Building Number Confidence: Maths at Home (UK Guide)

The “maths person” myth doesn’t hold up

Most of us have heard someone say it about themselves, maybe even said it ourselves: “I was never a maths person.” It sounds like a simple fact, the way someone might say they’re not a morning person. But it’s worth pausing on, because it isn’t really about ability. It’s about how a subject made you feel.

Researchers at the University of Cambridge’s Centre for Neuroscience in Education looked into this directly, working with more than 2,700 primary and secondary pupils in the UK and Italy for a study funded by the Nuffield Foundation. One of their clearest findings was that most children who experience maths anxiety have normal to high maths ability. The anxiety wasn’t a sign they couldn’t do it. It was usually triggered by things like poor test results or being compared unfavourably to a sibling or classmate, and once that anxious feeling took hold, it started getting in the way of the very performance it was supposedly a response to.

That matters for parents, because it means “my child struggles with maths” and “my child is anxious about maths” are often two different problems wearing the same coat. Confidence and ability get tangled up early, and untangling them is often the single most useful thing you can do at home.

What maths anxiety actually looks like in a child

It rarely announces itself as “I’m anxious about maths.” It tends to show up sideways, and it’s easy to mistake for laziness, distraction, or a sudden dislike of a perfectly nice subject. Look out for:

• A sudden slump, sigh, or “I can’t do this” the moment a maths book comes out, before they’ve even read the question
• Getting unusually upset, tearful or angry over a maths task compared with other homework
• Physical complaints, a sore tummy, feeling sick, at the mention of a times tables practice or test
• Rushing through answers just to be finished, or the opposite, freezing and staring blankly at a page they’d normally manage
• Avoidance tactics: needing the toilet, suddenly remembering something urgent, or picking a fight to derail the whole session
• Comparing themselves harshly to siblings or friends (“Everyone else gets this except me”)

None of this means your child “can’t do maths.” It usually means maths has become linked, somewhere along the way, to a feeling of being watched, judged or timed. Once you can see it as an emotional response rather than an academic one, it changes what kind of help actually works.

Where it comes from, and why your own reaction matters

A 2025 study led by researchers at the University of Bologna, working with Loughborough University and the universities of Trieste and Macerata, followed nearly 130 children over five years, from age three to age eight, tracking their parents’ maths anxiety alongside the children’s developing numeracy skills. Children whose parents reported higher maths anxiety when the child was three had weaker early numeracy skills, and that gap was still visible at age eight. Interestingly, the researchers found no evidence that children directly “caught” their parents’ anxious feelings about maths. The link seemed to run through something more practical: how anxious parents engaged with maths day to day, which shaped how much confident number talk the child was getting at home.

Separate research from Mumsnet and the charity National Numeracy found something similar in how families actually spend their time. On average, parents surveyed spent 46 minutes a week reading with their children at bedtime, against just 23 minutes a week on maths-based activities like number games or homework help. The same research found mothers were less likely than fathers to feel confident supporting maths homework, 69% compared with 83%, often because they worried the methods being taught now were different from what they’d learned at school themselves.

None of this is about blame. It’s genuinely reassuring, in a way: you don’t need to have loved maths at school, and you don’t need to become an expert overnight. What seems to matter more is simply not avoiding it, and not letting your own discomfort become the only maths model your child sees.

What “number sense” actually means

“Number sense” gets used loosely, but there’s a fairly precise idea behind it, and it’s central to how maths is now taught in English primary schools. The National Centre for Excellence in the Teaching of Mathematics (NCETM), which runs the Mastering Number programme used in many Reception, Year 1 and Year 2 classrooms, describes good number sense as being able to:

• Subitise, recognise small quantities at a glance without counting one by one (seeing five dots on a die and knowing it’s five, not counting each dot)
• Understand how numbers are composed and decomposed (that 7 is 5 and 2, or 4 and 3, or 6 and 1)
• Compare quantities (knowing which of two groups is more, without needing to count both fully)
• See relationships between numbers (that 8 is close to 10, or that doubling 4 gets you most of the way to 9)

This is quite different from simply knowing that “5 + 2 = 7” as a memorised fact. A child with strong number sense can pull that fact apart and rebuild it in different ways, which is exactly what makes later maths, fractions, place value, algebra, manageable rather than a wall of things to memorise.

You can build this at home without any worksheets at all. Dice and dominoes are genuinely useful here: covering a few dots and asking “how many is that, without counting?” is literally subitising practice. Asking “how many ways can you make 10 with your fingers?” is decomposition practice. Comparing two handfuls of pasta and asking which is more, and how do you know, is comparison practice. None of it needs to be labelled as maths to your child. It mostly just needs to happen often, in short bursts, without pressure.

Real everyday maths that doesn’t feel like a worksheet

In the kitchen

Cooking and baking are close to perfect for this because the maths has a real, tasty consequence if it goes wrong. Let your child measure out ingredients on scales and read the numbers themselves. Ask them to halve a recipe that serves four, or double one for a bigger batch, which brings fractions and multiplication into a context they can taste-test. Setting a timer and asking “how many minutes left?” partway through is a live subtraction problem. Even something as simple as sharing out biscuits between family members equally, and dealing with the awkward leftover one, is division and remainders in action.

With money

Handling real money, even small amounts, teaches things a worksheet can’t. Let them pay in a shop and work out the change before the cashier tells them. Give pocket money and help them work out how many weeks of saving get them to something they want. On a supermarket trip, ask which of two similar products is better value, comparing prices per item or per weight is genuinely tricky reasoning that adults often skip over on autopilot.

