Age (9-11)
Brain Game
Topics
• Analyze increasingly complex numerical, visual, and logical patterns.
• Solve multi-step reasoning and deduction problems.
• Develop working memory, concentration, and information processing.
• Apply spatial reasoning, visualization, rotation, and symmetry.
• Use computational thinking to sequence, classify, and debug solutions.
• Apply creative and lateral thinking to unfamiliar problems.
• Analyze clues and evidence to solve mystery-based challenges.
• Explain reasoning and evaluate different possible solutions.
Detailed Syllabus
1. Advanced Pattern & Sequence Reasoning
• Complete multi-step number sequences.
• Identify alternating and changing patterns.
• Solve shape, symbol, color, and mixed sequences.
• Discover hidden rules in tables and grids.
• Predict missing elements using multiple clues.
• Identify patterns that involve more than one rule.
2. Analytical & Deductive Reasoning
• Solve multi-clue logic problems.
• Analyze relationships between people, objects, places, and events.
• Use elimination to identify the correct answer.
• Solve ordering, ranking, and matching problems.
• Interpret simple logic grids.
• Distinguish relevant from irrelevant information.
3. Mathematical Brain Challenges
• Mental arithmetic and multi-step calculations.
• Number puzzles involving operations and relationships.
• Estimation and comparison challenges.
• Fractions, simple ratios, and basic percentages in reasoning and problem-solving contexts.
• Basic probability and likelihood puzzles using simple real-world situations.
• Find missing numbers using mathematical relationships.
4. Memory & Information Processing
• Recall sequences of numbers, symbols, words, and images.
• Remember and reproduce increasingly complex visual patterns.
• Complete memory challenges involving position and order.
• Identify changes between two sets of information.
• Follow multi-stage instructions accurately.
• Combine remembered information to solve a problem.
5. Spatial Intelligence & Visualization
• Rotate and reflect 2D shapes mentally.
• Identify 3D objects from different viewpoints.
• Complete cube, block, and construction-based puzzles.
• Explore simple nets and visualize basic 3D structures.
• Solve symmetry and spatial transformation challenges.
6. Computational Thinking & Coding Logic
• Understand sequence, conditions, loops, and algorithms.
• Arrange instructions to complete a task.
• Identify errors in step-by-step instructions.
• Debug simple algorithms.
• Solve grid-based coding challenges without requiring a computer.
• Create efficient instructions for navigating a maze or solving a problem.
7. Strategy & Decision Making
• Analyze several possible moves before making a decision.
• Identify the most efficient strategy.
• Predict consequences of different actions.
• Apply planning, compare risks and benefits, and manage limited resources in simple scenarios.
• Recognize basic strategic concepts such as blocking, positioning, sequencing, and making the most of available opportunities.
8. Creative & Lateral Thinking
• Solve problems with unusual or non-obvious solutions.
• Generate multiple possible solutions.
• Identify assumptions and challenge them.
• Complete “What if?” and alternative-scenario challenges.
• Connect seemingly unrelated clues or objects.
• Explain why a creative solution works.
9. Mystery, Evidence & Investigation
• Solve short mystery cases using multiple clues.
• Compare evidence and identify contradictions.
• Determine which clues are useful.
• Reconstruct an event from a sequence of information.
• Draw a conclusion based on evidence rather than guessing.
• Present the reasoning behind the final answer.
10. Team Problem-Solving
• Solve challenging problems collaboratively.
• Divide responsibilities strategically.
• Combine information held by different team members.
• Communicate reasoning clearly.
• Compare different approaches to the same problem.
• Reach and justify a final team decision.
