Making Numbers Come Alive: Numeracy Strategies to Engage Boys in Early Childhood EducationWith Auntie Nats
Numeracy begins long before a child is asked to complete a page of calculations. It develops when he counts his toys, notices that one tower is taller than another, shares crackers with a friend, identifies the shape of a wheel or predicts which container will hold more water.
In early childhood education, numeracy should be active, meaningful and connected to the child’s world.
Many young boys are energetic, curious and eager to investigate how things work. Yet some become disengaged when Mathematics is presented mainly through worksheets, long periods of sitting or repeated written exercises. This does not mean that boys cannot concentrate or that every boy learns in the same way. Boys are individuals with different interests, strengths and learning needs.
However, many boys respond positively when numeracy includes movement, exploration, practical materials, problem-solving and purposeful conversation.
Our responsibility is not to lower expectations. It is to provide appropriate pathways through which boys can understand, practise and demonstrate mathematical thinking.
Numeracy Is More Than Counting
Early numeracy includes:
Recognising and naming numbers
Understanding that numbers represent quantities
Counting objects accurately
Comparing quantities, sizes and lengths
Recognising and creating patterns
Identifying shapes
Sorting and classifying objects
Understanding position and direction
Exploring measurement, time and money
Solving simple real-life problems
Explaining mathematical thinking
A child who can recite numbers from one to twenty may not necessarily understand what those numbers mean. He must learn to connect the spoken number, written symbol and actual quantity.
For example, he should gradually understand that the word five, the numeral 5 and a group of five objects all represent the same amount.
This understanding develops best through repeated, meaningful experiences.
1. Begin With Movement
Young children were not designed to remain still for extended periods. Movement can become a powerful part of numeracy instruction.
Invite boys to:
Jump five times
Clap according to a given number
Take three giant steps forward
Hop to the correct numeral
Form shapes with their bodies
Throw a ball into a numbered container
Walk along a number line
Complete a simple counting obstacle course
A teacher may place numerals on the floor and call out, “Stand on the number that comes after six.” She may then ask, “What number comes before it?”
Movement helps children experience numbers physically while developing listening skills, coordination and mathematical vocabulary.
2. Use Objects Boys Can Touch and Move
Young children need concrete experiences before they can confidently understand abstract symbols.
Bottle caps, blocks, stones, pegs, sticks, toy vehicles, shells, buttons and counters can all become valuable numeracy tools.
Children can use them to:
Count
Sort
Compare
Create sets
Make patterns
Add and subtract
Build shapes
Measure length
Represent simple problems
A teacher might say, “Place four cars in the garage. Two more cars arrive. How many cars are there altogether?”
The child can act out the problem before being expected to write the equation.
The materials do not have to be expensive. They must be safe, suitable for the child’s age and intentionally connected to the learning objective.
3. Build Numeracy Through Construction
Many boys enjoy building, arranging, dismantling and rebuilding. Construction activities naturally support mathematical development.
As boys work with blocks or other construction materials, ask questions such as:
How many blocks did you use?
Which tower is taller?
Which bridge is wider?
What shape did you make?
How many more blocks do you need?
Can you build another structure using the same number of blocks?
What will happen if you remove the bottom block?
These questions introduce counting, comparison, measurement, shape, balance and problem-solving.
The teacher should resist the temptation to control every construction activity. Allow boys time to experiment, make mistakes and revise their designs. This is mathematical thinking in action.
4. Connect Numeracy to Their Interests
Children are more likely to participate when learning connects with something that matters to them.
Numeracy can be introduced through interests such as vehicles, animals, sports, music, farming, cooking, tools or technology. However, educators should not assume that all boys share the same interests or limit them to traditionally masculine activities.
A child who loves animals can count footprints, compare animal sizes or sort animals according to habitat. A child who enjoys music can count beats and create rhythmic patterns. A child interested in vehicles can sort them by colour, size, function or number of wheels.
The interest captures the child’s attention, but the teacher must keep the mathematical objective clear.
5. Turn Everyday Routines Into Numeracy Lessons
Numeracy does not have to be confined to a scheduled Mathematics lesson. Daily routines provide natural opportunities for learning.
At attendance time, children can count how many icons are present and determine how many are absent. During snack time, they can share items equally. While tidying the classroom, they can sort objects and return them to labelled containers.
Teachers can also ask:
How many plates do we need?
Do we have enough cups for everyone?
Which line has more children?
How many minutes remain before outdoor play?
Which container is full, half-full or empty?
Who is first, second or third?
When mathematical language becomes part of everyday conversation, children begin to understand that numeracy is useful beyond the classroom.
6. Use Stories to Present Mathematical Problems
Stories give numbers meaning.
Instead of presenting only “3 + 2,” tell a simple story:
“Three boys were playing football. Two more boys joined them. How many boys are playing now?”
Allow children to use counters, drawings, fingers or role play to find the answer.
Stories can be based on familiar experiences such as sharing fruit, feeding animals, building houses, travelling in a bus or purchasing items from a shop.
After modelling several examples, encourage the boys to create their own number stories. Their explanations will reveal whether they genuinely understand the operation.
7. Take Numeracy Outdoors
The outdoor environment offers space for movement, exploration and discovery.
Boys can:
Count trees, stones, steps or leaves
Search for shapes in the environment
Compare the lengths of sticks
Sort natural objects
Measure distances
Create patterns with leaves and stones
Record how many times a ball reaches a target
Conduct simple races and compare results
Draw large numerals with chalk
Follow positional directions
An outdoor number hunt can require children to locate hidden numeral cards and match each numeral to the correct quantity of objects.
