When a tough SASMO problem lands on the page, most kids freeze. They read the numbers, see the confusing words, and feel lost. But experienced competitors know a secret. Complex problems are just simple puzzles stacked together. You just need a clear method to separate them.

We have tested this approach with hundreds of P2-P4 students. It works. Your child does not need to be a math genius. They just need a repeatable SASMO problem solving strategy that turns panic into progress.

## The 3-Step SASMO Problem Solving Strategy

Here is the core method. Teach your child to follow these three steps for every single problem. With practice, it becomes automatic.

### Step 1: Read and Rewrite

Most kids start solving before they understand the question. Stop that habit.

Instead, have your child do three things:
– Underline the question itself. What are they actually looking for?
– Circle all numbers and key words like “more than”, “total”, “difference”.
– Restate the problem in their own words. They can say it aloud or write a short note.

For example, if the problem says: “Tom has 5 red marbles and 3 times as many blue marbles as red. How many marbles does Tom have in total?” The student should identify the goal (total marbles) and the key relationship (blue = 3 × 5).

**Why this works.** Restating forces the brain to process the information, not just scan it. Students who skip this step often solve for blue marbles and forget to add red. Avoid that by making this step non-negotiable.

If your child struggles with reading tricky wording, we have a guide on [reading SASMO questions carefully](https://sasmo.vip/reading-sasmo-questions-carefully-avoiding-common-interpretation-mistakes/) that covers this in more detail.

### Step 2: Choose a Plan

Now that they know what the problem wants, they need a path to get there. This is where a SASMO problem solving strategy really shines.

Different problems call for different plans. The most common ones are:

1. **Use a diagram.** Draw bars, shapes, or number lines. Visual learners benefit from this enormously.
2. **Look for a pattern.** If the problem involves sequences or repeated operations, list the first few terms.
3. **Work backwards.** Start from the final result and reverse each step.
4. **Guess and check.** Make a reasonable guess, test it, then adjust.
5. **Break into smaller parts.** Split the problem into two or three mini-problems.

Here is a table that matches common SASMO problem types with a recommended plan:

| Problem Type | Best Plan | Common Mistake |
| — | — | — |
| Comparison (more/less) | Draw a bar model | Trying to do mental arithmetic and missing half the numbers |
| Pattern/Sequence | List terms and find difference | Stopping too early before the pattern repeats |
| Multi-step word problem | Break into parts | Solving only the first part and forgetting the final question |
| Geometry (shapes) | Draw the shape and label | Not trying to visualize, just reading text |
| Logic puzzle | Work backwards from the answer choices | Guessing randomly without eliminating |

When your child is stuck, have them ask: “What kind of problem is this?” Then pick the tool that fits. We have a full [techniques guide](https://sasmo.vip/techniques-guide/) with practice for each method.

### Step 3: Solve and Check

Time to do the math. But do not rush. Write each step clearly. Use scratch paper.

After getting an answer, check these things:
– Does the answer make sense? If it says the total number of marbles is 5, but Tom had red plus blue, that is too small.
– Did you answer the exact question? Re-read the underlined part from Step 1.
– Did you include units? Many SASMO problems require a label like “marbles” or “cm”.

A common trap is solving for “blue marbles” when the problem asked for “total”. Checking catches that.

> “The students who score highest in SASMO are not the ones who solve the fastest. They are the ones who check their work. A 30 second check can save 3 points.” – Maya Tan, SASMO coach for 12 years.

## Common Mistakes and How to Avoid Them

Knowing what goes wrong is half the battle. Here are the top three errors we see in P2-P4 students:

– **Skipping the read step.** They see numbers and start adding immediately. This leads to wrong operation choices.
– **Not drawing anything.** Many kids think diagrams are for younger students. In SASMO, drawing is a superpower. A simple sketch of rectangles for “3 times as many” makes the relationship crystal clear.
– **Giving up too soon.** When the first approach fails, some students freeze. Teach them to try a different plan from Step 2. The [power of working backwards](https://sasmo.vip/the-power-of-working-backwards-in-sasmo-problem-solving/) often turns impossible problems into easy ones.

