Most students don’t hate Math because it is difficult.

Whether they are tackling the Singapore secondary math syllabus or preparing for advanced papers, they hate it because it feels confusing, unpredictable, and out of control.

But what if that feeling is wrong?

What if Math is actually one of the most structured “games” you will ever play — and you were just never taught the rules properly?

The Hidden Structure Behind Every Math Question

Think about the games you grew up playing.

Not endless sandbox games like Minecraft or Roblox. But structured games.

Games where:

• You start somewhere
• You are given a set of actions
• You have a clear objective

From basic algebra to advanced IB Math problem-solving strategies, every Math question follows this exact same structure.

Yet most students never see it this way. So instead of feeling like a game… It feels like chaos.

Why Math Feels So Frustrating

When a student looks at a Math question, this is what usually happens:
“I don’t know what to do.”

But that sentence hides the real problem. It’s not that the question is impossible.

It’s that the student cannot see:

• Where the starting point is
• What actions are available
• Which action to take first

Imagine playing a game where:

• You don’t know what buttons do
• You don’t know your objective
• You don’t know what counts as progress

You wouldn’t call the game “hard”. You would call it frustrating. That’s exactly how most students experience Math, leading to the math exam anxiety we see so often in students today.

Reframing Math as a Game

Let’s take a simple example. You are given an equation, and asked to express one variable in terms of others.

This already gives you:

• A starting point – An equation with multiple variables.
• A clear objective – Get one variable (say, nnn) alone on one side.

Now the only missing piece is. What actions are allowed?

In Math, your “moves” are things like:

• Expanding expressions
• Factorising
• Dividing both sides
• Squaring both sides
• Rearranging terms

These are not random. They are the fixed rules needed for effective O-Level and A-Level math preparation.

They are fixed rules. And once you learn them, they never change.

The Real Skill: Knowing What to Do Next

Here’s where most students struggle. They might know the rules. But they don’t know when to use them. This is exactly like a game. Knowing you can attack is not enough. You must know when to attack.

In Math:

• Do you divide first?
• Do you expand first?
• Do you simplify first?

That decision-making process is the real challenge. And it is rarely taught explicitly in the math tuition centers in Singapore.

What Strong Students Do Differently

Strong students don’t randomly try steps. They subconsciously ask:
“What is stopping me from reaching the objective?”

Then they choose the action that removes that obstacle.

For example:
If terms are messy → simplify or group them

• If something is being multiplied → divide it away
• If there is a square root → remove it by squaring
• If terms are messy → simplify or group them

Every step has a purpose. Nothing is random.

From Guessing to Control

When you start seeing Math this way, something changes.

You stop:

• Guessing steps
• Memorising blindly
• Panicking when stuck

And you start:

• Identifying obstacles
• Choosing actions deliberately
• Moving step-by-step with control

Math stops feeling like luck. Whether you are studying for Secondary E-Math or JC H2 Math, it becomes predictable.

Why Most Students Never Reach This Stage

Because they were only told to:

• “Follow worked examples”
• “Practice more”
• “Memorise methods”

But they were never trained to see:

• The structure of the question
• The purpose behind each step
• The decision-making process

So even after doing many questions. They still feel lost.

Where the Right Guidance Matters

This is where Math mentorship makes the difference. Not by giving more questions.

But by helping students:

• See the “game structure” in every question
• Understand what each step is doing
• Learn how to decide what to do next

Because once you can see the game clearly… You stop hating it.

The Shift That Changes Everything

Math was never meant to feel like chaos. It was meant to feel like control. And the moment you realise:
“There is always a logical next step.”

Everything changes. If you want to stop guessing, reduce frustration, and start approaching Math with clarity,

Written by Ng Cai Jun,
Math Mentor at Scholars Hall