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In this article, I discuss brain plasticity -- the huge potential for our brains to grow -- and what it means for learning of math: EVERY student CAN learn math. Students need to have a growth mindset where they value mistakes and see them as opportunities for brain growth and learning.

Growth mindset and the value of mistakes in math learning

Our brain is a wondrous organ — and more so than perhaps any of us realize! It GROWS and CHANGES... by the minute!

I want you to hear about a young girl, Cameron, who had half of her brain removed. That's right - the doctors simply removed the right hemishpere of her brain in a surgery. The reason was a rare condition called Rasmussen's syndrome that caused violent seizures.

Cameron came out of surgery with the left side of her body paralyzed and immediately began intense therapy. She made an AMAZING recovery -- she can now run and play and is a good student at school. The left side of her brain took over for the right side in an extraordinary manner. She only has a slight limp and has lost some peripheral vision. No other lingering effects from the surgery!

Source: Wikimedia

It is called brain plasticity - the ability of the brain to change, grow, and rewire itself to meet new challenges.

And, our brains have a huge potential for that.

Watch the video below by Jo Boaler, where she explains a study done on London taxi drivers. They have to learn a huge amount of information before they are allowed to drive a Black Cab: 320 routes that help them remember and learn the 25,000 streets and 20,000 landmarks and places of interest. They have to take a test called "The Knowledge." It takes between two and four years to pass it.

A study done on their brains found that the area in their brain called hippocampus had grown substantially bigger than in normal people. And, when they stopped working, the hippocampus shrunk.

EVERYONE can learn math

Yet, ironically, people often think that some of our children and students cannot grow a few new synapses to learn math. This is a completely FALSE concept! It is simply NOT true that some children have a "math brain", and some do not. Practically ALL of our children have the capabilities of learning ALL of K-12 math if they have a normal human brain (and do not suffer from severe learning disabilities).

Instead, the problem is the kinds of experiences these children have had in the past. It has to do with HOW they have been taught to do math, the kind of PRAISE they have been given, and the resulting mindset they have developed:

  • a fixed mindset versus
  • a growth mindset

A fixed mindset is a mindset that believes intelligence (the brain) is fixed and not changing. But, it is a mindset that HINDERS brain growth AND the growth of one's intelligence. A person with a fixed mindset avoids challenges.

A person with growth mindset, on the other hand, sees difficult tasks as OPPORTUNITIES for growth. They believe that with effort, they can LEARN. And, they struggle to learn and grasp the problem, their brain ACTUALLY grows -- it grows new neurons and new connections between them (synapses).

Obviously, that is what we want to strive for in our children... and in us!

How can we encourage a growth mindset in students?

The main way is to help students value MISTAKES. They — and we — need to see MISTAKES as something very valuable for math learning.

Photo courtesy of Patrick Gibling

Here are some ideas:

  1. Simply: encourage mistakes at all times. Do not put them down. Show your children/students that YOU value them. You can even "praise" mistakes in this sense: tell the student, "Great, I'm glad for this mistake, because it helps your brain to grow!"
    Quoting Jo Boaler,
    When I have tutored people in math, I've always started by saying, "By the way, I just want you to know that I love mistakes the most. They are the time that your brain grows, when you really learn, so it's really great to make mistakes." Mistakes, and people immediately relax and breathe a sigh of relief and are much more willing to jump in to problems and persist longer.
  2. Explain to students or your children WHY mistakes are important. Tell them about the brain growth!
  3. USE student mistakes in your teaching. If you can get where students are comfortable with sharing them with you and with the whole class, if the mistake is dealt with in the right manner, not putting the person down, but emphasizing how VALUABLE it is, then everybody can learn from it.
  4. Do NOT use time-pressured tasks and tests. They give the impression that math is about finding quick answers to factual questions, and not about learning.
  5. Give students challenging work that encourages mistakes. The math problems need to be difficult enough so that students make mistakes, because if they can easily solve them, there is no brain growth. So try to always keep them at the "edge" of their understanding.
    Often, you can even change a simple, "closed" math problem into an "open" one that encourages students to think. Check Jo's video below.

    To find good word problems, see this list of problem solving websites and resources I've compiled — just start exploring!

    Also, my books contain lots of word problems that encourage and challenge children to think.

By Maria Miller

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