Imagine a student who can ask questions about a difficult Mathematics problem at midnight and receive an explanation within seconds. Picture a teacher preparing a lesson plan with the help of an AI tool or a parent trying to understand how technology is changing the way children learn. These are no longer distant possibilities. Artificial intelligence (AI) is already influencing how people access information, teach, study and solve problems.

From AI-powered tutors and writing assistants to automated assessment tools and personalised learning platforms, artificial intelligence is creating new opportunities for education. For Nigerian schools, where teachers often manage large classrooms and students have different learning needs, these technologies could provide useful support when applied thoughtfully.

However, the growing presence of AI in education also raises important questions. Can students rely on AI to complete their assignments? Will teachers eventually be replaced by technology? How can parents tell whether their children are using AI productively or simply copying answers? And what happens when an AI tool provides incorrect information?

Understanding AI in education is becoming increasingly important for everyone involved in learning. The goal is not to embrace every new technology without question or to reject it out of fear. Instead, students, teachers, parents and school owners need to understand what AI can do, recognise its limitations and learn how to use it responsibly.

As computer scientist Andrew Ng famously said, “AI is the new electricity.” Just as electricity transformed different industries, AI has the potential to reshape education. The real question is how we can make that transformation beneficial to learners.

Understanding AI and Its Growing Role in Education

Artificial intelligence refers to computer systems designed to perform tasks that typically require human intelligence, such as recognising patterns, understanding language, solving problems and making predictions. In education, AI can help explain concepts, generate learning materials, analyse student performance and support teachers with routine tasks.

One important development is generative AI. These tools can create new content, including text, images, summaries, questions and lesson materials, in response to instructions provided by a user.

For example, a student can ask an AI tool to explain photosynthesis in simple terms, while a teacher can request practice questions on the same topic. A school administrator may also use AI-powered software to organise information or identify patterns in students’ academic performance.

AI is already finding applications in several areas of education.

• Personalised learning: Some AI-powered platforms adapt exercises, explanations and learning activities to a student’s progress and needs.
• Intelligent tutoring: AI tools can provide additional explanations, practice questions and feedback outside regular classroom hours.
• Teaching and lesson preparation: Teachers can use AI to brainstorm lesson activities, develop teaching aids and prepare assessment questions.
• Assessment and feedback: Certain systems can assist with marking objective questions, organising results and identifying areas where students need additional support.
• Accessibility: Selected tools can support learners through text-to-speech, speech-to-text, translation, captions and other accessibility features.

These applications offer possibilities for Nigerian schools, particularly where teachers handle large classes or students need additional learning support. However, the benefits depend on the quality of the tools, access to technology, teacher guidance and the purpose for which AI is used.

AI is not a substitute for quality teaching, appropriate learning materials or a supportive school environment. UNESCO’s guidance on generative AI in education emphasises the importance of protecting learners, maintaining human oversight and ensuring that technology serves educational goals rather than becoming an end in itself. UNESCO+1

How Students Can Use AI as a Learning Tool Without Becoming Dependent on It

For students, one of the most attractive features of AI is its ability to provide quick answers. A difficult assignment that might take an hour to understand can appear to have a simple solution within seconds.

However, there is an important difference between getting an answer and understanding how to arrive at it. Students who rely entirely on AI to complete their assignments may submit impressive work without developing the knowledge and skills those assignments are intended to build.

The goal should be to use AI to improve learning, not to avoid learning.

Practical ways students can use AI effectively

1. Ask for explanations of difficult topics.

A student struggling with fractions, algebra, grammar or a scientific concept can ask AI to explain the topic using simpler language and examples. The student can request another explanation if the first one is unclear.

For example, instead of asking, “What is the answer to this Mathematics question?”, a student could ask, “Explain the steps for solving this equation and give me a similar question to practise.”

2. Generate practice questions.

Students can use AI to create revision questions, vocabulary exercises, flashcards and mock tests. They should attempt the questions independently before checking the answers.

This approach encourages active recall and helps learners identify topics they have not fully understood.

3. Improve writing without surrendering their voice.

AI can help students identify grammatical errors, organise ideas and understand how to structure an essay. However, students should develop their own arguments, provide relevant examples and ensure that the final work reflects their understanding.

For instance, a student writing an essay about environmental pollution can ask AI to suggest an outline, then develop the discussion using personal observations, classroom knowledge and reliable sources.

4. Use AI to prepare for examinations.

Students preparing for WAEC, NECO, JAMB, BECE or school examinations can use AI to explain unfamiliar concepts, develop revision timetables and generate practice questions. Nevertheless, they should compare the information with their prescribed textbooks, teachers’ instructions and the relevant examination syllabus.

5. Learn from mistakes.

When a student gets a question wrong, AI can help explain the likely error and demonstrate the correct method. Students should then attempt a similar question without assistance to confirm that they have understood the lesson.

The rule every student should remember

Try the task yourself before asking AI to help. Read and question its response, verify important information, and practise independently afterwards.

