I once watched a student forget the formula for the area of a trapezoid.
That could have been the end of the problem. They did not have the formula, so they did not have the answer.
But instead of stopping, they began to rebuild the shape. They split it into pieces they understood — a rectangle, a triangle on one side, another triangle on the other — and used the areas they did know to work out the area they had forgotten.
It was slower than remembering the formula, but far more interesting.
That moment has stayed with me because it captures something important about mathematics....
By James, Creator of Sembl
In order for us humans to learn, we need to think.
That part’s obvious. But here’s the kicker: have you ever considered what kind of thinking is actually happening in your classroom?
Is it expansive and open-ended? Or narrow and precise?
Let’s take a look at both ends of the spectrum—and why the sweet spot is having both.
The Familiar Question
Here’s a maths problem you’ve likely seen before:
A gardener plants 24 flowers into 6 equal rows. How many flowers are in each row?
Classic, right? Students calculate that 24 ÷ 6 = 4. One correct...
Ask a student what comes to mind when they hear the word “math” and you’ll likely hear answers like “numbers,” “times tables,” “tests,” or “homework.” For some, the associations are even more loaded: “stress,” “boring,” “confusing,” or “hard.”
But how often do you hear a student say maths is about doing, thinking, talking, moving, or even playing?
In many classrooms, mathematics is still treated like a static subject — something you either get or don’t, something to sit and receive. A set of rules to memorise. A list of procedures to follow. A test to pass. But here’s the truth: mathematics...
In a traditional math classroom, students often work quietly through worksheets. They solve equations by memorization and repetition. While math is an essential part of the curriculum, this type of practice doesn’t always foster a deep understanding of the subject. Instead, it can lead to disengagement and frustration. The practice phase in particular, where students consolidate their skills, is crucial. If this phase isn’t engaging or meaningful, it can hinder learning. The question is: how can we make this phase more effective and enjoyable?
The Disconnect: Why Math Feels Irrelevant
A...
Mathematics is everywhere—from the angles of a soccer kick to the strategy behind a winning chess move. Yet, for many students, it can feel like an abstract subject, disconnected from the real world. That’s why events like World Maths Day are so powerful. They create an opportunity to shake up the way we teach mathematics, making it more engaging, relevant, and exciting for students.
If you’ve ever struggled to get students to buy into mathematics, World Maths Day is your chance to change the game—literally. It’s an opportunity to show students the ‘why’ behind mathematics, even if that...
Playful learning revolutionizes math(s) education: Read about the benefits of incorporating play in developing problem-solving, critical thinking, and creativity
We’ve all been there – staring at a page full of numbers, feeling like our brains are about to explode. But what if we told you that there’s a way to learn math(s) that’s actually fun? A way that involves play and exploration, rather than rote memorisation and timed tests.
‘Staring at a page full of numbers, feeling like our brains are about to explode
First, let’s talk about why play is...