A teacher's guide to play-based learning grounded in theory and evidence. Covers Froebel, Piaget, and Vygotsky on play, types of play, EYFS applications, extending play into KS1-2, and how to plan and assess play-based approaches.
Implementing play-based learning in your classroom doesn't require throwing out your curriculum or abandoning structure. This evidence-backed approach can seamlessly integrate with your existing teaching methods, helping you meet learning objectives while giving children the exploration and discovery they naturally crave. Whether you're working within the constraints of SATs preparation or navigating Ofsted expectations, play-based strategies can actually strengthen your pedagogical toolkit. The key lies in understanding how to design purposeful play experiences that deliver measurable learning outcomes while maintaining the joy and engagement that makes teaching rewarding.
Play-based learning sits at the intersection of two ideas: that children are naturally curious and driven to explore, and that structured adult support can stretch and deepen that exploration into targeted learning. It's not play as a reward after "real learning" is done. It's play as the vehicle for learning itself.
This approach is backed by over a century of research from developmental psychologists and educators. From Friedrich Froebel's kindergarten philosophy through to modern neuroscience, the evidence consistently shows that when children play with purpose, whether child-initiated, adult-guided, or gently structured,they develop the cognitive, social, and emotional foundations that all future learning rests upon.
To teach with confidence when challenged about play-based approaches, we need to ground ourselves in the theory. Three figures stand out as foundational: Friedrich Froebel, Jean Piaget, and Lev Vygotsky. Each saw play as central to childhood development, though they emphasised different mechanisms.
Friedrich Froebel, a German educator, coined the term "kindergarten" (literally, children's garden) and saw play as "the highest expression of human development in childhood." Writing in the 1840s, he believed that play was not preparation for learning but learning itself. For Froebel, the child's natural impulse to play reflected their intrinsic drive to understand the world.
He designed specific materials,what he called "gifts" and "occupations",to invite this exploration. Building blocks, paper-folding tasks, and sensory materials were all carefully chosen to scaffold discovery. Today, his influence lives on in Froebel-trained settings and in our understanding of the importance of structured play environments that invite curiosity.
Jean Piaget, the Swiss psychologist, mapped play to cognitive development. He identified three broad types of play that children progress through as their thinking matures:
Piaget's framework is useful because it reminds us that play changes as children's brains develop. A Reception child's block play looks and feels very different from Year 2, and that's developmentally normal. For teachers planning play-based learning across the primary years, understanding Piaget's stages of cognitive development helps us pitch adult support at the right level.
Lev Vygotsky, a Russian psychologist, emphasised the social dimensions of play. He argued that play creates what he called the Zone of Proximal Development (ZPD),the gap between what a child can do alone and what they can do with adult support. When a child plays with a more experienced person, they perform "a head taller than themselves," as Vygotsky memorably put it.
Think of a Year 1 child playing a shopping game with an adult. Alone, the child might struggle to work out change. But in the context of pretend play, with an adult nearby asking, "How much change would you have if you gave me 10p for a 7p apple?", the child stretches their mathematical thinking in a way that feels natural and game-like rather than intimidating. That's the ZPD in action. Vygotsky's theory tells us that play isn't something separate from learning,it's the primary vehicle for learning in early and middle childhood.
Play isn't binary. It exists on a spectrum, and skilful teaching means moving fluidly across it depending on our learning objectives. Let's break down three broad categories:
| Type of Play | Description | Adult Role | Classroom Example | What Children Learn |
|---|---|---|---|---|
| Free Play | Child-led, open-ended exploration. No predetermined learning objective. | Observer, supervisor. Intervene only for safety or significant teachable moments. | Children choose to build with loose parts in the outdoor area. | Agency, creativity, risk assessment, problem-solving, social negotiation. |
| Guided Play | Child-led play with embedded learning goals. Adult provides subtle scaffolding. | Co-player, questioner. Ask open-ended questions; extend thinking without directing. | A teacher joins the role-play shop and asks, "If we only have 5p left, what could we afford?" | Target curriculum objectives (e.g., money in maths) while maintaining engagement and ownership. |
| Structured Play / Games | Adult-designed activities with clear rules and learning objectives. | Facilitator, rule-keeper. Guide play towards specific outcomes. | A phonics board game where children move along a path, sounding out CVC words to earn points. | Targeted skill development (phonics, number bonds) embedded in motivating game structures. |
The art of play-based teaching is knowing which type to prioritise in a given moment. In Reception and Year 1, we lean heavily towards free and guided play. As children move through Key Stage 2, we might use more structured games and play-based inquiries, though free and guided play remain essential.
