By Ronnie Mbuqe
The learning opportunity lies in recalling, reasoning and explaining. Receiving a completed answer can bypass those actions even when the answer is correct.
Attempt the task first, request one hint, then solve it again without the hint. The final independent attempt shows more than a copied polished paragraph.
Start with the plain-language version
Understand why AI can sound convincing while being wrong, then use the academic-honesty guide to judge a specific assignment.
Where learners can use it
Ask for a simpler explanation, a new practice question, feedback on an attempted answer or another example of the same maths or science idea.
What it must not replace
AI should not secretly write the work meant to show the learner's own reasoning. Facts must be checked and private learner information must stay protected.
Artificial Intelligence (AI) is rapidly changing the classroom. Students, parents, and teachers can benefit from understanding How AI works, its advantages, and its limitations in education.
Can a polished AI answer conceal a gap in the learner's understanding?
A learning task should develop or reveal a skill.
Trace the explanation
If a tool performs the target reasoning, the finished answer may hide the very gap the task was meant to expose. Use assistance in a way that preserves practice and follows the task's rules.
Source and further reading: UNESCO
AI In School Is Really A Question About Learning Goals
The same AI action can be helpful in one lesson and inappropriate in another. If the goal is to understand a difficult science concept, asking for a simpler explanation may support learning. If the goal is to test whether you can write an essay independently, submitting an AI-written essay removes the very skill the teacher is trying to assess.
A useful rule is to separate assistance from substitution. Assistance helps you perform the learning: examples, feedback, practice questions, explanations and language support. Substitution performs the assessed thinking for you. The boundary is not always obvious, which is why learners should follow the teacher or institution’s rules instead of assuming every tool is allowed.
Accuracy is another concern. AI can produce a plausible but false date, formula, quotation or reference. Schoolwork should therefore use trusted textbooks, teacher materials and credible sources for facts that matter. AI can help you understand a source, but it should not become the source of truth simply because the answer sounds polished.
Privacy matters especially for children. Learners should avoid entering personal information, private marks, passwords, classmates’ details or confidential school documents into public AI tools. Schools also need policies that explain which approved tools may be used and how learner data is protected.
Good prompts do not replace subject knowledge
The more you understand a topic, the better you can judge whether an AI answer is useful or wrong.
Teachers can use AI too
AI can help brainstorm lesson ideas, create practice examples or adapt reading levels, but teachers remain responsible for accuracy and appropriateness.
Original work still matters
Writing, calculating, researching and explaining are skills developed through practice. Skipping the practice may produce a finished assignment but weaker learning.
A Better AI Study Routine
A learner can use AI without turning study into copying. First attempt the question alone. Then ask the tool to explain the part you got stuck on without giving the final answer. Try again. Finally, ask for a new practice question that tests the same idea. This keeps the difficult thinking inside the learning process.
Teachers can also ask learners to show prompts, drafts and corrections. That makes AI use visible and turns the conversation from “Did you use it?” to “How did you use it, what was wrong, and what did you change?” The ability to critique AI output can itself become a useful modern literacy skill.
An explanation you recognise may still be one you cannot reproduce
A learner can read an excellent AI answer and feel that it makes sense, yet be unable to solve a similar problem alone. Recognition is easier than producing the reasoning from memory. The learning goal is the student's ability, not the polish of the generated page.
For fractions, ask for a hint on the first step, work the calculation yourself, then explain why the denominator has that value. Only afterward compare with the tool's explanation. A wrong step becomes useful evidence about what needs teaching instead of something hidden by a perfect final answer.
Attempt the problem to Solve a fresh example independently
A learner copies an AI solution but cannot explain its first step. Which follow-up would best reveal what needs teaching?
Trace the explanation
A changed example removes the possibility of succeeding only by copying the same sequence. Ask for the first decision, then inspect the reasoning before adding support. Use the result to choose a specific teaching step.
Source and further reading: UNESCO
Can an AI be useful when it gives the wrong explanation?
A wrong explanation can become a learning exercise if the learner has reliable material against which to check it. Without that reference, the same error can become a misconception.
Ask which step is unsupported, find the relevant textbook or official resource, and rewrite the explanation. Checking needs to be part of the task rather than an optional extra.
A worked example and a common mix-up
A practical example
A Grade 8 learner is stuck on why seasons happen. Instead of asking AI to write the homework paragraph, the learner asks for a simple model using a lamp and a tilted ball, then closes the tool and explains the idea in their own words. The AI helped create understanding, but the learner still did the retrieval and explanation that builds memory.
A common misunderstanding
Using AI is not automatically cheating, and avoiding AI is not automatically good learning. The key question is whether the tool supports the learning objective or secretly replaces the skill being assessed.
Questions about AI in school
Is using AI for homework cheating?
It depends on the rules and what the assignment is assessing. Asking for an explanation may be acceptable while submitting generated work as your own may not be.
Can I use AI to study for a test?
