← All programs العربية Ages 6–7 Mind Lab A strong mind is trained, not born.
A puzzle-and-strategy studio that strengthens the mind’s "executive muscles" — sorting by rules, remembering and focusing, spotting and extending patterns, and planning steps to a goal — and learning to think about how we think.
👨👩👧 For parents: Your child trains the mind’s executive muscles — sorting and reasoning, memory and focus, patterns, and planning — and learns to think about their own thinking. These are the habits that make every other kind of learning easier for life.
Cognitive STEM & Logic Language Acquisition Inquiry-based Play-based Project-based Socratic dialogue
8 · 2 · 35 — weeks · sessions/week · min/session
Learning objectives Sort a set by a chosen rule, then re-sort it by a different rule. Cognitive · analyze Hold several items in memory and recall what changed. Cognitive · remember Plan a short sequence of steps to reach a goal, and improve it. STEM & Logic · create Modules 🖐️ 🧩 Big idea: The same things can be grouped in many ways.
🔬 Why this works: Classification and seriation are the heart of Piaget’s concrete-operational thinking: grouping by a rule, then by a different rule, builds flexible reasoning and the logic beneath mathematics.
☾ Wisdom (Hikmah)
Sort by the Rule Inquiry-based · 18m
Children sort a set by one rule, then discover a second way to sort it.
▶ Show me how 🎯 Challenge Put these into groups. What is your rule?↳ Facilitator cue: Ask them to name the rule out loud; the reasoning matters more than the groups.
↳ Support: Start one group for them and ask "what else belongs here?"
↳ Stretch: Now sort the very same set a completely different way.
❓ Question Which one does not belong — and why do you say so?↳ Facilitator cue: Accept any answer with a good reason; there can be more than one.
↳ Support: Compare just two at a time: same or different?
↳ Stretch: Make a "does not belong" puzzle for a friend.
Order by Size Inquiry-based · 16m
Children line a set up by one measure, then re-order it by another.
▶ Show me how 🎯 Challenge Line these up from smallest to biggest.↳ Facilitator cue: Comparing two at a time is the strategy; let them discover it.
↳ Support: Place the smallest and biggest first, then fit the rest.
↳ Stretch: Now re-order them by a different measure (length, weight).
❓ Question Which one is exactly in the middle — and how do you know?↳ Facilitator cue: Ask them to prove it by counting from both ends.
↳ Support: Use just five items so the middle is clear.
↳ Stretch: If we add one more, where does the middle move?
⚙️ 💡 🤖 ✨ Big idea: I can train my memory and my attention.
🔬 Why this works: Working memory, focus, and self-control are the executive functions that predict school success more than IQ (Adele Diamond). Memory games exercise them directly — and joyfully.
Memory Match Play-based · 16m
Children flip and remember to match hidden pairs.
▶ Show me how 🎯 Challenge Find the matching pairs — remember where each one is!↳ Facilitator cue: Praise the strategy of remembering, not just the lucky flip.
↳ Support: Start with fewer cards, then add more as they grow confident.
↳ Stretch: Can you say where a card is before you flip it?
🔬 Experiment I will hide one card. What is missing now?↳ Facilitator cue: Pause and let them scan; attention grows in the waiting.
↳ Support: Use only three cards to begin.
↳ Stretch: Now I will change one card. What is different?
Spot the Change Play-based · 14m
Children study a layout, then find what moved or vanished.
▶ Show me how 🔬 Experiment Look hard… now I cover it and move one thing. What changed?↳ Facilitator cue: Coach a strategy: "make a picture in your mind first".
↳ Support: Use four objects, then add more as focus grows.
↳ Stretch: Now I will change two things at once.
🎯 Challenge Remember the order I show you, then build it from memory.↳ Facilitator cue: Let them whisper the order to themselves — rehearsal is a real skill.
↳ Support: Start with three in a row.
↳ Stretch: Can you build it backwards too?
🖐️ 🧩 Big idea: Patterns help me predict what comes next.
🔬 Why this works: Recognizing and extending patterns is the seedbed of algebraic and computational thinking (Clements & Sarama). Explaining a prediction turns a guess into reasoning.
What Comes Next? Inquiry-based · 16m
Children find the rule of a pattern and predict the next piece.
▶ Show me how ❓ Question What is the rule here? What comes next — and why?↳ Facilitator cue: Ask for the "why" every time; the rule is the real answer.
↳ Support: Say the pattern aloud in rhythm to hear the rule.
↳ Stretch: Build a trickier pattern and test it on me.
