Your child attends coding lessons regularly. They seem interested, and their tutor says they are progressing. But how can you tell whether they are actually learning?
A finished website or game is encouraging. However, the most useful questions go deeper:
Can your child explain their code, fix an error, adapt a project and complete a small task independently?
You do not need to be a programmer to ask these questions. You need clear evidence of what your child understands and how their independence is developing.
At Glareminds, we encourage parents to look at practical work alongside tutor feedback. Together, projects, explanations and progress reports can give a clearer picture than lesson attendance alone.
What Does Real Coding Progress Look Like?
Coding progress involves more than typing faster or completing increasingly complicated projects.
A beginner might make meaningful progress by understanding how to collect an answer and display a response. A more experienced learner might demonstrate progress by organising a program into functions or finding an error without the tutor identifying it first.
The right measure depends on the learner’s starting point.
Parents should look for changes in what their child can explain, create, test and improve—with gradually less help.
A Coding Progress Checklist for Parents
Use this checklist during an occasional project demonstration or discussion with the tutor.
Evidence to checkA question or task to tryWhat to look forUnderstanding“What does this part of your code do?”An explanation in the learner’s own wordsDebugging“What went wrong, and how did you investigate it?”A sensible process for finding and testing a fixAdaptation“Can you add another question or change this feature?”Applying a familiar idea to a small changeIndependence“Can you build a small version of this yourself?”Completing an appropriate task with limited promptingTesting“Does it work with a different input?”Checking several cases and noticing unexpected resultsProgress over time“What can you do now that was difficult before?”Specific examples supported by earlier and recent work
Treat this as a conversation, rather than an exam. Give your child time to think, and choose tasks that reflect what they have already been taught.
1. Can Your Child Explain Their Code?
A learner may reproduce code successfully without fully understanding it. Asking for an explanation helps reveal the difference.
For a simple quiz, you could ask:
- Where does the program store the answer?
- How does it decide whether the answer is correct?
- When does the score change?
- Why does this instruction repeat?
Your child does not need to use advanced terminology. A clear explanation such as “this checks the answer, and this adds one to the score” can demonstrate useful understanding.
If they struggle, the tutor can identify which concept needs more attention.
The aim is understanding they can express, rather than memorised definitions.
2. Can They Investigate and Fix Errors?
Errors are part of programming. A productive lesson helps learners develop a method for dealing with them.
Look for whether your child can:
- Describe what they expected the program to do.
- Explain what actually happened.
- Locate a possible cause.
- Make a targeted change.
- Run the program again to check the result.
A beginner may still need prompts. Progress might mean moving from waiting for the tutor to fix everything to checking the relevant line and suggesting a possible solution.
The tutor’s report should make that level of support clear.
3. Can They Adapt a Project?
One useful check is whether the learner can make a small change to something they have already built.
For example, they might:
- Add a question to a quiz.
- Change the number of attempts allowed in a game.
- Add a calculation to a spending tool.
- Update the layout of a webpage.
- Display different feedback for different answers.
These are illustrative tasks, not reported outcomes from specific Glareminds learners.
The change should be manageable. If it introduces several unfamiliar concepts, it becomes a new teaching task rather than a fair check of existing understanding.
A learner who can explain the change, implement it and test it is showing practical application.
4. Can They Complete a Small Task Independently?
Independence does not mean building a large application without help.
For a beginner, an appropriate task might be writing a short program that asks for a name and displays a greeting. Another learner might be ready to calculate a total or repeat a question until a valid answer is entered.
Ask the tutor to distinguish between:
- Work completed after a demonstration.
- Work completed with prompts.
- Work completed independently.
All three can contribute to learning. The important point is knowing which one a project represents.
Over time, compare similar tasks to see whether the learner needs fewer prompts or can handle a slightly greater challenge.
5. Does the Program Work Beyond One Example?
A program can appear successful while still producing incorrect results in other situations.
