If you have a preschooler, you need a set of blocks. It is really that simple.
Why are blocks a must? First, they are concrete.  Preschoolers aren’t ready to think in the abstract ways that worksheets require.  Plus, their developing writing skills (fine motor development) won’t allow them to think through writing as quickly as their minds work.  Blocks do.

Not only do blocks allow for concrete learning, they also tap into your preschooler’s need for repetition while learning.  Young children will stack and knock down blocks over and over again because of the sensory rewards—the sight of the blocks falling is breath-taking and the sound is awesome.  

Because many of us associate math with worksheets, we think that preschoolers aren’t ready for math lessons.  Maria Montessori, a pioneer in early childhood education, emphasized the importance of concrete forms in math education between the ages of three and five.  Math manipulatives facilitate the abstract thought needed later to compute numbers. She recommended that young children constantly move objects, like blocks and beads, and use their senses while learning because it leads to a later desire to write out a mathematical operation.  

Blocks are often available, but they are not always used for intentional math & play sessions.  Simply having blocks available for a preschooler to use does not take full advantage of the potential that blocks have to construct a math mind. To unlock the mathematical benefits of block play, your child needs social interaction with you.  

If you don’t have wooden blocks, you can make your own blocks out of lightweight cardboard boxes (tissue boxes, cereal boxes, oatmeal canisters).  For added weight, pack them with newspaper and tape them shut.  Whether you have wooden blocks or not, making some cardboard boxes together and talking about their size and shape and what you would like to build with them is a great way to introduce your intentional math & play sessions.

Here are some age-appropriate purposeful block play ideas:

• Lay out block pattern with three or four blocks (triangle, circle, triangle, square) and ask your preschooler to match or continue the pattern.  Recognizing and predicting patterns is an important logic and math skill
• Select eight to ten blocks and ask your child to “Make something really cool.”  You may find that your preschooler creates roads, a house with walls and floors, or the tallest possible tower.  No matter what, give lots of praise and ask open ended questions like, “What will people do in this room?” or “Why doesn’t your tower fall down?”  If you notice a clear preference for constructing one type of structure after playing this game several times, ask your preschooler to create a new type of structure.  You might say, “I love your towers, but could you make a town with roads this time?”  Building a variety of structures fosters different types of mathematical thinking.
• Name the different block shapes and point out similar shapes around the room.  For example, the rectangular window or circle rug.  By doing this, you introduce the concept of mathematical shapes as structures, much like what they have built during block play.
• Encourage your child to sort the blocks by size.  Use comparison words like big and small.  Later when your child is asked to find the bigger number, he will have a concrete reference for size.  Also reinforce the use of comparison words with concrete objects by asking your child to stack the small block on the big block and the big block on the small block.  Stacking blocks of different sizes (and letting them fall) fosters the spatial reasoning needed in geometry and offers hands-on problem solving skills.
• Get out a tape measure and note specific differences in the sizes of the blocks.  By using tape measure, you introduce units of measure and fine tune comparisons. (Leave lots of time for this activity because both of you will want to measure everything—including each other.)

Block play is a rich parent/child activity—filled with touch, sight, sound, repetition, and imagination.  The guided, tactile learning activities listed here are meant to help you lead your child into a curiosity for the world of mathematics.  That sense of curiosity—the desire to know—is the most prized school-readiness skill and so easy to build.

If you enjoyed this article, please retweet to share it with others