The Problem – I am not good at math
I have heard adults and children proclaim that they are not good at math. Some people believe this because they received bad grades in this subject in school. Furthermore, they had a difficult time understanding various mathematical concepts. Many of us believe math just comes naturally for some people. I discovered that this is simply not true. Teaching mathematics in early childhood is one way to combat this belief.
You mean people can improve their math ability?
Yes, people can improve their math abilities. I remember reading the book, Morning by Morning: How We Home-Schooled Our African-American Sons to the Ivy League by Paula Penn Nabrit. The author details why and how she homeschooled her boys. When it was time for her sons to go to college, she talked to a college admission counselor about what they look for when admitting students to their school. Of course they mentioned grades among many other aspects of a student. The counselor said good reading scores starts early in childhood; however, with practice many students can raise their math scores later in life.
How can this be done?
Dr. Ben Carson gave a lecture on PBS called, The Missing Link: The Science of Brain Health. In this talk, he gave tips on how people can optimally utilize their brain. Dr. Carson addressed the fact that many people find math difficult. He says that anyone can be good at math. Math is a subject that builds upon the previous concept. He said that when people have trouble with math it is because they failed to understand the previous concept given to them. It is important for students to go back and make sure they understand the foundational ideas before they move ahead to the next.
It just takes practice and effort.
Why is teaching mathematics in early childhood important?
When many people hear the word “mathematics” they tend to think of numbers, equations, and theories. However, math is so much more than that. It is a part of our everyday interactions and children naturally practice mathematics as a life skill whether we notice it or not.
For example, a child knows that if he or she has one cookie and his or her sibling has two cookies, then there is a difference. If a child has played with a toy for five minutes and another child played with it for fifteen minutes, they can feel the discrepancy. In the examples above, children are using mathematics to decide how they should feel about certain situations.
If our children naturally practice these skills, why not foster their learning by connecting it to their interests and incorporating it into their play and daily routines?
We will discuss some ways to do this later.
What are the important mathematical skills in early childhood education?
Colors, shapes, and spatial reasoning are a few important mathematical skills in early childhood education. Colors help children organize and bring logic to their world. Identifying colors helps a child create a link between visual clues and words. Colors aid in giving children the vocabulary needed to describe the world around them, which opens up new verbal channels for them.
For instance, children often distinguish the difference between foods such as fruits and vegetables by their color. Furthermore, when your child is painting or coloring, most often they will make the sun yellow and water blue because this is familiar to them. It helps to organize their creation.
Shapes are not only important in math, but also life in general. A child who can identify shapes will learn how letters of the alphabet are formed. This prepares them to have better handwriting skills. For instance, the letter O is basically a circle.
Also, the knowledge of shapes is useful for building, which is an introduction to engineering. My son learned a lot about what shapes to use when building certain structures with his magnetic tiles. He learned that rectangles and squares make great bases or foundations for towers. His towers are made with hexagons, squares, and triangles. From these experiences, he was able to apply his knowledge of creating basic structures to making them more sophisticated and complex.
A child uses visual spatial skills daily when he or she imagines where a toy in their room is located before going to get it. Another example is when a child is packing their book or duffle bag; they visualize how different items can fit together to maximize storage capacity. Furthermore, when a child puts together a puzzle, they imagine where pieces go before putting them in the correct place.
What are the methods used to teach mathematics?
There are so many methods to teaching mathematics besides worksheets. My favorite method is playful learning which may include games, hands-on activities, and the use of toys. These activities will help you to make the information active to your child. This is important because learning comes to life for a child when they do something with the information.
Examples of fun activities you can do are to go outside, collect and count rocks, and sort them by color and texture. You can also build a math activity around your child’s interests. If your child likes cars, have them construct numbers in sand or mud with their toy vehicles. You can also create a road with tape in the form of numbers. Then have your child follow the path with the cars. If you have a child that likes dolls or stuffed animals, then help them do a role play as a teacher teaching their dolls how to recognize numbers.
The possibilities are endless!
Want more FUN ideas for teaching early childhood mathematics?
THIS BOOK IS AVAILABLE ON AMAZON!
The book above, Teaching Mathematics in Early Childhood: Simple Activities That Make Learning Math Easy and Fun has over 200 activities, tips, and resources. It will give you fun playful activities on how to expose your child to the following concepts….
- Spatial Reasoning
- Sorting and Organizing
- Number Recognition and Counting
- Addition and Subtraction
- Skip Counting and Multiplication
- Money Recognition
Many of the activities can be done with household items and materials. This book also gives its readers tips and resources such as children book suggestions, videos, music, toys, and playful materials.
How do I know these activities work?
These are the activities I have used to teach my son, Cory, early childhood mathematics. Currently he is five but does math on a 4th grade level.
Cory really enjoyed learning math because the activities were hands-on, playful, and fun. He connected with the concepts because he was able to experience what he was learning through engaging games. Additionally, when you use fun learning and play to expose a child to math, the information tends to stick faster.
There is a quote by Dr. Karen Purvis that says “Scientists have recently determined that it takes approximately 400 repetitions to create a new synapse in the brain – unless it is done with play, in which case, it takes between 10 and 20 repetitions!”
This is why playful learning is important, effective, and efficient!
Keep learning and having fun!