In the Early Years Foundation Stage (EYFS), play is not optional,it's statutory. The EYFS framework mandates that "each area of learning and development must be implemented through planned, purposeful play and through a mix of adult-led and child-initiated activity."
Within this, three "Characteristics of Effective Learning" are defined:
These aren't just cosy ideas. They describe the mental processes that underpin all meaningful learning. A 4-year-old building with blocks, revisiting their structure each day, adjusting it based on what they've learned, is actively developing spatial reasoning, problem-solving, and metacognitive awareness (the ability to think about their own thinking). That's real learning, and it's play.
The jump from Reception to Year 1 is, for many children, jolting. Suddenly, there's less time for play, more direct instruction, and the introduction of phonics (formal reading teaching). Parents ask, "When are they going to start learning?" (They've been learning all along, but that's a conversation for another time.)
This transition doesn't have to mean abandoning play. The Cambridge Primary Review, a landmark longitudinal study, warned strongly against the "premature formalisation" of learning in Year 1. It argued that a play-based, developmentally appropriate curriculum should logically extend well into Key Stage 1 to secure foundational skills in communication, language, physical development, and social-emotional understanding.
The good news: play and phonics instruction are not enemies. A well-resourced Year 1 classroom uses continuous provision (role-play areas, construction zones, mark-making stations) to reinforce phonics and early number in context. A child in the home corner labels items in the kitchen; another child in the writing area creates a shopping list. Both are practising phonics in purposeful, play-like contexts.
This requires careful planning and a shift in how we think about teaching. Rather than "play then learning," we design learning to happen through play.
Play doesn't stop at age 7. It matures. In Key Stage 2, we see play evolve into inquiry-based learning, role-play, simulations, and structured games,all of which are forms of playful engagement with complex ideas.
A Year 5 class studying the Victorians doesn't sit in rows copying from the board. Instead, they roleplay a Victorian factory, navigating child labour laws, industrial accidents, and working conditions. They debate from the perspectives of mill owners, workers, and reformers. They construct period-accurate models of steam engines. They're engaging with history as an active investigation, and that engagement,that playful immersion,is what makes the content stick.
Similarly, a Year 3 class wrestling with fractions doesn't drill division algorithms. They play games involving halving and sharing; they partition shapes; they design fair rules for dividing playground equipment. The learning is embedded in purposeful play, which maintains motivation and develops deeper conceptual understanding than procedural drilling alone.
This requires confidence. It requires us to see structured play and inquiry-based learning as rigorous, not as time-filling. And it requires us to defend this approach to colleagues and parents who associate "serious learning" with silent desks and worksheets.
So let's talk evidence, because in the current climate, good intentions alone won't convince a sceptical head teacher or parent.
The Education Endowment Foundation (EEF), which synthesises research on effective interventions for UK schools, found that play-based learning interventions in the early years can add up to +5 months of additional progress for children, particularly when it involves guided play with adult scaffolding. That's substantial. That's the equivalent of starting Year 1 five months ahead of children in less play-rich environments.
The Cambridge Primary Review, published in 2010, examined primary education across England and concluded that UK schools had been too quick to formalise learning in the early primary years. The review noted that children thrive when given time to play, explore, and develop foundational skills before moving to formal instruction.
The OECD's "Starting Strong" reports on early education across 30+ countries consistently highlight that guided play is one of the most effective pedagogical tools for developing executive function (planning, impulse control, working memory) and self-regulation skills,competencies that are stronger predictors of long-term academic success than early rote memorisation.
Research on vocabulary development is particularly striking. Children engaged in guided play with a practitioner use a significantly wider range of expressive vocabulary and complex syntax compared to those in purely direct-instruction environments. When a child and adult play a shopping game together, discussing transactions, negotiating roles, and solving problems, the child is hearing and using language in rich, motivating contexts.
These findings aren't controversial in academic circles. The push-back comes from cultural expectations and the pressures of accountability metrics that emphasise narrow measures of attainment over broader development.
Understanding the neuroscience of play helps us defend it. When children play, their brains are in an optimal state for learning.
