Curious children are natural scientists. Watch a two-year-old pouring water between cups, or a four-year-old stacking blocks to see just how high they can go, and you’re watching early STEM learning in action. STEM activities for preschoolers don’t need to look like a science lab — they just need the right environment, the right prompts, and educators who know how to nurture what’s already there.
The evidence for starting early is strong, and it’s growing. What young children learn about maths and science by the time they enter kindergarten can have a lasting impact on their academic outcomes. Getting that foundation right is one of the most valuable investments a family can make.
Key Takeaways
- STEM in early childhood is about building curiosity, problem-solving, and confidence through play-based exploration.
- Early math skills are a strong predictor of future school achievement in both maths and literacy, and these foundations begin to form well before primary school.
- STEM activities for preschoolers develop critical thinking, persistence, and collaboration: skills that matter across every subject and stage of life.
- The right educators make all the difference. Skilled, STEM-confident early childhood teachers are the single biggest factor in how much children actually benefit.
What Does STEM Learning Look Like in Early Childhood?
Early childhood STEM education isn’t a formal subject. It’s woven into the texture of a well-designed day.
STEM learning begins the moment children physically interact with their environment. When they start processing how things work, they’re really laying the foundation for learning core concepts.A child filling and emptying a bucket at the water table is exploring volume. Building a ramp for toy cars is experimenting with force and gradient. Sorting leaves by shape after a walk outdoors is an early form of classification and data analysis.
When two preschoolers stack sticks and bark to build a house for a ladybug, they’re developing frustration tolerance when materials fall over, collaborating as they test ideas together, and building persistence as they redesign and try again.That’s the depth of early childhood STEM education, and it’s happening through play.
A good STEM curriculum for young children is built around open-ended exploration, questions without a single right answer, and hands-on materials that children can manipulate. Block play, sensory stations, cooking activities, nature investigations, and building challenges are all legitimate, research-backed early STEM experiences.
The Real Benefits of STEM in Preschool Learning
Critical Thinking and Problem-Solving
Integrated STEM approaches help develop preschoolers’ science process skills, including observing, classifying, measuring, making inferences, predicting, and communicating, alongside broader higher-order thinking skills.These are the same skills children use when navigating conflict with a friend, figuring out how a puzzle fits together, or working out what’s fair.
A Stronger Foundation for School
Research shows that having a strong foundation in early maths leads to higher achievement in both maths and reading later in school. Interacting with a wide range of materials in early childhood also prepares children for science and engineering in school.
Social-Emotional Growth
Preschool STEM education builds transferable life skills and supports social-emotional learning, fostering a sense of belonging in early childhood classrooms.Working through a challenge with a peer, celebrating a structure that finally stands, starting over when something doesn’t work; these experiences build resilience, collaboration, and self-efficacy that carry well beyond the early years.
Future-Readiness
More educators are recognising the importance of early STEM competencies for later outcomes in STEM subjects, and Australia’s own education strategy has placed explicit attention on early childhood as a critical stage in a child’s long-term STEM learning trajectory.
STEM employment in Australia is projected to rise from around 2 million jobs today to approximately 2.29 million by 2035.
How STEM Benefits Different Learners
One of the most common concerns parents raise is whether STEM learning is accessible to all children, or if it suits only certain personalities and learning styles.
The short answer: it suits every child, because good STEM in early childhood education starts with each child’s curiosity, not a standardised outcome. Young children naturally explore basic engineering and mathematical concepts through play, especially in relation to construction, measurement, and the behaviour of materials.The role of skilled educators is to notice what a child is already drawn to and extend it.
Guided discovery doesn’t have to be instructional in nature; it can include minimal, contingent supports like asking a question at the right moment, encouraging children to reflect on their work, or providing additional materials based on their emerging interests.
For children who learn differently, or who are working through particular developmental stages, play-based STEM provides a low-pressure, sensory-rich way to engage with concepts at their own pace. There’s no wrong answer when you’re building a tower to see how tall it can get.
What Measuring Progress Looks Like
Parents understandably want to know: how do we know if it’s working?
Researchers describe a set of “STEM habits of mind” that children exhibit during their learning, including being an inquirer, observer, describer, experimenter, measurer, and predictor.Skilled educators look for these dispositions rather than checking off content knowledge. Is this child asking “why”? Are they trying something a second way when the first doesn’t work? Are they noticing patterns or making predictions?
These markers of engagement and developing capability are far more meaningful at this stage than any formal assessment. A child who approaches a new challenge with confidence and persistence, rather than anxiety, has developed something that will serve them for life.
At Rise & Shine, progress in STEM learning is tracked as part of each child’s overall developmental picture, woven into the broader documentation educators do in partnership with families.
Why Educators Are the Most Important Variable
The research here is unambiguous. STEM learning in early childhood doesn’t happen by accident, and it doesn’t just happen because resources are available. It happens because of the adults in the room.
An educator who is confident in STEM thinking asks richer questions, creates more intentional provocations, and knows how to extend a moment of natural curiosity into a learning experience.
The Australian Government’s Little Scientists program exists precisely because early learning educators need support in building their skills and confidence around STEM concepts, so they can lead inquiry-based learning activities with everyday materials.The quality gap between early childhood settings comes down largely to this: educators who have that confidence, and those who don’t.
Why STEM Should Be a Priority When Choosing Childcare
Many parents consider location, hours, cost, and ratio when choosing an early education centre. STEM curriculum is worth adding to that list.
A centre with a strong early childhood STEM education approach will typically offer an environment rich in open-ended materials, educators who ask thoughtful questions rather than giving all the answers, intentional documentation of children’s thinking, and a philosophy that values process over product. These are the hallmarks of high-quality early learning.
Early, age-appropriate, and joyful STEM activities for preschoolers increase the likelihood of future academic success.The word “joyful” matters. STEM learning at this age should feel like play, because it is play — sophisticated, purposeful, educator-supported play that builds the foundations for everything that follows.
STEM Learning at Rise & Shine
STEM has been a core focus at Rise & Shine since we first opened. From the beginning, we developed a curriculum that included the Smart Start element, incorporating in-house STEM learning experiences designed to build early critical thinking and problem-solving skills. As the world has evolved, so too has our approach. We have continued to innovate by introducing our Orbit Hub, a mobile planetarium, and the Orbit Mobile STEM Shuttle, creating even more opportunities for children to explore, question, and discover.
Today, all Rise & Shine centres across NSW and QLD continue to integrate STEM thinking throughout the entire curriculum, from our youngest nursery rooms through to our preschool program. We see STEM as the future, and we are committed to equipping children with the skills, confidence, and mindset they need to thrive in an ever-changing world.
STEM learning is embedded in everyday experiences. Even our physical activity programs support school readiness, linking movement with spatial awareness, coordination, and early mathematical thinking in ways many families may not expect.
Families in Summer Hill can explore what this looks like in practice at our Summer Hill preschool, and families in the south of Sydney will find the same approach at our Carlton childhood and preschool centre. For a full overview of our NSW childcare centres, including locations and availability, visit our NSW page.
If you’d like to see how Rise & Shine brings STEM to life in an early childhood setting (and what that means for your child’s development), we’d love to welcome you in for a tour.
