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The beautiful Montessori materials you see in our preschool and primary school classrooms are as fundamental to Montessori education as the teachers are.  Montessori learning materials are unlike anything used in mainstream early learning and schools. They are an integral part of the Montessori classroom and inspire curiosity, exploration, deep thinking, concentration and problem solving. Even in preschool.

With their beautiful appearance and game like nature, students love to learn with Montessori Materials.

Visit a Montessori classroom, and you’ll see children stacking blocks of the same color, fitting cylinders into precisely graduated holes, and putting colourful wooden pieces together to create a cube. At first glance, this may look like what happens in a typical preschool, but actually, Montessori children are doing foundational math in each one of these activities.

Science backed learning materials at forestville montessori school

The Mathematical Properties of the Sensorial Materials

One of the most striking things about the Montessori environment is the mathematical properties woven into so many of the sensorial materials (and conversely the sensorial qualities woven into so many of the math materials). This is not a coincidence! Both the sensorial materials and the mathematical materials provide children with a tactile and visual understanding of numbers and proportions, while also helping them build a clear, organized mental framework for the mathematical concepts and operations that will come later.

Through early sensory experiences, children begin to make visual and spatial distinctions. The Montessori math materials build directly upon these sensorial foundations. For example, the color-coded bead bars (which are used for addition, subtraction, and multiplication), allow children to make a mental association of color to quantity rather than relying on counting alone. This provides multiple neural pathways for arithmetic operations.

As Dr. Montessori observed,

“Little by little the child ceases counting the beads and recognises the numbers by their color…. Almost without realising it he comes now to count by colors instead of by quantities of beads, and thus performs actual operations in mental arithmetic.”

When children begin learning the actual numerals, they use sandpaper number cards and rely upon the quality of touch as they trace the rough shapes of each numeral. The blue and red number rods directly relate to the sensorial red rods. They are essentially the same material, but through color-coding establish direct mathematical meaning. This connection between a sensorial material and a math material is intentional. As Dr. Montessori wrote, “What is this moving and joining of quantities, if it is not the beginning of arithmetical operations?”

The red and blue rods give children entry into quantity and into measuring quantity in units. After learning the numerals through the sandpaper numbers, children can then combine the concrete and the abstract by labeling the rods themselves with numeral cards.

How does Montessori teach Mathematical concepts

Specific Materials, Specific Pathways

Connections continue throughout the Montessori mathematical curriculum. Children learn length and multiples through the bead chains. They understand odd and even numbers by seeing which quantities pair evenly across the bottom. They explore multiplication through geometric patterns on the multiplication board or by laying bead bars in a column. They handle geometric shapes and solids and find real-life examples. They build the binomial and trinomial squares and cubes, and in doing so, manipulate concrete representations of algebraic patterns, establishing a physical understanding of an abstract formula long before encountering the formula itself.

The knobbed cylinders offer another example. As children discover the differences in dimensions of the precisely graduated cylinders, they begin to think mathematically by noticing, comparing, and reasoning with their hands. “A mathematical proportion may be found in the relative differences in the three different series of blocks,” explains Dr. Montessori. Even the pink tower (which is so iconic that it is often the first image that comes to mind when people think of Montessori) carries deep mathematical meaning that unfolds over time. Through all of this sensorial work, children become so aware of fine distinctions that they establish a mental foundation which allows for what Dr. Montessori described as “a clear and strong mentality.”

Hands on learning materials at Montessori Preschool in Forestville

The Path from Concrete to Abstract

The movement from the sensorial to the mathematical is not a sudden leap. It is a carefully sequenced progression in which each material prepares children’s minds for the next level of understanding. The materials always help children move from concrete experience toward abstraction, and always build on what children’s hands have already learned.

Dr. Montessori was clear about both the direction and the destination of this journey: “This system in which a child is constantly moving objects with his hands and actively exercising his senses also takes into account a child’s special aptitude for mathematics. When they leave the material, the children very easily reach the point where they wish to write out the operation. They thus carry out an abstract mental operation and acquire a kind of natural and spontaneous inclination for mental calculations.”

Dr. Montessori’s conclusion about how mathematics should be taught remains as relevant today as it was when she first wrote it: “The teaching of arithmetic should be completely transformed. It should start with sense perceptions and be based on a knowledge of concrete objects.”

skills development in kindergarten at FSM

What This Means for Families

Understanding this progression is important for how we think about our children’s work in a Montessori classroom. Rather than worrying that our children are spending too much time fitting cylinders into their matching holes, building and rebuilding the pink tower, or constructing a cube, we can appreciate how they are building a neural architecture that will support mathematical reasoning for years to come.

Come visit us on Open Day at Forestville Montessori and see the math materials in action.  Teachers will be on hand to show you Montessori mathematics, literature, art and geography materials for all age groups! To register for Open Day, BOOK HERE

Denice Scala

Author Denice Scala

B.A, M.Ed, Dip ED, Dip RSA, Cert. Neuroscience. Principal, Forestville Montessori School. Denice Scala is an executive leader with extensive experience in key strategic roles requiring business transformation and innovation. As a passionate advocate for the power of education to enrich lives, Denice moved from classroom teaching to leadership positions in 1992 and since then has held international in roles in Scotland and Australia as Principal, Head of Junior School, and Head of Learning Support. She has an impressive working knowledge of early learning, primary, middle, and secondary schooling including gifted education and special needs. Her Masters in Gifted Education led her to work extensively to find ways to cater for gifted students. This led to providing professional development opportunities for educators to assist in their understanding of the characteristics of gifted children and the complexities of growing up gifted. Denice’s unparalleled grasp of current educational realities is equally matched by her big picture thinking combined with practical solutions to navigate change. Denice’s passion for Montessori education led her to undertake the AMI Introduction to Adolescents Course, to audit the AMI 6-12 Diploma, and to also currently undertake the AMI School Administration Certificate Course.

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