First, play reduces stress. During free play, cortisol (the stress hormone) levels drop, while dopamine increases. This creates a neurochemical state conducive to memory formation and creative thinking. Contrast this with a child sitting at a desk, anxious about getting the answer right, cortisol high,and you see why play environments are often more effective learning environments.
Second, play builds executive function. Games with rules teach children to inhibit impulses (waiting their turn), maintain attention (following the game), and adapt strategies (adjusting tactics when the opponent plays differently). These capacities,impulse control, sustained attention, cognitive flexibility,are the bedrock of all later academic and social success. They're not taught through worksheets; they're developed through play.
Third, play develops working memory and cognitive flexibility. Imaginative play requires children to hold multiple ideas in mind simultaneously ("I'm the shopkeeper, you're the customer, and we're selling cakes") and adapt those ideas based on what the other player does. This mental flexibility transfers to academic problem-solving.
Fourth, play is a low-stakes environment for hypothesis-testing. A child building a tower of blocks can knock it down and try again without shame. A child in a pretend restaurant can experiment with different customer service approaches without consequences. This safety allows for the kind of productive trial-and-error that's essential for learning.
The question we're asked most often is: "What should I be doing while the children play?" The answer: much more than supervising.
The adult role in play-based learning is to be a scaffolder and provocateur. This means:
This is more cognitively demanding than standing at the front of the room delivering a lesson. It requires us to be responsive, to listen carefully, to think on our feet. But it's also where teaching becomes genuinely responsive to children's learning needs.
Play doesn't happen by accident. It requires careful planning, thoughtful resource selection, and creative use of space.
Continuous Provision is the foundation. This means setting up permanent or semi-permanent areas in the classroom where children can access open-ended play throughout the day: a role-play area (changing themes termly,home, shop, clinic, restaurant), a construction zone with blocks and loose parts, a water or sand table, a mark-making area with varied writing and drawing tools, and a reading nook. In EYFS and Year 1, continuous provision is essential. In KS2, elements of it remain valuable, even if space is tight.
Loose Parts are your secret weapon. These are materials with no predetermined use: branches, pipes, fabric scraps, cardboard tubes, rope, stones, shells, metal washers, buttons. A basket of loose parts invites creativity in a way that a box of plastic dinosaurs never will. A child with loose parts must imagine, problem-solve, and plan. This is where creativity and executive function are built.
Outdoor Play is non-negotiable. The outdoor area offers space, freedom, and natural materials that indoor classrooms can't match. Mud play, climbing, digging, building shelters from branches, investigating minibeasts,these are all powerful learning experiences. They also offer physical challenge and the kind of risk (falling off a low climbing frame) that children need to manage to develop confidence and body awareness.
Themed Play Areas should change termly or half-termly to maintain interest and connect to curriculum themes. A Year 2 class studying minibeasts might transform a corner into a bug hotel and investigation lab. A Year 4 class learning about the Ancient Egyptians might create a tomb excavation site with sand, artefacts, and role-play cards.
Resourcing a play-rich environment doesn't require a huge budget. Many of the best resources are free or cheap: branches collected from the school grounds, fabric offcuts from a local haberdashery, cardboard tubes saved from packaging, stones collected from a local beach. The key is variety, quality (things that will withstand repeated use and inspire rather than frustrate), and openness (materials that can be used in multiple ways, not single-use plastic toys).
How do we evidence learning in a play-based setting? This is where many teachers become uncomfortable. We're used to tests, recorded work, and summative assessments. Play-based learning requires a different assessment approach.
Formative observation is your primary tool. While children play, you watch and listen. What vocabulary are they using? What mathematical thinking is emerging? Are they cooperating, negotiating, problem-solving? Are they learning from each other through observation and imitation? Are there misconceptions you need to address? What's their next learning step?
Recording these observations doesn't require elaborate systems. A notebook, a voice memo on your phone, sticky notes,all work. The goal is to capture evidence of learning in the moment, then use those observations to inform your planning. If you notice that a child has just mastered turn-taking in games, you might introduce a more complex game next week. If you hear a child using a new vocabulary word in context, you record it as evidence of language development.
Learning Stories (a technique borrowed from early years practise) can be powerful even in Key Stage 1 and 2. A learning story is a short narrative (a few sentences with a photograph) that captures a moment of significant learning. It's evidence-based and child-friendly. Parents find them far more illuminating than a list of "met expectations".
