
By NeurofiED Editorial Team · Reviewed by NeurofiED Learning Science Team
NeurofiED resources are written for UK 11+ families and reviewed against the platform's retrieval practice, spacing, interleaving and feedback principles.
A practical model–guide–fade–check sequence for using worked examples before independent English and Maths practice.
Worked examples should come before independent practice when a child is learning a new or uncertain method. Show one complete solution while explaining the decisions, solve a similar item together, then remove prompts in small steps. Move to independent questions when the child can explain the next step and carry it out accurately—not simply because a timer has ended.
A worked example is more than an answer to copy. It makes the route visible: what the task asks, which clue matters, why each step follows and how to check the result. Independent practice tests whether the child can use that route without the adult doing the thinking.
EEF guidance on explicit instruction describes a sequence of teacher demonstration, guided practice and independent practice. It also describes scaffolding as temporary support that is gradually removed as a pupil becomes able to complete a task independently.[1] The report concerns classroom teaching, particularly support for pupils with SEND. It supports the direction of the sequence used here, but it does not test this exact home routine or prescribe a fixed number of examples.
Use four stages, but treat them as decisions rather than a rigid script.
This is worked-example sequencing, not feedback after a finished test and not retrieval practice. You are teaching access to a method before asking the learner to produce it alone. Later review may help the method remain available, but that is a separate decision.
The EEF report says explicit instruction includes teaching concepts in small steps, using examples and non-examples, using clear language, anticipating misconceptions and highlighting essential content while removing distracting information.[1] It also gives an English example in which a teacher thinks aloud while identifying a paragraph’s topic, gives the pupil a chance to practise, and then models and guides the next part of the strategy.[1]
The practical implication is not “explain for longer”. A model should expose the few decisions that matter, without filling every silence or introducing several methods at once.
Choose a representative question. Keep the page visually simple. Say the goal, point out the decisive clue and complete each step in order.
A useful think-aloud sounds like this:
> “The question asks for three fifths of forty. I first find one fifth because five equal parts make the whole. Then I need three of those parts. I will check that my answer is smaller than forty because I am finding part of the whole.”
It does not sound like this:
> “You just divide and multiply. It is easy.”
The first version makes decisions available for inspection. The second hides them.
Keep the underlying structure steady while changing a surface detail. Ask a prompt that directs attention without giving the next answer: “What does the denominator tell us to find first?” or “Which sentence carries the main point?”
If the child cannot begin, briefly re-model the relevant step rather than turning a missing idea into a guessing game.
Remove the least necessary support first. You might move from a fully completed example to:
Fading is responsive, not one-way. The EEF report defines scaffolding as temporary visual, verbal or written support and says it should be gradually removed as the pupil becomes able to complete the task independently.[1] If reasoning disappears with a prompt, restore the smallest useful support.
Use a fresh question and stay quiet long enough for the child to choose a first step. Independence means they can start, continue and check without you supplying each decision; it does not require invisible working.
Question: What is three fifths of forty?
Explain the structure before calculating:
Check that five groups of eight rebuild forty and that twenty-four is plausibly between half of forty and the whole.
Try three fifths of sixty. Ask only:
The child should reach 60 ÷ 5 = 12, then 12 × 3 = 36. The method is the same; the amount has changed.
Give two fifths of forty-five with one prompt: Find one fifth first.
One fifth of forty-five is 45 ÷ 5 = 9. Two fifths is 9 × 2 = 18. For the next item, remove the prompt and ask the child to tell you why division comes before multiplication in this route.
Use four fifths of thirty-five. A secure solution is:
35 ÷ 5 = 7 7 × 4 = 28
The child can verify that five equal parts would each be seven. If they multiply by the denominator, return to a picture of the whole split into equal groups; the issue is meaning, not speed.
Use this short original paragraph:
> During the dry summer, the village pond shrank each week. Residents carried water to the youngest trees, covered bare soil with leaves and collected rain whenever clouds finally arrived. These small actions helped the gardens survive until autumn rain refilled the pond.
Think aloud in three steps.
A concise summary is:
> Villagers used several water-saving actions to help their gardens survive the dry summer.
This works because it names who acted, groups the details under “water-saving actions” and states their purpose without inventing or copying the whole paragraph.
Ask the child to complete this frame:
> The paragraph is mainly about ___ using ___ to ___.
Require the final sentence to match the paragraph. “The village used clever ideas to make it rain” is a useful non-example: the actions did not cause rain.
Remove the sentence frame and offer only two questions:
Next, remove one question. On a new paragraph, ask the child to jot only topic and main point, then write the summary independently.
A child is ready for a clean paragraph when they can identify the topic, separate the main point from an interesting detail and write one faithful sentence. Every claim should be traceable to the text.
Use “find a fraction of an amount” or “summarise one paragraph”, not “get better at Maths” or “do comprehension”. A narrow goal makes the model and the independence check comparable.
Ask what the child would do first. Identify whether the barrier is understanding the task, selecting a method, carrying out a step or checking.
Complete one example. Think aloud only at decision points. Keep the finished route visible while you discuss it.
Use a close variation. Invite the child to supply the next decision before the calculation or sentence. Prompt, pause and re-model only when needed.
On each new item, remove one support: a completed step, sentence frame, checklist item or spoken prompt.
Vary the item without introducing a different skill. Can the child identify the task and choose a route without a leading question?
Ask: “Which step can you now do without the prompt?” and “Which prompt would still help next time?” Record that cue rather than assigning a large set of questions automatically.
A final answer does not reveal how to recognise the problem, select a method or check. Include the decisions.
Copying does not show whether the learner can make the next decision. Ask them to predict or explain key steps.
If both the method and the context change, an error is difficult to diagnose. Keep the first guided item structurally close to the model, then vary it carefully.
Going straight from a complete model to a blank page makes the gap unnecessarily large. Remove one prompt, observe what happens and adjust.
A sentence frame or checklist is useful only while it enables thinking that is not yet independent. Lighten it after repeated success.
Attention is not the same as independent performance. Include a fresh item where the adult does not supply the first step.
There is no fixed number in the approved guidance. Show enough to make the route clear, then use the child’s responses to decide. If they can explain and apply the next step, begin fading; if not, improve or repeat the model.
They may record key steps, but copying alone is not the goal. Ask them to predict a step, explain a choice or complete a close variation so you can see whether the reasoning is becoming theirs.
Ask them to explain it and check it. A worked example teaches a defensible route, not automatic obedience to one layout. If their method is accurate and suitable, compare the routes rather than replacing it without reason.
A useful hint targets the exact decision that is blocking progress. Repeated vague encouragement or telling the answer does not build the route. Make the prompt specific, then remove it when it is no longer needed.
Look for three signs: they can identify what the task requires, begin without a leading prompt and complete the important steps accurately on a fresh item. One lucky answer is less informative than a clear explanation plus consistent work.
No. Modelling, guided practice and temporary scaffolding can be useful more broadly. However, the approved EEF report is specifically about pupils with SEND in mainstream schools, so this article does not turn it into a universal guarantee or claim that every learner needs the same support for the same length of time.
Pick one method your child is currently learning. Prepare one complete model, one close guided variation and one fresh independent question; decide in advance which prompt you will remove first. See the science behind NeurofiED’s approach.
[1] https://educationendowmentfoundation.org.uk/education-evidence/guidance-reports/special-education-needs-in-mainstream-schools
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