A calculator may work with one pair of numbers but fail with another. A quiz may handle a correct answer but respond poorly to an unexpected entry.
Parents can ask:
“What else did you test?”
“What happened when you entered something different?”
“How did you check that the result was correct?”
The learner’s answer helps show whether they understand testing as part of building a program.
Ontario Learners: School and Coding Can Develop Together
Glareminds’ experience includes learners in Ontario who are studying coding while attending school, including students in Grade 6 and Grade 8. One Grade 8 learner is already developing software alongside their school studies.
These examples illustrate that coding can be part of a school learner’s routine. They do not mean every child should reach the same stage at the same age.
A Grade 6 beginner and a Grade 8 learner with software-development experience need different goals. Their progress should be assessed against their own starting points and the work they can demonstrate.
For either learner, the useful questions remain the same: can they explain their decisions, test their work, make changes and complete suitable tasks with growing independence?
What Should a Useful Coding Progress Report Include?
“Your child is doing well” is reassuring, but it gives parents little evidence.
A useful report should explain:
- The learning goal: what the learner was working towards.
- The work completed: the task, project or feature created.
- The understanding demonstrated: what they could explain or apply.
- The support required: where prompts or demonstrations were needed.
- The remaining difficulty: what still needs practice.
- The next milestone: a clear, achievable next step.
For example, an illustrative report might say:
“The learner created a quiz that checks answers and updates a score. They explained the condition correctly and added a new question independently. They needed a prompt to handle uppercase and lowercase answers. Next, we will practise checking different inputs.”
This tells parents what happened, how independently it happened and what comes next.
Compare Earlier Work with Recent Work
Keep a few examples of your child’s projects rather than judging progress from one lesson.
A comparison might reveal that they now:
- Explain code more clearly.
- Start familiar tasks with fewer prompts.
- Organise instructions more effectively.
- Test a wider range of inputs.
- Find mistakes more systematically.
Progress is not always a dramatic increase in project size. Greater understanding and independence can be more meaningful than a more elaborate finished product.
What If Your Child Is Not Showing These Signs Yet?
Start by asking the tutor where the difficulty lies.
The learner may need smaller projects, more practice with one concept or clearer connections between the explanation and the task. They may also be tired, overloaded with schoolwork or working on challenges beyond their current understanding.
Agree on one achievable milestone and the evidence that will demonstrate it.
For example: “The learner will add a new question to their quiz, explain the answer check and test both a correct and an incorrect response.”
A clear goal makes the next review more useful.
Coding Progress and Academic Support at Glareminds
Glareminds offers one-to-one online coding lessons, with academic tutoring available for families who also need support in school subjects.
Practical programming lessons focus on creating, testing and understanding code. Academic tutoring provides focused help with subjects such as Maths, English and Science.
Parents can discuss a manageable timetable and request feedback that explains what their child is learning, where support is still needed and what the next step should be.
Explore Glareminds’ academic and tech combination.
Frequently Asked Questions
Do I need coding knowledge to assess my child’s progress?
No. Ask your child to demonstrate their project, explain a feature and describe a change they made. The tutor can provide the technical detail in a clear progress report.
Is a completed game or website enough evidence?
It is useful evidence, but it should be considered alongside the learner’s explanation and level of independence. Ask which parts they completed themselves and where they needed help.
Should my child be able to code without any support?
The task should match their experience. Beginners need guidance. Look for growing independence on familiar tasks rather than expecting them to solve every problem alone.
What should I ask the coding tutor?
Ask what your child can now do, how much help they need, what evidence supports the assessment and which milestone comes next.
Choose Coding Lessons with Clear Evidence of Learning
The clearest signs that coding lessons are working are practical: your child understands more, explains their work more clearly and completes suitable tasks with increasing independence.
Projects show what they have created. Explanations reveal their understanding. Progress reports connect those achievements to the next learning goal.
Book a free consultation with Glareminds to discuss your child’s coding experience, learning goals and the evidence you would like to see as they progress.