Does your child struggle with maths? It happens to a lot of children, and most cases can be improved with correct identification of the type of difficulty and focused, consistent practice. In this guide you will find how to identify why the child is struggling, what to do at home in 7 practical steps, and when it is worth seeking a professional assessment.
When a child struggles with maths, the first step is to identify what kind of difficulty it is — a specific gap in one topic, an accumulated gap built up over several years, or a deeper difficulty that needs a professional assessment. In most cases, a combination of short, consistent practice at home, identifying the exact problem topic, and a patient approach — significantly improves the situation within a few weeks. In cases where the difficulty persists despite help and practice, it is worth seeking a professional assessment to check for possible dyscalculia.
Why do children struggle with maths?
Maths is a more 'cumulative' subject than any other — every new topic rests on a previous one. A child who did not fully understand addition and subtraction in Years 1-2 will struggle with multiplication in Year 3, and then with fractions in Year 4. That is why a difficulty that looks 'sudden' in Year 4 is very often an old gap that has only now become visible.
Beyond gaps in knowledge, there are other factors too: a learning pace different from the class's, a teaching method that does not suit this particular child, overload and anxiety that paralyse thinking even when the knowledge is there, and — more rarely — a specific cognitive difficulty such as dyscalculia. It is important to remember: the National Curriculum is built with deliberate progression, so once you identify the exact breaking point and strengthen it, moving on is far easier.
How do you identify the type of difficulty?
Before you start acting, it is worth understanding the picture: is it a clear difficulty in one topic (for example fractions), a gap that has built up over several years, or something that feels different — such as difficulty even with basic things that other children of the same age already manage easily? Ask the class teacher what they see, look through old exercise books and tests to find where the mistakes begin, and if you can — do a short diagnostic test with the child that maps topics by level of mastery.
A tool like MathsUK lets you build a personal study plan that starts with an exact mapping of the gaps, so no time is wasted practising topics the child already knows.
What to do at home — 7 steps
- Map the exact problem topic — not 'maths in general', but for example 'column addition with carrying' or 'fractions with a common denominator'. A focused diagnosis saves a lot of time.
- Set a short, fixed practice routine — 10-15 minutes a day beats an hour once a week. Consistency builds confidence and habit.
- Always start at a level where the child succeeds, and only then raise the difficulty gradually. Early success builds the motivation to carry on.
- Use visual and concrete aids — cubes, drawings, real coins for practising arithmetic. Abstraction that comes too early is a common cause of difficulty.
- Secure the foundations before moving on — if there is a gap in the times tables, there is no point moving on to long division before practising the basics (for example through /times-tables).
- Let the child grapple with the difficulty themselves before you help — a pause of a few seconds before giving a hint develops independent thinking.
- Track progress visibly — a chart, stickers, or a progress report in a practice programme — so the child can see for themselves that they are improving.
You can build a personal study plan that matches exactly the gaps you have identified through /plan, and practise it day by day through /practice or with printable worksheets through /worksheets. If the difficulty centres on a specific topic such as fractions — a topic many children get stuck on — there is also a focused learning page at /learn/fractions that explains the material step by step with visual examples.
When to seek a dyscalculia assessment?
Most children who struggle with maths do not have dyscalculia — they simply need more focused practice and time. However, there are some signs worth watching for: persistent difficulty even with the most basic ideas (quantity, the order of numbers) that does not improve despite substantial help and practice, difficulty remembering basic number facts even after many repetitions, consistent confusion between signs (add/subtract) or directions, and a marked difficulty that does not match the child's abilities in other areas.
How to choose help — a tutor or self-directed practice?
The choice depends on the size of the gap and the time you have. If it is a specific gap in one or two topics, structured self-directed practice at home — with a fixed routine and a way of tracking — can be entirely enough. If the gap stretches across several years of school, or the parent feels they lack the tools or the patience to support the process, a tutor or mentor can speed up progress and lower the tension at home.
Even when there is a tutor, it is worth combining independent practice between sessions to hold on to what was learnt. Teachers at school can also use digital tools to track a whole class through /teachers.
Maths anxiety — when the fear is bigger than the difficulty itself
Sometimes the difficulty in maths is really anxiety that stops the child thinking clearly, even when they know the material. Signs: 'I don't know' before they have even read the question, crying or extreme frustration at maths homework, stomach aches or headaches before tests. The best way to deal with it is to lower the pressure — do not tie success in maths to the child's self-worth, celebrate trying and effort and not only a correct answer, and keep a calm tone even when the child gets it wrong. Short, regular, successful practice builds confidence gradually, far more than a stressful 'marathon hour'.
A quick comparison table
| Type of difficulty | Signs | What to do |
|---|---|---|
| A momentary difficulty | Struggles in one specific topic, understands other topics easily | Focused practice on the single topic, a few days to weeks of consolidation |
| An accumulated gap | Difficulty in several topics over more than a year, topics 'built' on a weak foundation | Full mapping of the gaps, a graded study plan, usually months of consistent practice |
| Suspected dyscalculia | Deep difficulty even with the foundations, does not improve despite substantial practice and time | Speak to the SENCO and seek a professional assessment — an educational psychologist or qualified specialist assessor |
Frequently asked questions
My child is in Year 3 and does not know their times tables. Is that normal?
Some pupils in Year 3 still struggle with times tables, and that is within the normal range — but it is worth starting to practise regularly, because division, fractions and other topics in the following years rest on fluency in multiplication, and the Year 4 Multiplication Tables Check is coming. Short daily practice, for example through /times-tables, usually improves things quickly.
How long does it take for a child to improve in maths?
It depends on the size of the gap, but an initial improvement in confidence and accuracy is usually visible within 3-4 weeks of regular, targeted practice. Closing an accumulated gap of several years can take a month or two of consistent work.
Is it better to practise a lot at once or a little every day?
A little every day is far better. Ten to fifteen minutes a day builds a habit and long-term memory, whereas a long practice session once a week is tiring and leaves little trace.
How do I know whether it is dyscalculia or just a gap in learning?
You cannot know for certain at home — only a professional assessment can determine that. If the difficulty persists even with basic foundations despite substantial help and practice, that is a sign to seek an assessment. If it is a specific topic that improves with practice, it is usually an ordinary gap.
My child completely refuses to practise maths. What do we do?
Usually the refusal comes from frustration or anxiety, not laziness. Start from a very easy level that guarantees success, keep the sessions very short (5 minutes), and avoid pressure or comparison with other children. Using a game-based tool like /games can lower the tension and bring the motivation back.
A short diagnosis maps exactly where the gap is — and builds a personalised practice plan
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