A family is deciding which of two mobile recharge plans is the better deal. Someone is working out how to fit everyone’s luggage into a car boot. The Wi-Fi has stopped working and nobody knows why. None of these come with a worksheet, and all of them are real problems that need a plan, some reasoning and a check at the end. Problem-solving activities for students don’t have to come from a puzzle book. Most of the raw material is already in the house, and what turns it into practice is a few good habits around it.
Problem-Solving Examples Hiding in Everyday Life
The best problem-solving examples are ordinary ones, because they come with real constraints and real consequences. A few that work at home:
| Everyday problem | A question to ask | What it exercises |
| Comparing two recharge plans for the family | “Which is cheaper over three months, and what are we assuming?” | Arithmetic, comparing options, stating assumptions |
| Planning a train journey from a timetable | “What’s the fastest route that still gives us time to change platforms?” | Reading data, working within limits |
| Fitting luggage into a car boot | “What goes in first, and why?” | Spatial reasoning, ordering |
| Finding why a gadget isn’t working | “What are three possible causes, and how could we test each?” | Forming and testing hypotheses |
| Planning a small party on a fixed budget | “What matters most, and what can we give up?” | Trade-offs, prioritising |
Let the child do the thinking and keep your own role to asking questions. The goal is for them to own the problem, not watch you solve it.
A Four-Step Routine That Turns Any Problem Into Practice
A routine makes these moments repeatable. The most widely taught version comes from the mathematician George Polya and has four steps: understand the problem, make a plan, carry out the plan, and look back.
Understand. Ask the child to say the problem in their own words and name what’s being asked. Many wrong answers come from solving a slightly different problem from the one set.
Plan. What do we already know, and have we solved something like this before? A plan can be as simple as “try the cheaper plan first and check the data limit.”
Do. Carry out the plan, writing down steps so a mistake is easy to find.
Look back. Did it work, does the answer make sense, and what would we do differently? This is the step most families skip, and the research suggests it matters most, for reasons the section on puzzles below explains.
The same habits help with school maths, see Why Kids Struggle With Word Problems (And How to Fix It).
Critical Thinking Exercise Ideas: Questions Over Answers
A good critical thinking exercise asks a child to weigh a claim, not just accept it. Three that fit family life:
Check the forward. Take a message from a family WhatsApp group and ask who sent it, what the source is, and what evidence would convince you it’s true. This is one of the most practical critical thinking exercises available, since forwards are everywhere.
Argue the other side. Pick a topic the child has an opinion on, such as whether homework should be banned, and ask them to make the strongest case for the opposite view for two minutes. It builds the ability to see why someone might disagree.
“What would change your mind?” After any discussion, ask what evidence would make the child change their view. It turns an opinion into something that can be tested.
For a set of questions that work in any of these exercises, see How to Teach Kids to Ask Questions That Go Deeper.
Creative Thinking Exercise Ideas: Rules That Force New Solutions
A creative thinking exercise often works best when it adds a limit, since having fewer options pushes a child past the obvious answer. Try asking them to find five uses for an old cloth bag, to design a way to carry water without a bottle, or to build the tallest tower they can from newspaper and tape. Changing one rule of a familiar board game and predicting what will happen is another good one. The aim isn’t a perfect answer. It’s practising the move from “that won’t work” to “what else could?”
Logical Thinking Games That Fit Into a Day
Logical thinking grows through games where a child has to reason their way to a move or an answer and explain why. Chess, Sudoku, and code-breaking games where you narrow down a hidden pattern all do this. So does “twenty questions,” which also trains the habit of asking questions that rule out as many possibilities as possible. A simple logic grid puzzle, such as working out who sits where at dinner from a few clues, is easy to make up at home. The key is asking the child to explain how they got there, since stating the reasoning is where the logic gets practised.
Do Puzzles and Games Make Kids Better Problem-Solvers?
It’s worth being honest about this, since many articles on the subject aren’t. Research on learning transfer consistently finds that near transfer, applying a skill to a similar situation, happens far more easily than far transfer, applying it to something that looks quite different. Broad claims that chess, music or brain-training games make people better thinkers in general have not held up well when studies use stronger controls. The cognitive scientist Daniel Willingham has argued that thinking isn’t a skill that floats free of what a person knows, and that good thinking in any area depends heavily on knowledge of that area.
There’s also a reason why people often fail to use a method they already know. In classic experiments, people frequently didn’t notice that a new problem had the same structure as one they’d solved earlier, until it was pointed out. Students who compared two similar examples side by side were more likely to spot the pattern and use it later.
That’s the practical case for the “look back” step. Puzzles and games are good fun and fine practice, but don’t expect them to make a child better at everything. The best results come from a mix of real knowledge, varied problems, and regularly asking, “what did this remind you of, and what’s the same as last time?”
How This Fits a Deeksha STEM Classroom
Learning by design follows the same four steps in a classroom: define the problem, plan a solution, build and test it, then improve it. Experiential science adds prediction and observation, which keep a child comparing what they expected with what happened. Enquiry-based learning supplies the starting question, and communicative English gives children the words to explain their reasoning, which is where much of the learning is consolidated.
The Bigger Picture
Problem-solving isn’t a single skill that can be drilled in isolation. It’s built from knowing things, noticing patterns, and regularly stopping to ask how the last problem was solved and whether the same idea applies now. Everyday life provides plenty of chances for this, and the child doing the thinking is what makes it count.
FAQs
What age can children start these activities? Any age, scaled to the child. A five-year-old can work out how to share sweets fairly, and a fifteen-year-old can compare recharge plans or check a forwarded claim.
How often should we do them? There’s no research-backed dose. Short, regular moments tied to real situations, with a quick “look back” afterwards, tend to work better than occasional long sessions.
Are brain-training apps and puzzle games worth it? They can be enjoyable, but evidence that general brain training improves skills in other areas is weak. Varied real problems with some reflection afterwards are a safer bet.
What if my child gets frustrated or gives up? Shrink the problem. Ask for just the first step, or what they do know so far. A small win usually brings back enough confidence to continue.