Students should also follow their schools’ rules on AI use. Where an assignment requires independent work, submitting AI-generated content as one’s own undermines the purpose of the exercise and may constitute academic dishonesty.

The OECD’s Digital Education Outlook 2026 highlights an important distinction: completing a task successfully with generative AI does not automatically mean that meaningful learning has taken place. AI is most useful when it strengthens the learner’s thinking rather than doing the thinking on the learner’s behalf. OECD+1

How AI Can Support Teachers in Planning, Teaching and Assessing Students

Teaching involves much more than standing in front of a classroom and explaining a topic. Teachers prepare lesson notes, develop instructional materials, set questions, assess assignments, monitor progress and communicate with parents.

These responsibilities can become particularly demanding when a teacher manages a large class with students who learn at different speeds.

When used appropriately, AI can support some of these tasks and give teachers more time to concentrate on instruction, classroom relationships and individual student needs.

AI for lesson planning and instructional materials

Teachers can use AI to brainstorm lesson activities, prepare lesson outlines, generate examples and develop questions aligned with a specified topic.

For example, a teacher preparing a lesson on the water cycle could request an age-appropriate explanation, a classroom demonstration using readily available materials and five revision questions.

In the Nigerian context, teachers can also ask for examples connected to familiar experiences, local environments and everyday life. However, they must review the output to ensure that it is culturally appropriate, factually correct and consistent with the approved curriculum.

AI-generated lesson plans should be treated as drafts, not finished teaching materials that require no further attention.

Supporting students with different learning needs

A classroom may contain students who understand a topic quickly and others who need more time, simpler explanations or additional practice.

Teachers can use AI to develop different versions of a reading passage, create supplementary exercises or suggest alternative ways of explaining a difficult concept.

For instance, after teaching a topic to the entire class, a teacher might prepare basic practice questions for learners who need extra support and more challenging questions for those ready to progress.

This can help teachers differentiate instruction without creating every resource from scratch.

Making assessment and feedback more manageable

AI-enabled tools can assist with preparing objective questions, organising assessment results and identifying patterns in student performance. Some systems can also suggest feedback on written work.

Suppose several students perform poorly in a test on fractions. An AI-assisted analysis might help the teacher identify the questions that caused the greatest difficulty and plan a revision lesson around those areas.

However, teachers must check whether the analysis is accurate. Objective marking may be easier to automate than evaluating the quality of a student’s reasoning, creativity or interpretation.

Human judgement remains essential. Teachers should review AI-generated questions, check answer keys, examine suggested feedback and make important academic decisions themselves.

Reducing administrative pressure

AI may also help teachers draft reports, organise classroom resources, prepare parent communication and summarise non-sensitive information.

The time saved can be redirected towards activities that require human attention, such as helping a struggling learner, encouraging a discouraged student or discussing a child’s progress with a parent.

As the U.S. Department of Education’s report on AI and teaching and learning recommends, educators should remain involved in decisions about how AI systems are used. Technology should support professional judgement rather than replace it. U.S. Department of Education+1

The Risks Parents, Teachers and Students Should Watch Out For

While AI offers educational opportunities, its growing use also introduces risks that schools and families must take seriously.

Understanding these risks is important because an AI tool can produce an answer that sounds convincing without necessarily being correct, appropriate or safe.

Inaccurate information and misleading answers

AI tools can generate incorrect facts, faulty calculations, invented references and explanations that appear authoritative. This is particularly concerning when students use them for assignments or examination preparation without checking the information.

A student researching Nigerian history, for example, might receive an inaccurate date or a misleading account of an event.

The solution is to verify important information using trusted textbooks, teachers, official educational resources and credible reference materials. AI should be treated as a source of assistance, not the final authority on every subject.

Overdependence and declining independent thinking

If students use AI to write every essay, solve every problem and answer every question, they may miss opportunities to develop essential skills.

Independent reading, reasoning, writing, problem-solving and making mistakes are important parts of learning. Removing all the effort from these activities can weaken the very abilities education is supposed to develop.

Teachers and parents should therefore encourage students to attempt tasks independently, explain their reasoning and demonstrate their understanding without AI assistance.

Cheating and academic dishonesty

AI-generated essays, assignments and projects can make it easier for students to present work they did not genuinely produce or understand.

Rather than relying solely on attempts to detect AI-written text, schools can establish clear rules about acceptable AI use. Teachers can also ask students to explain their work, show their drafts, demonstrate a process or complete a short follow-up activity.

Students should understand when AI assistance is permitted, when it must be acknowledged and when independent work is required.

Privacy and the protection of children’s information

Some AI platforms collect information that may be stored or processed according to their privacy policies. Students and teachers should avoid entering sensitive information into tools that have not been properly assessed.

This includes:

• Students’ full names alongside personal records, home addresses or contact details.
• Examination results, medical information or confidential school records.
• Private information about parents, teachers or other learners.
• Unpublished manuscripts, copyrighted materials or confidential school documents without proper authorisation.