Mapping Play to Curriculum. Keep your curriculum targets close while you observe. When a child is deep in block play, ask yourself: which National Curriculum objectives are being developed? In EYFS, is this child working within the area of Physical Development (fine motor skills), Mathematics (pattern and shape), or Expressive Arts (creativity)? In KS1, is their construction work developing spatial reasoning (maths) or design and technology thinking? By making these connections explicit, you're not forcing play towards predetermined outcomes,you're recognising the learning that's already happening and planning thoughtfully to extend it.
Let's be honest. Play-based approaches face scepticism from multiple quarters: parents worried about their child's phonics progress, senior leaders concerned about accountability metrics, colleagues who see play as a break from "real learning," and Ofsted inspectors (though Ofsted guidance actually supports play-based learning in EYFS and emphasises a broad, developmentally appropriate curriculum in KS1).
Here's what you need to know to defend your approach:
On phonics and early reading: Play and phonics are not enemies. Children can learn phonics through playful activities (letter hunts, mark-making games, sound-matching games) as effectively as through direct instruction. The evidence suggests that children who develop strong oral language, phonological awareness, and motivation to read through play-based approaches transition into formal reading instruction well-prepared and enthusiastic.
On maths: Early number sense and mathematical thinking are best developed through play,counting games, building patterns, sharing and grouping objects. These concrete experiences form the foundation for formal arithmetic. Dewey's experiential learning philosophy supports exactly this approach. A child who has played dozens of sharing games will find division algorithms far more meaningful than a child drilled on facts without this experiential base.
On accountability: Yes, your data matters. But recognise that play-based approaches typically yield strong progress over time, particularly for vulnerable or anxious children. If you're piloting play-based learning, give it a full year (or ideally, two) before evaluating impact. The gains in self-regulation, language, and social skills may show in attainment data, but they'll definitely show in behaviour, attendance, and staff wellbeing.
On parental concerns: Communicate actively with parents. Show them the research. Invite them into classrooms. Help them see what their child is learning. Use learning stories and observations to make learning visible. Most parents, when they understand what's happening, become advocates for play-based approaches.
The hardest resistance comes from within,the internalised belief that if children aren't sitting at desks, you're not teaching. That's a belief worth examining. Some of the most powerful learning happens on a muddy patch of ground with a few branches and a child's imagination.
Theory and evidence are valuable, but you're busy. Here's what to do this week:
Play-based learning works. The research is clear. The theory is strong. The only obstacles are cultural,our beliefs about what "proper learning" looks like and our confidence in defending a different approach. The good news is that once you've seen a child's eyes light up when they've solved a problem through play, once you've observed the sustained engagement and the rich learning that flows from it, defending that approach becomes easy. You'll have evidence written all over their faces.
Further reading:
These peer-reviewed studies provide the research foundation for the strategies discussed in this article:
Effectiveness of Play-Based Learning Method in Promotion of Early Literacy Skills Among Early Childhood Development Education Children View study ↗
5 citations
B. Cheruiyot (2024)
This study confirms that young children develop crucial literacy skills most effectively through play-based interactions with teachers, peers, and family members both at home and in school settings. The research highlights how listening and interactive play activities serve as the foundation for future academic success across all educational levels. Teachers can use these findings to confidently advocate for and implement play-based approaches, knowing they directly support children's long-term educational outcomes.
The power of play: investigating student success in kindergarten classrooms View study ↗
1 citations
Karyn A. Allee (2024)
This pilot study addresses the disconnect between global recognition of play as essential to early learning and the United States' reluctance to fully embrace play-based approaches in kindergarten through second grade. The research provides evidence-based teaching strategies that American educators can use to successfully integrate more play into their early elementary classrooms. For teachers feeling pressured to abandon play for more formal instruction, this study offers research-backed support for maintaining developmentally appropriate, play-centred practices.
Integrating Robotics into Play-Based Learning with Innovative Teaching Strategies for Foundation Phase Student Teachers View study ↗
Heidi Claassens (2025)
This innovative study explores how seven different educational robots can be seamlessly integrated into playful learning experiences for young children, treating coding as a new essential skill alongside reading and math. The research demonstrates practical ways to use tools like Bluebot, Dash, and Botley to develop computational thinking through engaging, hands-on play activities. Teachers will find concrete strategies for bringing STEM education into early childhood classrooms without sacrificing the joy and discovery that make play-based learning so effective.
