The preschool years are filled with questions.
Thank you for reading this post, don't forget to subscribe!Why does it rain? How do plants grow? Why do some objects float while others sink? Where do insects live? What happens when different colors are mixed together?
For young children, these questions are more than simple curiosity. They are the beginning of scientific thinking.
Long before children enter elementary school science classrooms, they are already observing the world, making predictions, experimenting with objects, identifying patterns, and trying to understand how things work.
Hands-on science learning gives young children opportunities to explore these natural interests while developing important academic, social, and problem-solving skills.
Young Children Are Natural Scientists
Children learn about the world by interacting with it.
They touch objects, examine materials, build structures, collect rocks, observe insects, mix colors, dig in soil, and ask countless questions about what they see.
These everyday experiences are the foundation of scientific discovery.
When children are encouraged to investigate their surroundings, they begin developing skills that will support learning throughout their lives.
They learn how to observe carefully.
They begin asking more thoughtful questions.
They make predictions about what might happen.
They test their ideas.
They compare results.
Most importantly, they discover that learning is an active process.
Instead of simply being told how something works, children are given opportunities to investigate and discover answers through experience.
Science Helps Children Develop Critical Thinking Skills
One of the greatest benefits of early science education is the development of critical thinking.
Imagine a group of preschool children building a bridge with blocks.
The bridge collapses.
Instead of immediately showing the children how to fix it, a teacher might ask questions.
Why do you think the bridge fell?
What could make the bridge stronger?
What happens if we use different blocks?
The children begin experimenting with different ideas.
They might create a wider base, use different materials, or change the design.
Through this process, children learn an important lesson: problems can be investigated and solutions can be discovered.
These experiences encourage persistence, creativity, and independent thinking.
Hands-On Learning Makes Complex Ideas Easier to Understand
Young children often understand concepts more effectively when they can experience them directly.
A lesson about plants becomes more meaningful when children plant seeds, observe roots growing, measure changes, and watch leaves appear.
A lesson about animals becomes more memorable when children observe living creatures and learn about their habitats, behaviors, and physical characteristics.
A lesson about engineering becomes more engaging when children design structures, build simple machines, or experiment with different materials.
These experiences transform abstract concepts into discoveries children can see, touch, and explore.
Science Naturally Connects With Other Areas of Learning
Science education does not exist separately from other subjects.
A well-designed science activity can introduce children to mathematics, language, literacy, art, engineering, and social development.
For example, children studying plants might measure their growth, count leaves, draw observations, learn new vocabulary, read books about ecosystems, and work together to care for a classroom garden.
One activity can create opportunities for learning across several subjects.
This integrated approach is one reason science can be such an effective foundation for early childhood education.
STEM and STEAM Education Can Begin During Preschool
Parents sometimes associate STEM education with older children learning advanced mathematics, computer programming, or engineering.
However, the foundations of STEM learning can begin much earlier.
STEM stands for science, technology, engineering, and mathematics. STEAM education adds the arts to encourage creativity and design.
For preschool children, STEM and STEAM education might include building structures, experimenting with magnets, observing animals, exploring nature, learning basic coding concepts, designing simple machines, measuring objects, or conducting age-appropriate science experiments.
The objective is not to turn preschool children into professional scientists or engineers.
The objective is to encourage curiosity, exploration, creativity, and problem-solving.
Science Encourages Children to Ask Better Questions
Education is not only about teaching children the correct answers.
It is also about helping children learn how to ask meaningful questions.
Science encourages children to investigate.
What do you notice?
Why do you think that happened?
What could we change?
What do you think will happen next?
How could we test that idea?
Questions like these encourage children to think carefully about their experiences.
Over time, children become more comfortable expressing ideas, making predictions, discussing observations, and explaining their reasoning.
These communication skills can benefit children far beyond the science classroom.
Exploration Can Build Confidence and Independence
Hands-on learning gives children opportunities to make decisions.
They can choose materials, test ideas, make mistakes, change their approach, and try again.
This process helps children become more independent learners.
When an experiment does not work as expected or a structure falls apart, children discover that failure can be part of learning.
They can investigate what happened and attempt another solution.
These experiences can help children develop persistence and confidence when facing new challenges.
The Learning Environment Matters
A strong early childhood education program should provide children with opportunities to explore, experiment, create, and ask questions.
Classrooms can include science materials, building areas, natural objects, plants, animals, sensory experiences, technology, art supplies, and open-ended activities that encourage investigation.
Teachers also play an important role.
Rather than simply providing answers, educators can guide children through the process of discovery by asking questions, encouraging observations, introducing new vocabulary, and helping children investigate their ideas.
Some early childhood education programs have built their entire educational philosophy around this approach.
For example, Brooklyn Preschool of Science provides children with hands-on, inquiry-based learning experiences that integrate science with mathematics, literacy, creativity, and social-emotional development.
Children are encouraged to investigate the natural world, participate in science projects, explore biodiversity, experiment with engineering concepts, and develop foundational STEM and STEAM skills.
Families interested in learning more about this approach to early childhood education can visit Brooklyn Preschool of Science to explore its programs and educational philosophy.
What Parents Can Look for When Choosing a Preschool
Parents exploring preschool options can ask several questions about how children learn throughout the school day.
Does the program provide opportunities for hands-on exploration?
Are children encouraged to ask questions?
Do teachers allow children to experiment and investigate ideas?
Are science, mathematics, literacy, art, and creativity integrated into classroom activities?
Do children have opportunities to explore nature and the world around them?
Does the classroom encourage collaboration and problem-solving?
The answers to these questions can help parents better understand a school’s educational philosophy.
Curiosity Can Become the Foundation for Lifelong Learning
Young children are naturally curious about the world.
They want to understand how things move, why animals behave differently, how plants grow, what objects are made from, and what happens when they experiment with new ideas.
Early childhood education has an opportunity to protect and encourage that curiosity.
Hands-on science learning gives children the freedom to explore questions, test ideas, make discoveries, and develop confidence in their ability to learn.
The experiments children conduct during preschool may seem simple.
But the skills behind those experiences—observation, creativity, communication, persistence, collaboration, and problem-solving—can become the foundation for a lifetime of learning.
Please contact Carmelo Piazza at Carmelo@brooklynPreschoolofscience.com for more information.
— Brooklyn Preschool of Science and Jerry Del Priore