Outdoor learning should still be structured. The teacher must clearly identify what children are expected to notice, practise or demonstrate.
8. Include Games and Friendly Challenges
Games can increase participation, but they should not create unnecessary embarrassment or unhealthy competition.
Useful activities include:
Number bingo
Domino matching
Dice games
Shape hunts
Memory games
Pattern challenges
Number puzzles
Sorting races
“What comes next?” activities
Missing-number games
Children may work individually, with partners or in small groups.
Teachers should praise careful thinking, persistence and cooperation—not merely speed. A child who calculates slowly but accurately should not be made to feel inferior to one who responds quickly.
The purpose of the game is to strengthen learning, not simply to produce a winner.
9. Encourage Boys to Explain Their Thinking
The correct answer is important, but educators also need to understand how the child reached it.
Ask:
How did you know?
Can you show me?
Is there another way to solve it?
What did you notice?
Why do you think that happened?
How can we check the answer?
Some boys may initially find it difficult to explain their thinking verbally. Allow them to demonstrate with objects, pictures, gestures or actions before requiring a full spoken explanation.
Mathematical conversation strengthens reasoning, language and confidence. It also helps teachers identify misunderstandings that may remain hidden behind a guessed answer.
10. Use Short, Focused Learning Periods
A lengthy activity is not automatically a more effective activity.
Young boys may benefit from short periods of direct instruction followed by opportunities to move, practise and apply what they have learnt. A teacher might introduce a concept for a few minutes, model it, allow guided practice and then observe children using it during a practical activity.
Instructions should be brief, clear and given one step at a time where necessary.
Instead of saying, “Take the counters, place them in groups, count them, write the number and then draw the matching set,” begin with the first instruction and confirm understanding before moving forward.
This is especially helpful for boys with attention, language or processing difficulties.
11. Provide Choice Within Clear Boundaries
Choice can increase ownership and participation.
A teacher may allow a child to choose whether he will:
Count cars or blocks
Record an answer by drawing or using counters
Work at a table or on the floor
Complete the blue number puzzle or the green one first
Demonstrate a shape with sticks or playdough
The learning objective remains the same, but the child has some control over how he approaches the task.
Choice should not mean that children may avoid every challenging activity. Educators must provide both flexibility and appropriate expectations.
12. Recognise When Disengagement Signals Difficulty
A boy who refuses to complete a numeracy activity may not simply be misbehaving.
He may be:
Confused by the instructions
Afraid of giving a wrong answer
Missing an essential foundational skill
Experiencing difficulty with attention
Unable to read the question
Overwhelmed by the amount of work
Struggling to coordinate writing movements
In need of specialised assessment
Observe patterns carefully. Does he participate when objects are used but withdraw when numbers are written?
Can he count aloud but not count objects accurately?
Does he understand the concept but struggle to record the answer?
These observations help adults determine the kind of intervention the child needs.
We must never use a learning difference to excuse all inappropriate behaviour. At the same time, discipline should not become a substitute for understanding and support.
13. Celebrate Progress Without Lowering Expectations
Young boys need to experience success, particularly when they have already developed negative feelings about Mathematics.
Celebrate genuine progress:
“You counted each object only once.”
“You kept trying even when it was difficult.”
“You checked your answer carefully.”
“You found another way to solve the problem.”
“You recognised the pattern.”
“You asked for help instead of giving up.”
Specific praise tells a child what he has done well and what he should continue doing.
The aim is not to make the work so easy that the child never struggles. Productive struggle helps children develop persistence. The task should be challenging enough to stimulate thinking but supported enough to remain achievable.
How Parents Can Support Numeracy at Home
Parents do not need complicated resources to strengthen early numeracy.
Invite your son to:
Count items while packing away groceries
Match socks and sort clothing
Measure ingredients while cooking
Identify shapes around the home
Compare the sizes of containers
Count steps while walking
Help to share food equally
Recognise numbers on houses, clocks and vehicles
Use coins during supervised play
Create patterns with household objects
Estimate how many items are in a small group and then count them
Ask questions and allow time for thinking. Avoid immediately giving the answer.
Most importantly, do not communicate fear or dislike of Mathematics. Statements such as, “I was never good at Mathematics,” may unintentionally teach a child that poor performance is permanent or inherited.
Replace that message with: “This is difficult now, but we can practise and learn it together.”
Every Boy Must Be Seen
There is no single strategy that will engage every boy. Some boys enjoy movement, while others prefer quiet problem-solving. Some are confident speakers; others communicate more effectively through objects and drawings. Some learn concepts quickly, while others require repetition and specialised intervention.
Effective educators observe the individual child rather than teaching a stereotype.
Being cognisant of our boys means recognising their energy without labelling it negatively, identifying their difficulties without diminishing their potential and maintaining high expectations while providing the support needed to reach them.
Our boys must not be allowed to disappear behind poor grades, disruptive behaviour or repeated refusal. We must look beneath the behaviour, strengthen the foundation and create opportunities for them to experience Mathematics as meaningful and achievable.
When numeracy comes alive, boys are not merely learning to count. They are learning to reason, persist, make decisions and solve problems. These are abilities they will need in the classroom, in the workplace, in their homes and throughout life.
Let us engage their hands, challenge their minds and nurture their confidence.
Our boys can learn Mathematics. We must remain committed to helping them discover that they can.
With Auntie Nats
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