Measuring, building and getting about

DIY and gardening jobs are full of real measuring: how much paint for this wall, how many tiles for this floor, whether the shelf will actually fit in the gap. On a car or bus journey, working out how many minutes until arrival, or how many miles left, keeps number sense ticking over. Even rearranging furniture and asking whether the sofa will fit through the door is estimation and spatial reasoning, both mathematical skills that rarely get called maths.

Games worth keeping around

Card games, dominoes, darts, and board games that involve counting spaces or keeping score are all doing quiet, repeated number work without any of the pressure of “sit down, we’re doing maths now.” NRICH, the free maths resource site run by the University of Cambridge’s Millennium Mathematics Project, has a whole “Maths at Home” collection of games and activities designed for exactly this, built to be used without needing a teacher in the room. Their “Solving Together” project goes further, offering guidance for parents and children to work through problems side by side rather than one teaching the other.

Times tables: when drilling helps, and when it backfires

Times tables carry a lot of emotional weight in UK primary schools, partly because of the Multiplication Tables Check (MTC), a statutory online assessment all state-funded schools must give to Year 4 pupils, usually in June. It’s worth knowing exactly what it involves, because the reality is less brutal than the reputation: pupils answer 25 questions on-screen, with 6 seconds to answer each and a 3-second pause between questions, covering the 2 to 12 times tables with extra weight given to the trickier 6, 7, 8, 9 and 12 times tables. Crucially, the Department for Education is explicit that there is no pass mark. It’s designed to help teachers see who needs more support, not to sort children into winners and losers.

That six-second window is exactly why blind repetition only gets you so far. The NCETM’s mastery approach, which underpins how maths is taught in most English primary schools, describes fluency as the combination of strong conceptual understanding with rapid, accurate recall, not recall on its own. In practice, that means a child who understands that 7 x 8 is “seven lots of 8” or “double 7 x 4” will cope far better under time pressure than one who has only ever chanted the sequence and loses their place under stress.

So drilling helps when it’s short, frequent and built on understanding: little five-minute bursts in the car, over breakfast, or as a game, once a child already grasps what multiplication means. It backfires when it becomes the main way maths shows up at home, when it turns into a timed test atmosphere every evening, or when a wrong answer gets treated as a failure rather than information. If times tables practice is the thing your child dreads most in the week, that’s worth dialling back before it does more harm to their confidence than good to their recall.

How you talk about mistakes matters more than the answer

The Cambridge/Nuffield research found that maths anxiety in children was often triggered by poor marks and unfavourable comparisons to peers or siblings. That points to something parents have real influence over: the tone around getting things wrong.

It’s worth catching yourself before saying “I was never any good at maths either.” It’s meant to be reassuring, but it quietly hands your child permission to give up in the same way you did. Nicol Winfield-Murray, who developed a parent maths programme profiled by the NCETM, put it plainly: “So many of our children have a belief that they can’t do maths, and because that attitude is often shared by their parents it’s incredibly difficult to overcome.” The same NCETM feature notes that when parents work on their own confidence alongside their child, the effect can be striking, in one programme, 80% of children said their improved confidence in maths came specifically from doing maths together with a parent at home.

A few small shifts in language do a lot of work:

• Swap “that’s wrong” for “how did you get to that? Let’s look at it together”
• Swap “you should know this by now” for “this bit’s tricky, lots of people find it tricky”
• Add “yet” onto struggles: “I can’t do this” becomes “I can’t do this yet”
• Notice effort and thinking out loud, not just correct answers: “I liked how you tried that a different way”

Mistakes in maths are genuinely useful information, they show you exactly where the misunderstanding sits, far more clearly than a correct answer does. Treating an error as data rather than a verdict is one of the most protective things you can model.

Supporting without doing it for them

It’s tempting, when a child is stuck and frustrated, to just show them how to do it so everyone can move on. But the more useful habit is holding back slightly and asking questions instead of supplying answers. The NCETM’s parent programme trains adults to ask themselves “what would you say to your child here?” before jumping in with the method, which nudges the conversation towards reflection rather than instruction.

Useful questions to keep in your back pocket:

• “What do you already know that might help here?”
• “Can you show me using something, counters, coins, your fingers, rather than just numbers on paper?”
• “Is there another way you could check that?”
• “What would happen if the numbers were smaller? Would that help you see the pattern?”

If you genuinely don’t know how to help with a method they’ve been taught at school, it’s completely fine to say so. “I don’t know this way, show me how your teacher explained it” hands the explaining role to your child, which is one of the strongest ways to check and cement their own understanding. You’re not required to be the expert in the room.

If maths makes you anxious too

You’re in good company. National Numeracy, a UK charity focused on everyday numeracy, has found that 35% of adults feel anxious about maths, with one in five saying it makes them feel physically sick, and 29% saying they actively avoid anything involving numbers or data. If that’s you, the Loughborough-led research is worth holding onto: it found no evidence that children directly absorb their parents’ anxious feelings about maths. What seems to matter is engagement, not expertise. A parent who says “I find this hard too, let’s work it out together” is giving their child something valuable: proof that struggling with maths and being capable are not opposites.

You don’t need to relearn long division to help your child feel confident. You need to show up for the twenty-three minutes a week, keep your tone steady when a wrong answer appears, and let your child see you treat numbers as something you use rather than something you fear.

Where to find more support

NRICH (nrich.maths.org) offers free, genuinely well-designed maths activities and games for home use, organised by age, with no login or teaching background required. National Numeracy’s family pages have short, practical tips for building number confidence without turning the kitchen table into a classroom. If your child wants extra structured practice alongside all of this, Learnaroo Hub’s library also includes a mix of free and paid maths resources for home use, worth a browse if you want something ready-made to sit alongside the everyday maths you’re already doing.

The goal was never to raise a child who never gets a maths question wrong. It’s to raise one who isn’t afraid to try.