socio-economic background, to avoid deepening the digital divide.⁶

International organizations such as UNESCO and the OECD have developed ethical frameworks for the use of AI that emphasize principles such as human oversight, transparency, security, fairness, and inclusivity.⁵² These principles should become the basis for creating school rules and guidelines.

 

Table 2: Framework for the ethical use of AI in the classroom (Checklist for teachers)

This checklist provides a practical tool for assessing any AI tool before its introduction into teaching.

 

Conclusion: Education for the future

The journey of integrating artificial intelligence into education is complex and full of challenges, yet it also offers unprecedented opportunities for positive transformation. As this chapter has shown, AI is not a threat that should replace teachers, but a powerful ally that can enrich and streamline their work. However, its meaningful use requires more than just technical skill; it demands the courage to rethink traditional practices, embrace the new role of facilitator and mentor, and constantly cultivate ethical vigilance.

The true potential of AI will not be unlocked simply by purchasing new software. Its arrival acts as a catalyst for deeper and long-needed systemic reforms. It challenges our dependence on memorizing facts and assessment based on reproduction, forcing us to ask fundamental questions: What is truly important for students to learn in the 21st century? How can we best develop their creativity, critical thinking, and adaptability? The teachers reading these lines are not just passive recipients of technology; they are key actors in this necessary transformation.

The vision for the future is an educational ecosystem where technology serves to enhance what is most valuable – human potential. Artificial intelligence takes over routine and administrative tasks so that teachers have more time and energy for individual approaches, building strong relationships with students, leading inspiring discussions, and supporting their socio-emotional development.¹⁴ To fulfill this vision, it is essential to embrace the idea of lifelong learning not only for students but also for educators themselves. The ability to learn, adapt, and critically reflect on one's own practice in a rapidly changing world is becoming the most important professional competency.²

The future of education is therefore not about a choice between human and machine. It is about finding the synergy between them. The ultimate goal is not to create digital schools, but to use digital tools to raise a smarter, more curious, more resilient, and above all, more humane generation.

 

References

Key International documents and guidelines:

• European Commission. (2022). Ethical guidelines on the use of artificial intelligence (AI) and data in teaching and learning for educators.⁵²

• OECD. (2021). Recommendation of the Council on Artificial Intelligence.⁵²

• UNESCO. (2021). Recommendation on the Ethics of Artificial Intelligence.⁵²

• UNESCO. (2024). AI competency framework for teachers.⁵⁸

• UNESCO. (2019). Artificial Intelligence in Education: Challenges and Opportunities for Sustainable Development.⁵²

 

Academic literature and research reports:

• Delipetrev, B. et al. (2020). Cited in: BÁBIKOVÁ, K. (2023). Využití umělé inteligence ve výuce na středních školách (The Use of Artificial Intelligence in Teaching at Secondary Schools). Diploma Thesis, Masaryk University.⁵³

• Peder, Ľ. (2023). Umelá inteligencia vo vzdelávaní: kde sme a kam smerujeme? (Artificial Intelligence in Education: Where We Are and Where We Are Headed). Diploma Thesis, Masaryk University.⁶⁰

• Šantavý, P. et al. (2020). Umelá inteligencia: dobrý sluha a zlý pán (Artificial Intelligence: A Good Servant and a Bad Master).²⁰

• Bellwether. (2024). Productive Struggle in the Age of AI.⁶¹

 

Practical resources and portals for teachers:

• AI dětem (AI for Children). An initiative providing methodological materials and guides for teachers.²⁴

• Inšpirácia.live. A portal offering innovative education for teachers in the field of AI.¹¹

• National Institute for Education and Youth (NIVaM). Offers accredited courses for educators.⁸

• SchoolHub.ai. A platform with AI tools for schools, compliant with GDPR.²⁷

• Učím s AI (Scio) (I Teach with AI). A portal focused on the use of artificial intelligence in teaching.³¹

• Virtuálnô.sk. A portal providing information on AI projects and modules for teachers.⁶³

 

Recommended AI tools:

• Text Generation and Conversation: OpenAI ChatGPT, Google Gemini, Microsoft Copilot

• Image Generation: OpenAI DALL-E 3, Midjourney, Canva

• Personalization and Adaptive Learning: Khan Academy, Duolingo, Century Tech, Gradescope

• Assistive Technologies (SEN): Speechify, NaturalReader, Dragon, Grammarly

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