One of the reasons I started Findory was that there is now a great deal of useful research about how children learn, yet much of it remains tucked away in books, research papers, teacher training and conversations about education. Parents do not need a course in cognitive science to help their child at home, but understanding a few of the ideas behind learning can make those small moments together much more useful. It can help us understand why something that seemed secure yesterday has disappeared today, why practising the same thing repeatedly in one sitting can give us false confidence, and why sometimes the most helpful thing we can do is give a child a little more time to think.
Learning always starts somewhere
Whenever your child encounters something new, they bring everything they already know and have experienced with them, including what they have learned at school, the books they have read, conversations they have had, places they have visited and the interests they have developed along the way. They also bring their habits, confidence, motivation and sense of themselves as a learner, which means that two children sitting in the same classroom and hearing the same explanation can experience it quite differently.
This matters because new knowledge is much easier to understand when there is already something in memory for it to connect to. A child who knows quite a lot about the Romans, for example, has more places to attach a new fact about Roman Britain than a child encountering the subject for the first time. The same is true in mathematics, where secure number facts make more complicated calculations easier to understand, and in reading, where vocabulary and knowledge of the world help children make sense of what a writer is telling them.
Over time, these connections build into organised networks of knowledge that help children recognise patterns, make predictions and understand new ideas more quickly. This is one reason why reading widely, talking together, answering questions, exploring interests and building secure foundations matter so much: knowledge gives future learning somewhere to land.
Attention gives learning a chance
Before any of that can happen, however, your child has to pay attention to the thing you hope they will learn, and attention is much more fragile than we sometimes assume. A child can be sitting at a table, holding a pencil and apparently completing an activity while thinking about something entirely different, which is why good learning activities need to direct their thinking towards the idea that matters.
At home, this can be wonderfully simple because there is rarely any need for elaborate resources or lengthy sessions. A clear task, a manageable amount to think about and ten or fifteen minutes of genuine concentration can be enormously valuable. Familiar routines can help too, particularly when children become used to settling down, knowing what they are practising and concentrating properly for a short period before getting on with the rest of their day.
The question I find useful is not simply whether a child completed something, but what did this activity make them think about? If they are matching vocabulary cards because they remember where the cards were positioned, colouring something without considering the underlying idea, or guessing their way through multiple-choice questions, they may be very busy without thinking deeply about what we hoped they would learn.
There is only so much we can think about at once
Once your child is paying attention, new information has to be processed in working memory, and working memory has a frustratingly limited capacity. When too much unfamiliar information arrives at once, children can become overwhelmed surprisingly quickly, even when they are perfectly capable of understanding each individual part.
Good explanations therefore tend to make complicated things manageable by breaking them into smaller steps, using clear language and giving children enough time to make sense of one part before adding another. Helpful diagrams, objects and pictures can support understanding when they make an idea easier to see, particularly in mathematics where being able to represent a concept in different ways can reveal relationships that are difficult to grasp from numbers and symbols alone.
As knowledge becomes familiar, the demands on working memory begin to reduce because children no longer have to think consciously about every individual element. A child who can recall multiplication facts automatically has more mental space available to think about the steps in a complex problem, just as a fluent reader can devote more attention to understanding a story because recognising the words requires less effort. Automaticity may sound rather technical, but in practice it gives children greater freedom to think.
Thinking leaves a trace
One of my favourite ideas from cognitive science comes from Daniel Willingham, who describes memory as the residue of thought, and I return to it often because it provides such a useful test for the activities we give children. What children think carefully about is much more likely to be remembered, which means that learning becomes stronger when they have to retrieve an idea, explain it, organise it, represent it, connect it to something they know or use it to solve a problem.
A child explaining why 6 × 4 gives the same answer as 4 × 6 has to think about the relationship between those facts. Drawing a representation of three quarters requires them to consider what the numerator and denominator mean. Explaining an unfamiliar word in their own language asks them to work with its meaning rather than simply repeat a definition. These small acts of thinking help children organise new information and connect it with knowledge already stored in memory.
This is also why conversation can be such a powerful part of learning at home. Asking How did you work that out?, What does that remind you of? or Can you show me another way? can reveal far more about your child’s understanding than another page of questions, while giving them an opportunity to make their thinking more precise.
Coming back to things matters
Even after a child has understood something, learning remains vulnerable because understanding something today does not guarantee being able to remember it next week. Research into memory repeatedly points towards the value of returning to important knowledge over time, particularly when children have to bring it back to mind rather than simply look at it again.
Repeated encounters also allow understanding to become richer. Your child’s first experience of fractions might involve sharing objects into equal groups, while later encounters connect that idea to diagrams, number lines, calculations and eventually much more sophisticated mathematics. Each encounter has the potential to strengthen and extend the network of knowledge already developing in memory.
This is why Findory will keep returning to important ideas rather than treating learning as something children encounter once and then leave behind. Some things need frequent practice until recall becomes quick and effortless, while other ideas benefit from being revisited in different contexts and at greater depth. Both depend upon children having enough opportunities to remember, use and connect what they know.
Practice should change as learning grows
When children are first learning something, plenty of support can be useful, but effective practice gradually asks more of memory as knowledge becomes secure. We can remove prompts, leave a longer gap before revisiting something, mix different types of questions together and ask children to recognise when a piece of knowledge might be useful without being told exactly what to do.
Sometimes this makes practice feel a little harder, which can be a good thing. Getting every answer correct immediately after an explanation can feel reassuring, but it tells us relatively little about whether that knowledge will still be available later. Having to reach into memory after a few days, distinguish between different strategies or retrieve something without an obvious clue requires more effort, and that effort can strengthen future recall.
For knowledge that children need at their fingertips, regular practice also matters. Number facts, multiplication and division facts, spelling patterns and other important foundations become much more useful when recall is fluent, because children can draw on them while concentrating on something more complex. A few minutes of well-chosen practice, returned to regularly, can achieve a great deal.
Learning happens to your child
Across all of these principles sits something that matters deeply to Findory: children bring themselves to learning, complete with their interests, experiences, confidence, frustrations and beliefs about what they can do. Cognitive science can help us design better practice and understand some of the mechanisms involved in learning, but those mechanisms operate within a child who may be tired after school, delighted by a new discovery, worried about getting something wrong or desperate to tell you about something entirely unrelated.
Home gives us a particularly lovely opportunity because learning can sit alongside the warmth and familiarity of family life. We can choose a small amount that is worth practising, give it our full attention, help when help is needed, enjoy the conversations that emerge and finish before everybody has had enough.
That is the thinking behind Findory. We build knowledge, secure attention, keep new learning manageable, encourage children to think deeply, return to important ideas and practise until useful knowledge becomes secure and readily available. Around all of that, we remember that the child sitting beside us is developing their own relationship with learning.
A little focused time, returned to often, can take them a surprisingly long way.