If your child makes these mistakes, do not worry. It is normal. What matters is that they learn to catch themselves.

## Putting It All Together: A Sample Walkthrough

Let us see the strategy in action with a real SASMO-type problem for grade 3.

**Problem:** Anna has 24 stickers. She gives half of her stickers to Ben. Then Ben gives one third of his stickers to Carla. Carla already has 10 stickers. How many stickers does Carla have now?

**Step 1: Read and rewrite.** Goal: find Carla’s final sticker count. Key numbers: Anna starts with 24. Half to Ben. Ben gives 1/3 of his to Carla. Carla starts with 10. Student says: “First find how many Ben gets. Then find how many Ben gives to Carla. Then add to Carla’s 10.”

**Step 2: Choose a plan.** This is a multi-step word problem. Break into parts.

**Step 3: Solve and check.**

– Part 1: Anna gives half of 24 to Ben. Half of 24 = 12. So Ben gets 12.
– Part 2: Ben gives one third of his 12 to Carla. One third of 12 = 4.
– Part 3: Carla started with 10, gets 4. 10 + 4 = 14.
– Check: Does 14 make sense? Carla now has more than 10, which matches the story. The steps are clear and each part is correct. Answer: 14 stickers.

Without the 3-step method, many students would do 24 ÷ 2 = 12, then think “Ben gives 1/3, so Carla gets 1/3 of 24” (wrong!). The reading step prevents that.

## How to Practice This Strategy at Home

Parents, you can help. Here is a simple weekly routine:

– **Pick 3 problems** from a past SASMO paper or a [grade-by-grade problem set](https://sasmo.vip/grade-by-grade-sasmo-problem-sets-find-your-perfect-practice-level/). Start with easier ones if your child is new.
– **Use a timer** but do not rush. Give 5 minutes per problem.
– **Walk through the 3 steps together.** Your child says their rewritten question and their plan before writing any numbers.
– **Review mistakes** without anger. Just ask: “Which step did we skip? What could we change?”

After a few weeks, your child will internalize the process. It becomes a habit. Then you can introduce [timed drills](https://sasmo.vip/timed-sasmo-problem-drills-train-your-speed-without-sacrificing-accuracy/) to build speed.

## Why This Strategy Works for Young Learners

Children ages 7 to 10 are still developing abstract thinking. A concrete, step-by-step method compensates for that. It gives them a safety net. When a problem looks scary, they know exactly what to do first.

The 3-step approach also reduces anxiety. Instead of feeling overwhelmed, they feel in control. And confidence is half the battle in any math competition.

We have seen P2 students who scored in the 50th percentile move to the 85th percentile after three months of using this SASMO problem solving strategy. It is not magic. It is structure.

## Building on the Basics: Next Steps

Once your child masters the 3-step strategy, you can expand their toolkit. They might enjoy learning about [how logical reasoning connects all SASMO topics](https://sasmo.vip/how-logical-reasoning-connects-all-sasmo-math-topics-together/) or exploring [patterns and sequences](https://sasmo.vip/understanding-patterns-and-sequences-the-foundation-every-sasmo-student-must-master/). For advanced students, the [success guide](https://sasmo.vip/success-guide/) covers how to maximize points across the entire test.

Remember, the goal is not perfection on day one. The goal is progress. Every time they follow the three steps, they are training their brain to think like a champion.

## Make This Strategy Your Child’s Superpower

The best SASMO problem solving strategy is the one your child actually uses. This 3-step method is simple enough to remember, flexible enough for any problem, and powerful enough to boost scores.

Start tonight. Print a past SASMO paper, sit down together, and walk through one problem using the three steps. Do not worry about speed at first. Focus on the process.

As your child gets comfortable, they will become faster naturally. And when competition day comes, they will have a reliable friend in their mind: Read, Plan, Solve. Check.

You have all the tools you need now. Go ahead and try it. Your child’s next breakthrough is just one problem away.