Parents and school administrators should review a platform’s privacy policy, data-handling practices and age requirements before permitting children to use it. Schools should also establish clear guidelines for protecting students’ information.

UNESCO specifically identifies data privacy, age-appropriate use and the protection of human agency as important considerations when introducing generative AI into education. UNESCO+1

Unequal access to technology

Not every student has access to a personal computer, reliable internet connectivity, electricity or an affordable data plan. In some Nigerian communities, these limitations can make AI-supported learning difficult.

Schools should avoid making access to a particular AI tool a requirement for completing essential schoolwork unless equitable access has been considered.

Where possible, teachers can provide offline alternatives, printed resources, shared devices and classroom activities that do not depend on AI.

Bias, inappropriate content and reduced human interaction

AI systems may reproduce biases found in their training data or generate responses that are unsuitable for a learner’s age, culture or circumstances. Students may also encounter content that is misleading or inappropriate.

Parents and teachers should guide children towards age-appropriate tools, supervise use where necessary and encourage them to report troubling or suspicious responses.

Equally important, AI should not replace the human relationships that make education meaningful. Children need teachers who recognise their struggles, parents who encourage them and classmates with whom they can collaborate.

The responsibility is shared. Students must use AI honestly, teachers must review its educational value, parents must provide guidance, and school owners must establish policies that protect learners.

Preparing Students for an AI-Powered Future

Artificial intelligence is influencing workplaces, businesses, communication and problem-solving. As these technologies develop, students will need more than the ability to operate digital tools. They will need to understand when to use them, how to question their outputs and how to make sound decisions independently.

Preparing students for an AI-powered future should therefore begin with foundational knowledge and practical skills rather than the assumption that every child must become a computer programmer.

Develop digital and AI literacy

Students should understand, at an age-appropriate level, what AI is, how it is used and why its responses may be inaccurate or biased.

They should learn to write clear instructions, evaluate generated information, recognise potential misinformation and protect their personal data.

These skills can be introduced through guided classroom activities, discussions and practical demonstrations.

Strengthen critical thinking and creativity

As AI makes it easier to generate answers and content, the ability to evaluate ideas becomes even more valuable.

Students should be encouraged to ask questions, compare explanations, investigate evidence, solve unfamiliar problems and develop original ideas.

For example, after receiving an AI-generated explanation of an environmental issue, a student could compare it with information from a textbook, examine local examples and present an independent conclusion.

The emphasis should be on what the student understands and contributes, not simply on the material produced by a tool.

Build communication and collaboration skills

Education involves working with people, explaining ideas, resolving disagreements and listening to different perspectives. These skills remain important regardless of technological advances.

Group projects, presentations, debates, creative assignments and peer learning can help students develop the interpersonal abilities needed in school, higher education and the workplace.

Help teachers and parents learn alongside students

Teachers do not need to know everything about AI before beginning to explore it. However, they need opportunities to understand relevant tools, practise using them and evaluate their limitations.

School owners and administrators can support this process through professional development, clear AI policies and the careful selection of educational technology.

Parents can contribute by discussing responsible technology use at home, asking children how they use AI and encouraging them to explain what they have learnt.

Make responsible AI use part of school culture

Schools should establish clear expectations covering academic honesty, privacy, age-appropriate use, fact-checking and the circumstances in which AI assistance is permitted.

They should also consider whether each proposed tool improves learning outcomes, offers genuine educational value and is accessible to the students expected to use it.

The OECD’s Digital Education Outlook 2026 reinforces this principle: generative AI can support learning when guided by sound teaching principles, but using it without appropriate guidance can improve the appearance of performance without necessarily improving learning. OECD+1

The objective is not simply to prepare students to use AI. It is to prepare them to think, learn, adapt and make responsible decisions in a world where AI is increasingly available.

Conclusion: AI Should Enhance Education, Not Replace Its Purpose

Artificial intelligence presents opportunities to make learning more interactive, support teachers with demanding tasks and help students access additional explanations and practice. Yet its value depends on how it is introduced, the quality of the tools being used and the guidance available to learners.

For students, the priority is to use AI to deepen understanding rather than avoid effort. For teachers, it is to apply the technology thoughtfully while retaining professional judgement. For parents, it is to provide guidance, encourage independent learning and protect children’s privacy. For school owners, it is to adopt technology based on educational needs rather than novelty.

Nigerian schools do not have to adopt every emerging AI tool to prepare their students for the future. They need to make informed choices, strengthen digital literacy and ensure that technology supports meaningful learning.

Ultimately, the purpose of education is not merely to produce correct answers; it is to develop people who can think critically, solve problems, communicate effectively and continue learning throughout their lives. AI can contribute to that purpose, but it cannot replace the responsibility of human beings to teach, guide, question and learn.

The future of education will not be shaped by AI alone. It will be shaped by the choices students, teachers, parents and school leaders make about how they use it.

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