Yes, where allowed. It can generate practice questions, explain mistakes and quiz you, but important facts should still be checked against your learning material.
Should schools ban AI completely?
A blanket ban may be difficult to enforce and can remove useful learning support. Clear rules about acceptable use, privacy, disclosure and assessment are usually more practical.
Three school scenarios: useful support, not automatic answers
Scenario 1: a learner is stuck
A learner asks an AI tool to explain fractions using a pizza example. The learner then tries a new problem without the tool and checks the result. This use supports understanding because the learner still practises the skill being assessed. If the tool gives a confusing explanation, a textbook or teacher should be used to resolve it.
Scenario 2: a teacher prepares a lesson
A teacher asks for three examples of persuasive writing at different difficulty levels. The teacher checks whether the examples are age-appropriate, accurate, culturally respectful, and aligned with the learning goal. The teacher remains responsible for the final lesson and should not paste private learner records into an unapproved service.
Scenario 3: feedback looks personal but is generic
An AI tool tells a learner to “add more detail.” That comment is too vague to guide revision. Better feedback points to a specific sentence, explains what is missing, and gives the learner a next step. AI-generated feedback should be checked for fairness and should not be the sole basis for high-stakes decisions about a learner.
Design assessment around thinking
Teachers can reduce confusion by telling learners what assistance is allowed, asking for intermediate work, including personal reflection, and using short discussions to check understanding. These methods are not about assuming every learner has cheated; they make the learning process visible. Assessment should still be accessible to learners with different needs and resources.
Questions for a school before adopting a tool
- What learner information is collected, and who can access it?
- Can the school explain how the tool is used and correct a wrong result?
- Does the tool work for the languages and devices learners actually use?
- What happens when the tool is unavailable or gives an unsafe answer?
- Who is accountable for the decision made with its output?
AI can help generate practice questions, simplify a difficult explanation, or provide another example. It should not replace teacher relationships, verified curriculum material, or the learner's opportunity to struggle productively and build independence.
Further reading: UNESCO: Artificial intelligence in education.
A useful AI tutor should make room for the learner to think
Try a session with three rules: one question at a time, no final answer until you attempt it, and feedback that identifies the mistaken step. Then close the tool and do a new example. If the learner cannot transfer the method, more generated explanations are not automatically the solution.
Teachers' task rules and school policies still matter. Permission to brainstorm is not necessarily permission to submit generated writing. Protect children's personal information and check important factual claims against suitable educational sources. The adult should understand the tool's role rather than treating every conversational answer as instruction.
What is a stronger check: rereading the answer or solving a new example without it?
Solving a suitable new example gives more direct evidence that you can apply the idea. Rereading can help, but familiarity with the displayed explanation is not the same as independent performance.
How could AI help with a maths exercise without doing the entire exercise for the learner?
One reasoned response
Ask for a hint, a simpler related example or feedback on the learner's own step. Then have the learner complete and explain the original work independently.
Source and further reading: UNESCO
Design learning tasks that show understanding
AI can produce a polished paragraph, but a polished paragraph alone may not show what a learner understands. Teachers can make learning more visible by asking learners to explain decisions, compare evidence, apply an idea to a new case, or show how an answer changed after feedback. This is not about catching learners out; it is about assessing the thinking the lesson is meant to develop.
Example: a science explanation
Instead of assessing only a paragraph about day and night, a teacher might ask a learner to draw Earth and the Sun, mark the direction of rotation, explain why one place moves from daylight into darkness, and then correct a deliberately mistaken diagram. The learner must connect the idea to a visual model. AI may help with practice, but the learner still has to demonstrate the reasoning.
Use AI with clear boundaries
- Tell learners which uses are allowed: explanation, practice, feedback, or drafting.
- Require verification of facts and references rather than trusting generated answers.
- Protect learner data and avoid entering names, marks or sensitive details into unapproved tools.
- Provide an alternative for learners who cannot access the same technology.
- Check whether the tool's output is accessible, age-appropriate and culturally relevant.
What learners should practise
Ask AI to explain a concept in a different way, then close the tool and explain the concept from memory. Compare the two explanations with class notes or a trusted textbook. Mark any unsupported claim and rewrite it accurately. This makes AI a prompt for active learning rather than a shortcut around it. Teachers should also review their institution's current policy and subject-specific assessment rules.
Sources
Sources and further reading
A closer lookUse feedback without handing over the thinking
A learner writes an explanation of evaporation and asks an AI tool to identify one unclear step. The learner checks the suggestion against class materials and rewrites the passage in their own words.
Work through the distinction
Keep the original and revised versions and follow the teacher's AI rules. The learning test is whether the learner can explain the reasoning without the tool, not whether the final paragraph sounds polished.
What best tests understanding afterwards?
Choose an answer to see feedback. You can try again.
Show the answer and explanation
Explaining it independently. Keep the original and revised versions and follow the teacher's AI rules. The learning test is whether the learner can explain the reasoning without the tool, not whether the final paragraph sounds polished.