contact usnewsupdatespreviousareas
our storyhomepagehelpdiscussions

How to Encourage a Growth Mindset in Math

24 January 2026

Let’s be honest—most of us have either said it or heard it before: “I’m just not a math person.” Sound familiar? Yeah, that little line has crushed more confidence and created more mental roadblocks than we realize. But here’s the thing—it’s not true. It’s a mindset. And the good news? We can change that mindset.

So, if you’re a parent, educator, tutor, or even just someone who wants to break free from the fear of algebra and equations, pay close attention. We're diving deep into how to encourage a growth mindset in math, and trust me—it’s more than just positive thinking.

Let’s break it down, simplify the complex, and get real about how we can help kids (and adults) stop fearing math and start loving it.
How to Encourage a Growth Mindset in Math

What the Heck is a Growth Mindset Anyway?

A growth mindset is the belief that intelligence and abilities aren’t fixed traits—you can develop them with effort, good strategies, and a little guidance. It’s the opposite of believing that you're either “born smart” or you're not.

And this concept, introduced by psychologist Carol Dweck, is a game-changer—especially in math, where so many students feel stuck or defeated before they even begin.

On the flip side, a fixed mindset says, “I’ll never be good at math no matter what I do.” A growth mindset responds, “I’m not good at this... yet.”

See the difference? That tiny “yet” packs a punch.
How to Encourage a Growth Mindset in Math

Why Does Math Stir Up So Much Anxiety?

Math has a reputation. It’s been painted as some kind of elite club reserved for geniuses or calculator-wielding wizards. But honestly, that stereotype is not only wrong—it’s damaging.

Math anxiety starts early. One mistake, one red X on a test, and boom—confidence shattered. Unlike reading, where mistakes are more acceptable, math is often treated like you either get it or you don’t. That pressure builds, and before you know it, kids start checking out.

So, how do we fix this? Simple. We flip the script.
How to Encourage a Growth Mindset in Math

Tip #1: Normalize Mistakes Like They’re Part of the Game

Here’s a cold hard truth: Mistakes are where the magic happens.

Seriously, if your student—or your child—is making mistakes in math, it means they’re engaging with it. And that’s a good thing. We need to stop painting mistakes as failures and start seeing them as stepping stones.

So, the next time a student flubs a problem, respond with:

- “Awesome try! Let’s figure out where it went sideways.”
- “What do you think happened here?”
- “Great effort. This is how we learn.”

By de-stigmatizing mistakes, you create a safe space for learning—exactly what a growth mindset thrives on.
How to Encourage a Growth Mindset in Math

Tip #2: Praise the Process, Not the Person

This is a HUGE one. Instead of saying, “You’re so smart,” shift to, “You worked hard on that!”

Why? Because when we praise intelligence, students start tying their worth to their performance. One tough math test and suddenly they think they’re not “smart” anymore.

But if you praise effort, strategies, persistence, and progress, you’re reinforcing what actually matters—things they can control.

Use phrases like:

- “I love how you kept trying even when it got tricky.”
- “You used a smart strategy there.”
- “You really stuck with that tough problem. Nice work!”

This builds resilience, encourages effort, and keeps them focused on growth—not perfection.

Tip #3: Set Goals That Celebrate Progress, Not Just Performance

It’s easy to measure success by test scores, but that’s only part of the picture. Growth isn't always shown in percentages.

Encourage goals like:

- “I want to try all the problems, even the hard ones.”
- “I will ask one question when I’m confused.”
- “I’ll practice math facts for 10 minutes a day.”

These goals celebrate effort, courage, and persistence. They shift the focus from just getting "right answers" to growing abilities.

Remember: Progress over perfection—every single time.

Tip #4: Share Stories of Growth Mindset in Action

Want to inspire kids? Tell them stories.

Talk about famous mathematicians who struggled. Share your own math flops. Let them know that even geniuses weren’t born knowing everything.

Did you know Albert Einstein failed an entrance exam? Or that NASA engineers make thousands of calculations to get one rocket right? These aren’t folks who magically knew math—they worked at it.

When kids understand that struggle is part of the journey, they feel less alone—and more empowered.

Tip #5: Use the Word “Yet” Like It’s Your Superpower

Never underestimate the power of a single word. “Yet” changes the game.

- “I don’t understand fractions… yet.”
- “I can’t solve this equation… yet.”

It turns a dead end into a detour. It keeps possibilities open and shows that growth is possible. So use it. Often. Make it part of your math vocabulary.

Tip #6: Reframe “Hard” as “Opportunity”

We’ve all heard it: “This is too hard.”

But what if “hard” wasn’t something to avoid, but something to embrace?

When students hit a wall, don’t let them give up. Say:

- “Hard just means your brain is stretching.”
- “This is a sign you’re learning something new.”
- “If it was easy, you wouldn’t be growing.”

Think of it like a workout. You don’t build muscle by lifting feathers. You build it by pushing against resistance. Same with math.

Tip #7: Make Math Feel Less Like a Monster

Let’s be real—sometimes the way we teach math makes it harder than it needs to be. Dry lectures, endless drills, and scary tests suck all the fun out of it.

Instead, bring math to life:

- Use real-life examples kids care about (money, sports, gaming stats).
- Incorporate games, puzzles, and hands-on activities.
- Let them explore why things work—not just memorize formulas.

When students realize math is connected to the world around them, it becomes meaningful—and way less intimidating.

Tip #8: Showcase Multiple Ways to Solve a Problem

Math isn’t one-size-fits-all. There are often several paths to the same solution. Encourage students to find their way there.

Maybe one student draws a diagram. Another might break the numbers apart. Both methods work—and both deserve celebration.

This tells students that creativity and problem-solving matter as much as the answer. It also shows that math is flexible, not rigid—and that’s empowering.

Tip #9: Model a Growth Mindset Yourself

Kids are watching. If you freeze up when balancing your checkbook or groan about taxes, guess what? They're soaking it all in.

So model what it looks like to struggle and bounce back.

Say things like:

- “Wow, this is tough, but I’ll figure it out.”
- “I got that wrong, but now I know how to fix it.”
- “I used to hate fractions, but now I understand them better.”

Be honest. Be human. Show them that growth is a lifelong process—even for adults.

Tip #10: Celebrate the Small Wins (Seriously, Throw a Party)

Finally, every little victory deserves recognition. Whether a student mastered their times tables or finally “got” long division—celebrate it.

These wins fuel motivation. They remind kids that progress is happening. And nothing builds confidence quicker than seeing how far you’ve come.

So clap, cheer, do a happy dance—whatever it takes to show them that growth matters more than grades.

Final Thoughts: Growth Mindset is a Lifestyle, Not a Lesson

Encouraging a growth mindset in math isn’t a one-time thing. It’s a constant, consistent effort. It’s about shifting how we talk about math, how we respond to struggle, and how we celebrate effort.

It's about showing students that math is not about being “smart”—it’s about being brave, persistent, and open to learning.

And when that mindset clicks? Watch out. Because suddenly, math doesn’t stand a chance.

all images in this post were generated using AI tools


Category:

Math Skills

Author:

Bethany Hudson

Bethany Hudson


Discussion

rate this article


0 comments


contact usnewsupdatespreviousrecommendations

Copyright © 2026 Brain Rize.com

Founded by: Bethany Hudson

areasour storyhomepagehelpdiscussions
usageprivacycookie policy