From the blog
That slightly battered box of Monopoly in the cupboard isn't just a rainy-day filler. Cognitive scientists have spent years studying what a child's brain is actually doing during a board game, and the results are hard to ignore.
If you take a walk past the games cupboard in most family homes, you'll probably find a slightly battered box of Monopoly with a missing thimble, a dusty set of Scrabble, or a well-loved copy of Snakes and Ladders.
In an era dominated by sleek tablets, games consoles, and instant digital entertainment, it's easy to view board games as nostalgic relics, something to dust off on a rainy bank holiday afternoon to keep the peace. But cognitive scientists and educational researchers have spent recent years looking closely at what actually happens in a child's brain during a tabletop game, and their conclusion is that unassuming box on the shelf is one of the more sophisticated, high-leverage learning tools available.
Far from being mere entertainment, tabletop strategy games act as a genuine workout for a child's prefrontal cortex. They build sharper mathematical minds, expand vocabulary, and teach children how to navigate social situations, all while keeping screens switched off. Here's what the research reveals, and how rolling a die or placing a tile can support a child's development.
When teachers talk about a child's readiness to learn, executive function comes up a lot. It's the brain's management system, the set of skills that lets children plan ahead, focus attention, hold instructions in mind, and weigh up choices before acting. Strategy games work these exact networks:
We tend to think of creativity as painting or storytelling, but cognitive flexibility, the ability to pivot when a plan fails, matters just as much. Unlike a worksheet with one right answer, a game like Carcassonne or Blokus presents a dynamic problem: if an opponent blocks a planned route, a child can't press refresh, they have to improvise and test something new.
Because it's just a game, this happens in a low-stakes sandbox. A failed strategy isn't an academic setback, it's simply information for the next round, which removes the fear of failure and builds resilient, flexible problem-solvers.
One real limitation of single-player digital games is that they isolate a child behind a screen. Tabletop games are fundamentally social:
The benefits show up in academic results too, not just in theory. A well-known study by developmental psychologists Geetha Ramani and Robert Siegler found that playing simple linear, numbered board games measurably improved young children's understanding of numerical magnitude, counting accuracy, and basic arithmetic, particularly for children from lower-income backgrounds who had less exposure to this kind of play at home.
For older children, games involving grid placement, dice probability, or resource management (Prime Climb, Kingdomino, Rummikub) turn abstract maths into something physical and visual. And games built around spatial manipulation, like Blokus or other tile-fitting games, build spatial reasoning, which research consistently ranks as one of the strongest predictors of later achievement in STEM subjects.
Ages 5 to 7, building foundations. At this stage children are moving from purely chance-based games (Snakes and Ladders) into early decision-making. Outfoxed! builds deductive reasoning and co-operative problem-solving as children work together to eliminate fox suspects. Blokus develops spatial reasoning and forward planning as players fit shapes onto a shared grid. Ticket to Ride: First Journey introduces simple route-planning and geography without overwhelming a young player.
Ages 8 to 10, expanding strategy. Children in upper primary can manage more layered rules and are ready to stretch executive function further. Forbidden Island builds risk assessment and collective decision-making as a team races to escape a sinking island. Carcassonne rewards adaptability, since the board changes every turn and a child has to keep adjusting their plan. Codenames: Pictures builds lateral thinking and vocabulary as players hunt for non-obvious connections between images.
Ages 10 to 12, advanced mechanics. Tweens are ready for deeper probabilistic thinking and negotiation. Settlers of Catan teaches resource management and win-win trading. Azul builds consequential thinking, weighing how a choice now affects scoring several turns later. Dixit develops metaphorical reasoning and perspective-taking as players try to judge how others will interpret an image.
None of this means screens are the enemy, EdLab's own courses use plenty of good digital tools. But the next time a rainy weekend rolls around, that dusty box in the cupboard is doing more for your child's brain than it looks.
Learning that goes beyond the board
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