Implementing play-based learning in your classroom doesn't require throwing out your curriculum or abandoning structure. This evidence-backed approach can seamlessly integrate with your existing teaching methods, helping you meet learning objectives while giving children the exploration and discovery they naturally crave. Whether you're working within the constraints of SATs preparation or navigating Ofsted expectations, play-based strategies can actually strengthen your pedagogical toolkit. The key lies in understanding how to design purposeful play experiences that deliver measurable learning outcomes while maintaining the joy and engagement that makes teaching rewarding.
Play-based learning sits at the intersection of two ideas: that children are naturally curious and driven to explore, and that structured adult support can stretch and deepen that exploration into targeted learning. It's not play as a reward after "real learning" is done. It's play as the vehicle for learning itself.
This approach is backed by over a century of research from developmental psychologists and educators. From Friedrich Froebel's kindergarten philosophy through to modern neuroscience, the evidence consistently shows that when children play with purpose, whether child-initiated, adult-guided, or gently structured,they develop the cognitive, social, and emotional foundations that all future learning rests upon.
To teach with confidence when challenged about play-based approaches, we need to ground ourselves in the theory. Three figures stand out as foundational: Friedrich Froebel, Jean Piaget, and Lev Vygotsky. Each saw play as central to childhood development, though they emphasised different mechanisms.
Friedrich Froebel, a German educator, coined the term "kindergarten" (literally, children's garden) and saw play as "the highest expression of human development in childhood." Writing in the 1840s, he believed that play was not preparation for learning but learning itself. For Froebel, the child's natural impulse to play reflected their intrinsic drive to understand the world.
He designed specific materials,what he called "gifts" and "occupations",to invite this exploration. Building blocks, paper-folding tasks, and sensory materials were all carefully chosen to scaffold discovery. Today, his influence lives on in Froebel-trained settings and in our understanding of the importance of structured play environments that invite curiosity.
Jean Piaget, the Swiss psychologist, mapped play to cognitive development. He identified three broad types of play that children progress through as their thinking matures:
Piaget's framework is useful because it reminds us that play changes as children's brains develop. A Reception child's block play looks and feels very different from Year 2, and that's developmentally normal. For teachers planning play-based learning across the primary years, understanding Piaget's stages of cognitive development helps us pitch adult support at the right level.
Lev Vygotsky, a Russian psychologist, emphasised the social dimensions of play. He argued that play creates what he called the Zone of Proximal Development (ZPD),the gap between what a child can do alone and what they can do with adult support. When a child plays with a more experienced person, they perform "a head taller than themselves," as Vygotsky memorably put it.
Think of a Year 1 child playing a shopping game with an adult. Alone, the child might struggle to work out change. But in the context of pretend play, with an adult nearby asking, "How much change would you have if you gave me 10p for a 7p apple?", the child stretches their mathematical thinking in a way that feels natural and game-like rather than intimidating. That's the ZPD in action. Vygotsky's theory tells us that play isn't something separate from learning,it's the primary vehicle for learning in early and middle childhood.
Play isn't binary. It exists on a spectrum, and skilful teaching means moving fluidly across it depending on our learning objectives. Let's break down three broad categories:
| Type of Play | Description | Adult Role | Classroom Example | What Children Learn |
|---|---|---|---|---|
| Free Play | Child-led, open-ended exploration. No predetermined learning objective. | Observer, supervisor. Intervene only for safety or significant teachable moments. | Children choose to build with loose parts in the outdoor area. | Agency, creativity, risk assessment, problem-solving, social negotiation. |
| Guided Play | Child-led play with embedded learning goals. Adult provides subtle scaffolding. | Co-player, questioner. Ask open-ended questions; extend thinking without directing. | A teacher joins the role-play shop and asks, "If we only have 5p left, what could we afford?" | Target curriculum objectives (e.g., money in maths) while maintaining engagement and ownership. |
| Structured Play / Games | Adult-designed activities with clear rules and learning objectives. | Facilitator, rule-keeper. Guide play towards specific outcomes. | A phonics board game where children move along a path, sounding out CVC words to earn points. | Targeted skill development (phonics, number bonds) embedded in motivating game structures. |
The art of play-based teaching is knowing which type to prioritise in a given moment. In Reception and Year 1, we lean heavily towards free and guided play. As children move through Key Stage 2, we might use more structured games and play-based inquiries, though free and guided play remain essential.
