Mathematics 

Mrs Robyn Wilson - MaST - Mathematics Specialised Teacher

Using Concrete Materials in Maths

Concrete resources, also known as manipulatives, are physical objects that children can pick up and manipulate to improve their maths knowledge. Used in maths education, a variety of concrete maths resources can help children to understand the relationship between numbers and the number system.

They can aid and enhance children’s understanding of different maths concepts. Therefore, concrete materials allow them to visualise and understand the maths which allows them to make sense of what is actually happening. This will let them see why and how the procedure has worked. This means they are more likely to understand and accurately remember the methods. Using concrete materials in combination with other methods can enrich and deepen understanding.

 

In Kindergarten we use a lot of concrete materials. See below how the students are using them.

Grace is using paddlepop sticks
Layla has a dice and some unifix cubes
Molly is using unifix cubes that join together and can be broken apart.
Arli has counters, bears and unifix cubes
Jack and Luka are counting using concrete materials
Grace is using counters.
Grace is using paddlepop sticks
Layla has a dice and some unifix cubes
Molly is using unifix cubes that join together and can be broken apart.
Arli has counters, bears and unifix cubes
Jack and Luka are counting using concrete materials
Grace is using counters.

Concrete materials also help students learn new concepts and relate them to what they have already learnt. It allows children to construct their own mental models for mathematical ideas. It also has the additional advantage of sparking more interest in the topic to make maths more engaging.

 

And let's not forget, one of the main reasons why concrete maths resources play a key role in learning is because they support the mastery style approach. This means that these resources help children develop a deep knowledge and understanding of vital maths concepts and learn how to use what they know to tackle unfamiliar problems.

Stage 1 below are using materials for teaching division.

Addi is using playdough
Riley is using counters
Lotti is putting counters in arrays
So is Arvi
Andy is also using playdough
Addi is using playdough
Riley is using counters
Lotti is putting counters in arrays
So is Arvi
Andy is also using playdough

In the past, children were taught procedures, but not why or how the procedure worked. In other words, children learnt the methods to get to an answer, without any understanding of the maths behind each method or procedure.

While there are children who are able to access the maths through just learning a procedure by rote, many others have great difficulty coping with the abstract nature of it.

 

Below in Stage 2 you can see them also using manipulatives.

Using match sticks to make 3D shapes is Harold and Zack
Using actual 3D shapes
Using polygons to make 3D shapes
Logan has a 3D shape
These lovely students are using polygons to make 3D shapes and patterns
Using match sticks to make 3D shapes is Harold and Zack
Using actual 3D shapes
Using polygons to make 3D shapes
Logan has a 3D shape
These lovely students are using polygons to make 3D shapes and patterns

It isn’t just at school that children can benefit from accessing concrete resources in maths. They are equally important at home.