Your child finishes homework quickly. Their written answers sound polished, and their coding project runs successfully.

Then you ask:

“Can you explain how you got that answer?”

“Why does this part of your program work?”

The explanation is less confident than you expected.

If your child uses artificial intelligence for schoolwork or programming, you may wonder how much they understand independently.

The most useful question is whether your child can explain, check, adapt and apply what the tool produces.

For Canadian parents considering academic tutoring and coding lessons, these checks can help make learning more visible.

A Finished Answer Is Only Part of the Picture

An AI tool can generate an explanation, suggest a paragraph or produce code. The finished output may look convincing.

But that output does not establish what the learner knows.

A child might understand the answer fully. They might understand only part of it. Or they might have copied it without recognising an error.

Parents do not need to become subject experts to investigate. A few thoughtful questions can reveal where the child needs further teaching.

Four Checks for Real Understanding

1. Can they explain it?

Ask your child to describe the answer in their own words.

For maths:

“What does each step do, and why?”

For writing:

“What is your main point, and which evidence supports it?”

For coding:

“What information goes into the program, and what happens to it?”

An explanation does not need to sound sophisticated. Clear, simple language is often more useful than repeating technical terms.

2. Can they check it?

Ask how they would establish whether the answer is correct.

They might:

• Substitute a solution into an equation.
• Compare a claim with a reliable source.
• Check whether a quotation appears in the original text.
• Test a program with known inputs.
• Review units and calculations.

The learner should gradually develop ways to verify work beyond asking the same AI tool to confirm its answer.

3. Can they adapt it?

Change a small part of the task.

If the program calculates a discount, change the percentage. If the maths question uses eight items, ask about twelve. If the paragraph makes a claim, ask whether different evidence would change it.

The child’s ability to make a sensible adjustment can reveal whether they understand the original work.

4. Can they apply it independently?

Offer a similar task without AI assistance.

Keep it short and appropriate to their level. The purpose is to identify what they can do and where support is needed.

A learner who can explain one answer but cannot tackle a similar question may need more guided practice.

A Maths Example: Checking an AI-Generated Solution

Suppose the homework question is:

Solve: 4x + 7 = 31

An AI tool gives:

x = 6

The answer is correct, but the tutor still needs to check the learner’s understanding.

Ask:

• Why do we subtract 7 from both sides?
• What equation remains?
• Why do we then divide by 4?
• How can we check the answer?

The working is:

4x = 24

x = 6

Checking by substitution:

4 × 6 + 7 = 31

Now give a fresh question:

5x + 3 = 28

Can the child solve it independently and explain the method?

This second question provides evidence about what they have learned from the first.

A Coding Example: A Program Works, but Does the Child Understand It?

Imagine an AI tool helps create a calculator for a discounted price.

The program uses:

Discounted price = original price × (1 − discount percentage ÷ 100)

The coding tutor asks the learner to explain:

• Why the percentage is divided by 100.
• Why the result is subtracted from 1.
• Which variable stores the original price.
• What happens when the discount is zero.
• How the program handles an unsuitable entry.

Then the learner tests a familiar case:

Original price: $40

Discount: 25%

Expected final price: $30

Next, ask them to add a feature that displays the amount saved.

A child who can explain the calculation, test it and modify the code is demonstrating more than the ability to obtain a working program.

Check Writing Without Turning It Into an Interrogation

AI-generated writing can contain vocabulary or claims the learner cannot explain.

Choose one paragraph and discuss it calmly.

Ask:

• “What are you trying to say here?”
• “What does this word mean?”
• “Where did this fact come from?”
• “Which part would you change?”
• “Can you explain the same idea aloud?”

If the child struggles, help them rewrite the paragraph using language and reasoning they understand.

Avoid treating advanced vocabulary as proof that AI was used. The useful focus is whether the learner can explain and support their work.

Agree on School Rules Before Using AI

Ask your child’s school or teacher what assistance is permitted for the particular assignment.

Expectations can differ between schools and tasks. A tool allowed for brainstorming may not be allowed to produce a submitted answer.

Discuss:

• Whether AI use is permitted.
• Which activities are allowed.
• Whether its use must be acknowledged.
• What the learner must complete independently.

Also check the tool’s age requirements and supervise its use appropriately.

Avoid entering identifying details, passwords, school account information or private documents into prompts.

Give AI a Clear Learning Role

Where the school permits it, a learner could ask for:

• A hint before a complete solution.
• An explanation of an unfamiliar term.
• A practice question on a topic already taught.
• Feedback on a draft they wrote themselves.
• Help understanding an error message.

These uses still need checking. AI-generated practice answers, explanations and code can contain mistakes.

A useful routine is:

Attempt the task → request limited help → check the response → complete a similar task independently.

The tutor can adjust this routine to the child’s needs.

How Academic and Coding Tutors Can Help

An academic tutor can identify whether the learner understands the subject behind an answer.

A coding tutor can check whether they understand the instructions and behaviour of a program.

Academic tutor’s focusCoding tutor’s focusExplain concepts and methodsExplain the structure of the programCheck calculations and evidenceTest outputs and unexpected inputsReview writing in the learner’s own wordsAsk the learner to modify codeAssess fresh independent questionsAssess a small independent coding task

Together, these checks can help distinguish a completed task from a skill the learner can use again.

What Should Parents Expect in Progress Feedback?

Ask for concrete examples.

Useful feedback might say:

The learner solved two similar equations independently but still needed a prompt when the unknown appeared on both sides.

Or:

The learner explained the discount calculation and changed the percentage independently. Handling non-numerical input still required guidance.

This tells you more than “The lesson went well.”

Progress feedback should identify what the child can do, how much help they need and what comes next.

Academic Tutoring and Coding With Glareminds

Glareminds offers online academic tutoring and practical coding lessons for school learners.

For families in Canada, an Academic + Tech learning plan can address school subjects alongside programming skills, with the teaching based on the child’s current needs and experience.

If your child already uses AI, tell the tutor how they use it and share the school’s expectations. Independent questions, explanations and small coding changes can help establish a clearer starting point.

Explore the Glareminds Academic + Tech programme.

Frequently Asked Questions

Does using AI mean my child is not learning?

No. The important checks are whether they understand, verify and independently apply what they receive.

Can AI replace a private tutor?

A tutor can assess the learner directly, adapt teaching and observe their independent work. AI-generated assistance still needs verification and appropriate supervision.

What if my child cannot explain an AI-generated answer?

Treat that as a learning gap to address. Return to the underlying concept, practise together and check a similar task independently.

Should coding learners write every line without assistance?

They can learn from examples and guidance. They should gradually become able to explain, test and modify the code they use.

Make Your Child’s Learning Visible

A polished answer or working program is a starting point for a conversation.

Ask your child to explain it, check it, change it and apply the idea again. Those small tasks can reveal what they understand and where patient teaching would help.

Contact Glareminds to discuss academic tutoring and coding for your child in Canada. Share their province, grade, subjects needing support and coding experience so we can discuss a suitable starting point.

WhatsApp: +234 703 947 2179

Email: info@glareminds.com

Website: www.glareminds.com