In the Early Years Foundation Stage (EYFS), play is not optional,it's statutory. The EYFS framework mandates that "each area of learning and development must be implemented through planned, purposeful play and through a mix of adult-led and child-initiated activity."
Within this, three "Characteristics of Effective Learning" are defined:
These aren't just cosy ideas. They describe the mental processes that underpin all meaningful learning. A 4-year-old building with blocks, revisiting their structure each day, adjusting it based on what they've learned, is actively developing spatial reasoning, problem-solving, and metacognitive awareness (the ability to think about their own thinking). That's real learning, and it's play.
The jump from Reception to Year 1 is, for many children, jolting. Suddenly, there's less time for play, more direct instruction, and the introduction of phonics (formal reading teaching). Parents ask, "When are they going to start learning?" (They've been learning all along, but that's a conversation for another time.)
This transition doesn't have to mean abandoning play. The Cambridge Primary Review, a landmark longitudinal study, warned strongly against the "premature formalisation" of learning in Year 1. It argued that a play-based, developmentally appropriate curriculum should logically extend well into Key Stage 1 to secure foundational skills in communication, language, physical development, and social-emotional understanding.
The good news: play and phonics instruction are not enemies. A well-resourced Year 1 classroom uses continuous provision (role-play areas, construction zones, mark-making stations) to reinforce phonics and early number in context. A child in the home corner labels items in the kitchen; another child in the writing area creates a shopping list. Both are practising phonics in purposeful, play-like contexts.
This requires careful planning and a shift in how we think about teaching. Rather than "play then learning," we design learning to happen through play.
Play doesn't stop at age 7. It matures. In Key Stage 2, we see play evolve into inquiry-based learning, role-play, simulations, and structured games,all of which are forms of playful engagement with complex ideas.
A Year 5 class studying the Victorians doesn't sit in rows copying from the board. Instead, they roleplay a Victorian factory, navigating child labour laws, industrial accidents, and working conditions. They debate from the perspectives of mill owners, workers, and reformers. They construct period-accurate models of steam engines. They're engaging with history as an active investigation, and that engagement,that playful immersion,is what makes the content stick.
Similarly, a Year 3 class wrestling with fractions doesn't drill division algorithms. They play games involving halving and sharing; they partition shapes; they design fair rules for dividing playground equipment. The learning is embedded in purposeful play, which maintains motivation and develops deeper conceptual understanding than procedural drilling alone.
This requires confidence. It requires us to see structured play and inquiry-based learning as rigorous, not as time-filling. And it requires us to defend this approach to colleagues and parents who associate "serious learning" with silent desks and worksheets.
So let's talk evidence, because in the current climate, good intentions alone won't convince a sceptical head teacher or parent.
The Education Endowment Foundation (EEF), which synthesises research on effective interventions for UK schools, found that play-based learning interventions in the early years can add up to +5 months of additional progress for children, particularly when it involves guided play with adult scaffolding. That's substantial. That's the equivalent of starting Year 1 five months ahead of children in less play-rich environments.
The Cambridge Primary Review, published in 2010, examined primary education across England and concluded that UK schools had been too quick to formalise learning in the early primary years. The review noted that children thrive when given time to play, explore, and develop foundational skills before moving to formal instruction.
The OECD's "Starting Strong" reports on early education across 30+ countries consistently highlight that guided play is one of the most effective pedagogical tools for developing executive function (planning, impulse control, working memory) and self-regulation skills,competencies that are stronger predictors of long-term academic success than early rote memorisation.
Research on vocabulary development is particularly striking. Children engaged in guided play with a practitioner use a significantly wider range of expressive vocabulary and complex syntax compared to those in purely direct-instruction environments. When a child and adult play a shopping game together, discussing transactions, negotiating roles, and solving problems, the child is hearing and using language in rich, motivating contexts.
These findings aren't controversial in academic circles. The push-back comes from cultural expectations and the pressures of accountability metrics that emphasise narrow measures of attainment over broader development.
Understanding the neuroscience of play helps us defend it. When children play, their brains are in an optimal state for learning.