🎨 Create Invent a pattern with a hidden rule for a friend to crack.↳ Facilitator cue: Let the friend explain the rule back — that is the proof they cracked it.
↳ Support: Start with a simple AB rule before anything longer.
↳ Stretch: Make a pattern that grows: 1, then 2, then 3…
Pattern Maker Inquiry-based · 16m
Children invent a pattern with a hidden rule and test it on others.
▶ Show me how 🎨 Create Build a pattern with a secret rule. Can a friend crack it?↳ Facilitator cue: The proof they cracked it is explaining the rule back.
↳ Support: Start from a simple AB rule before anything longer.
↳ Stretch: Hide a rule that uses two features at once (colour and size).
🎯 Challenge Break the rule of my pattern on purpose — where, and why?↳ Facilitator cue: Finding the break proves they truly see the rule.
↳ Support: Point to two spots and ask which one breaks it.
↳ Stretch: Fix the broken pattern in two different ways.
Qubtan ⭐ Big idea: A good plan is thinking before doing.
🔬 Why this works: Planning and self-monitoring are metacognition — "thinking about thinking" (Flavell). Making a plan, testing it, and improving it teaches that a first try is a draft, not a verdict.
☾ Reflection (Tafakkur)
Plan the Path Project-based · 20m
Children plan a sequence of steps to a goal, test it, and improve it.
▶ Show me how 🎯 Challenge Plan your steps before you start. What is step one?↳ Facilitator cue: Let the plan fail safely; the fix is the lesson, not the first plan.
↳ Support: Plan just the first two steps, then see what happens.
↳ Stretch: Could a shorter plan reach the same goal?
🌙 Reflect It did not work the first time — what will you change?↳ Facilitator cue: Frame the change as a smart edit, never as failure.
↳ Support: Walk back to the step where it first went wrong.
↳ Stretch: Tell me your new plan before you try it again.
Two Ways to Win Project-based · 18m
Children find a path to a goal, then search for a shorter one.
▶ Show me how 🎯 Challenge Find a path to the goal. Now — can you find a shorter one?↳ Facilitator cue: Two solutions teach that the first answer is rarely the only one.
↳ Support: Trace the first path with a finger before counting steps.
↳ Stretch: What is the fewest steps that could possibly work?
🌙 Reflect Which plan was smarter — and what makes a plan smart?↳ Facilitator cue: Push past "shorter" toward "fewer mistakes" and "easier to follow".
↳ Support: Compare just the number of steps first.
↳ Stretch: Write your smart plan so someone else could follow it.
Leadership we plant 🌱 Thinks before acting. 🌱 Tries a strategy, then a better one. 🌱 Explains how they figured it out. Research foundations Concrete Operations — Jean Piaget
Children master classification, seriation, and reversible logic through hands-on reasoning.
In practice: Sort-and-resort tasks, "what doesn’t belong", and pattern rules.
Executive Functions — Adele Diamond
Working memory, inhibition, and flexibility predict success and can be trained.
In practice: Memory and attention games, and plan-test-improve cycles.
🏡 Try at home Sort the Laundry · 10 min Sort socks or cutlery together by one rule, then challenge your child to sort the same pile a different way.
What’s Missing? · 8 min Place five small objects on a tray. Let your child look, then close their eyes while you remove one — what is missing?
Standards alignment NAEYC — Developmentally Appropriate Practice
Cognitive Development & approaches to learning
Reasoning, memory, attention, and problem-solving through play.
UK EYFS — Mathematics & Understanding the World
Pattern, sorting, and logical reasoning
Recognizing patterns and reasoning about relationships.
P21 / OECD — Critical Thinking & Problem Solving
Reasoning, analysis, and metacognition
Plan-test-improve cycles and explaining one’s reasoning.
Value anchors Wisdom (Hikmah) Reflection (Tafakkur) Everything you’ll need (home or school) Sorting sets (buttons/shapes), memory cards, pattern strips, step cards A mixed set: buttons or shapes (by colour, size, holes) Objects that vary by size, length, or weight Pairs of picture–word cards, face down A tray of small objects and a cloth to cover it Pattern strips and loose shapes Loose shapes, beads, or stamps A simple goal task and step cards or arrows A simple grid or maze and step cards 🖨 Printable checklist Assessment — milestone-checklist emerging: Sorts and matches with support.developing: Finds a rule and extends a pattern alone.confident: Plans, tests, improves, and explains their thinking.Future skills Logical reasoning Problem solving Metacognition Pattern recognition Computational thinking