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Hands-On Learning in Maths: How Children Build Strong Foundations in Astor International School Singapore

At Astor International School in Singapore, mathematics is not just about numbers on a page, it is something students can see, touch, and explore. Through hands-on learning, students build a deeper understanding of mathematical concepts in ways that feel meaningful and engaging.


The use of manipulatives in mathematics has been around for centuries. Across different cultures, people have used everyday objects to make sense of numbers. From tally marks in sand to early versions of the abacus, and even systems like the Incan quipu, these tools highlight how mathematical understanding has always been rooted in concrete, hands-on experiences.


Astor international students using counters and whiteboards
Astor International School students using counters and whiteboards

What Are Manipulatives in Mathematics?


Today, these tools are known as manipulatives, physical objects such as counters, blocks, number rods, and fraction tiles that help students visualise mathematical ideas.


Manipulatives support how children naturally learn. When students can move objects to represent counting, grouping, or measuring, they begin to connect what they do physically with what they understand mentally.


Rather than simply memorising formulas, students are able to “see” and learn the mathematics in action with hands-on activities.


Building Understanding Through Hands-On Learning in Astor International School in Singapore


Astor international students using counters and whiteboards in a group
Astor international School students in a group using counters and whiteboards

Research has shown that hands-on learning using manipulatives can lead to deeper understanding, stronger problem-solving skills, and better retention of concepts.


For many students, especially those who may feel anxious about mathematics, manipulatives make learning feel more approachable and less intimidating. They introduce an element of play, helping students build confidence as they explore new ideas.


This approach is also particularly supportive for students who may need more time to grasp concepts or who are learning English as an additional language, as it provides a visual and tactile way to understand mathematical ideas.


Hands-On Learning in Action at Astor!


Astor International School in Singapore students using counters and whiteboards
Astor International School students using counters and whiteboards

In the classroom, manipulatives are used to bring mathematical concepts to life.


In our Year 5 class, students use cubes and counters to explore ideas such as square numbers and cube numbers. By physically building shapes and counting the units within them, students are able to better understand how these numbers work.


This hands-on learning approach allows Astor International School students to move from concrete understanding to more abstract thinking with confidence.


At Astor International School Singapore, hands-on learning in Maths is at the heart of how we build strong foundations for every child. By using practical tools, real-life problem solving, and interactive activities aligned with Singapore Maths, students develop a deep understanding of concepts rather than simply memorising procedures. In our small classes, teachers can personalise learning, ensuring each child progresses with confidence and clarity. This approach not only strengthens numeracy skills but also fosters curiosity, resilience, and critical thinking—key reasons why Astor has been recognised as the best small school in Singapore in 2025.


Supporting Learning at Home


The good news for parents is that manipulatives do not need to be expensive or specialised.

Simple household items such as buttons, dried beans, pasta, coins, or building blocks can be used to support mathematical learning at home. Encouraging children to sort, count, build, and explore with real objects helps reinforce what they learn in school.


These small, everyday experiences play a powerful role in building curiosity, confidence, and a strong foundation in mathematics.



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