First, play reduces stress. During free play, cortisol (the stress hormone) levels drop, while dopamine increases. This creates a neurochemical state conducive to memory formation and creative thinking. Contrast this with a child sitting at a desk, anxious about getting the answer right, cortisol high,and you see why play environments are often more effective learning environments.
Second, play builds executive function. Games with rules teach children to inhibit impulses (waiting their turn), maintain attention (following the game), and adapt strategies (adjusting tactics when the opponent plays differently). These capacities,impulse control, sustained attention, cognitive flexibility,are the bedrock of all later academic and social success. They're not taught through worksheets; they're developed through play.
Third, play develops working memory and cognitive flexibility. Imaginative play requires children to hold multiple ideas in mind simultaneously ("I'm the shopkeeper, you're the customer, and we're selling cakes") and adapt those ideas based on what the other player does. This mental flexibility transfers to academic problem-solving.
Fourth, play is a low-stakes environment for hypothesis-testing. A child building a tower of blocks can knock it down and try again without shame. A child in a pretend restaurant can experiment with different customer service approaches without consequences. This safety allows for the kind of productive trial-and-error that's essential for learning.
The question we're asked most often is: "What should I be doing while the children play?" The answer: much more than supervising.
The adult role in play-based learning is to be a scaffolder and provocateur. This means:
This is more cognitively demanding than standing at the front of the room delivering a lesson. It requires us to be responsive, to listen carefully, to think on our feet. But it's also where teaching becomes genuinely responsive to children's learning needs.
Play doesn't happen by accident. It requires careful planning, thoughtful resource selection, and creative use of space.
Continuous Provision is the foundation. This means setting up permanent or semi-permanent areas in the classroom where children can access open-ended play throughout the day: a role-play area (changing themes termly,home, shop, clinic, restaurant), a construction zone with blocks and loose parts, a water or sand table, a mark-making area with varied writing and drawing tools, and a reading nook. In EYFS and Year 1, continuous provision is essential. In KS2, elements of it remain valuable, even if space is tight.
Loose Parts are your secret weapon. These are materials with no predetermined use: branches, pipes, fabric scraps, cardboard tubes, rope, stones, shells, metal washers, buttons. A basket of loose parts invites creativity in a way that a box of plastic dinosaurs never will. A child with loose parts must imagine, problem-solve, and plan. This is where creativity and executive function are built.
Outdoor Play is non-negotiable. The outdoor area offers space, freedom, and natural materials that indoor classrooms can't match. Mud play, climbing, digging, building shelters from branches, investigating minibeasts,these are all powerful learning experiences. They also offer physical challenge and the kind of risk (falling off a low climbing frame) that children need to manage to develop confidence and body awareness.
Themed Play Areas should change termly or half-termly to maintain interest and connect to curriculum themes. A Year 2 class studying minibeasts might transform a corner into a bug hotel and investigation lab. A Year 4 class learning about the Ancient Egyptians might create a tomb excavation site with sand, artefacts, and role-play cards.
Resourcing a play-rich environment doesn't require a huge budget. Many of the best resources are free or cheap: branches collected from the school grounds, fabric offcuts from a local haberdashery, cardboard tubes saved from packaging, stones collected from a local beach. The key is variety, quality (things that will withstand repeated use and inspire rather than frustrate), and openness (materials that can be used in multiple ways, not single-use plastic toys).
How do we evidence learning in a play-based setting? This is where many teachers become uncomfortable. We're used to tests, recorded work, and summative assessments. Play-based learning requires a different assessment approach.
Formative observation is your primary tool. While children play, you watch and listen. What vocabulary are they using? What mathematical thinking is emerging? Are they cooperating, negotiating, problem-solving? Are they learning from each other through observation and imitation? Are there misconceptions you need to address? What's their next learning step?
Recording these observations doesn't require elaborate systems. A notebook, a voice memo on your phone, sticky notes,all work. The goal is to capture evidence of learning in the moment, then use those observations to inform your planning. If you notice that a child has just mastered turn-taking in games, you might introduce a more complex game next week. If you hear a child using a new vocabulary word in context, you record it as evidence of language development.
Learning Stories (a technique borrowed from early years practise) can be powerful even in Key Stage 1 and 2. A learning story is a short narrative (a few sentences with a photograph) that captures a moment of significant learning. It's evidence-based and child-friendly. Parents find them far more illuminating than a list of "met expectations".
Mapping Play to Curriculum. Keep your curriculum targets close while you observe. When a child is deep in block play, ask yourself: which National Curriculum objectives are being developed? In EYFS, is this child working within the area of Physical Development (fine motor skills), Mathematics (pattern and shape), or Expressive Arts (creativity)? In KS1, is their construction work developing spatial reasoning (maths) or design and technology thinking? By making these connections explicit, you're not forcing play towards predetermined outcomes,you're recognising the learning that's already happening and planning thoughtfully to extend it.
Let's be honest. Play-based approaches face scepticism from multiple quarters: parents worried about their child's phonics progress, senior leaders concerned about accountability metrics, colleagues who see play as a break from "real learning," and Ofsted inspectors (though Ofsted guidance actually supports play-based learning in EYFS and emphasises a broad, developmentally appropriate curriculum in KS1).
Here's what you need to know to defend your approach:
On phonics and early reading: Play and phonics are not enemies. Children can learn phonics through playful activities (letter hunts, mark-making games, sound-matching games) as effectively as through direct instruction. The evidence suggests that children who develop strong oral language, phonological awareness, and motivation to read through play-based approaches transition into formal reading instruction well-prepared and enthusiastic.
On maths: Early number sense and mathematical thinking are best developed through play,counting games, building patterns, sharing and grouping objects. These concrete experiences form the foundation for formal arithmetic. Dewey's experiential learning philosophy supports exactly this approach. A child who has played dozens of sharing games will find division algorithms far more meaningful than a child drilled on facts without this experiential base.
On accountability: Yes, your data matters. But recognise that play-based approaches typically yield strong progress over time, particularly for vulnerable or anxious children. If you're piloting play-based learning, give it a full year (or ideally, two) before evaluating impact. The gains in self-regulation, language, and social skills may show in attainment data, but they'll definitely show in behaviour, attendance, and staff wellbeing.
On parental concerns: Communicate actively with parents. Show them the research. Invite them into classrooms. Help them see what their child is learning. Use learning stories and observations to make learning visible. Most parents, when they understand what's happening, become advocates for play-based approaches.
The hardest resistance comes from within,the internalised belief that if children aren't sitting at desks, you're not teaching. That's a belief worth examining. Some of the most powerful learning happens on a muddy patch of ground with a few branches and a child's imagination.
Theory and evidence are valuable, but you're busy. Here's what to do this week:
Play-based learning works. The research is clear. The theory is strong. The only obstacles are cultural,our beliefs about what "proper learning" looks like and our confidence in defending a different approach. The good news is that once you've seen a child's eyes light up when they've solved a problem through play, once you've observed the sustained engagement and the rich learning that flows from it, defending that approach becomes easy. You'll have evidence written all over their faces.
Further reading:
These peer-reviewed studies provide the research foundation for the strategies discussed in this article:
Effectiveness of Play-Based Learning Method in Promotion of Early Literacy Skills Among Early Childhood Development Education Children View study ↗
5 citations
B. Cheruiyot (2024)
This study confirms that young children develop crucial literacy skills most effectively through play-based interactions with teachers, peers, and family members both at home and in school settings. The research highlights how listening and interactive play activities serve as the foundation for future academic success across all educational levels. Teachers can use these findings to confidently advocate for and implement play-based approaches, knowing they directly support children's long-term educational outcomes.
The power of play: investigating student success in kindergarten classrooms View study ↗
1 citations
Karyn A. Allee (2024)
This pilot study addresses the disconnect between global recognition of play as essential to early learning and the United States' reluctance to fully embrace play-based approaches in kindergarten through second grade. The research provides evidence-based teaching strategies that American educators can use to successfully integrate more play into their early elementary classrooms. For teachers feeling pressured to abandon play for more formal instruction, this study offers research-backed support for maintaining developmentally appropriate, play-centred practices.
Integrating Robotics into Play-Based Learning with Innovative Teaching Strategies for Foundation Phase Student Teachers View study ↗
Heidi Claassens (2025)
This innovative study explores how seven different educational robots can be seamlessly integrated into playful learning experiences for young children, treating coding as a new essential skill alongside reading and math. The research demonstrates practical ways to use tools like Bluebot, Dash, and Botley to develop computational thinking through engaging, hands-on play activities. Teachers will find concrete strategies for bringing STEM education into early childhood classrooms without sacrificing the joy and discovery that make play-based learning so effective.
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