Advanced Computational Thinking Workbook for Class 7 CBSE | Solutions included

The only workbook built for CBSE's Advanced Computational Thinking syllabus for Class 7.

✪ 200+ practice questions
✪ 5+ Interdisciplinary projects that combine both CT and AI
✪ Progressive Question Levels and Highly Accurate
✪ Concept Explanations and Solved Examples
✪ Solutions included for every question
✪ Aligned to CBSE and NEP-2020
✪ Developed by NIT & IIT Alumni

Advanced CT problems in Class 7 include
✪ Abstract Thinking now includes 3D nets — the flat unfolded versions of 3D shapes — and compound transformations where multiple operations are applied in sequence.
✪ Pattern Recognition adds algebraic patterns — described using variables and expressions
✪ Algorithmic Thinking now includes conditional branching — where different rules apply depending on a condition — and pathfinding with constraints, where some routes are blocked

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Founded by NIT & IIT Alumini

The Parent's Choice. NEP-2020 aligned hands-on kits that build real thinking and real-world problems solving skills.

What do you get?

CBSE introduced Computational Thinking as a formal part of the Class 7 curriculum starting 2026–27.  This workbook covers the complete Class 7 Computational Thinking syllabus as per CBSE.

✪ 200+ practice questions  — covering all four CT skill areas as per CBSE Class 7 CT Curriculum.

✪ Progressive Question Levels and Highly Accurate
 
✪ Concept Explanations and Solutions included

✪ 5+ Interdisciplinary projects that combine both CT and AI

✪ Aligned to CBSE and NEP-2020

✪ Developed by NIT & IIT Alumni

Learning Outcomes — CBSE Class 7 CT Syllabus

Abstract Thinking
— Analyse 3D objects including their nets, cross-sections, rotations, and reflections. Interpret compound transformations — multiple flips, turns, and folds applied in sequence
— Identify hidden relationships and constraints within incomplete figures or logical setups. Analyse symmetry, congruence, and proportional reasoning across different representations
— Interpret relative positions, viewpoints in complex visual scenarios

Pattern Recognition
— Multi-rule sequences: alternating, nested, and dependency patterns
— Algebraic patterns using expressions, and functional relationships
— Visual and geometric patterns formed through transformations
— Letter and symbol patterns with positional and logical dependencies
— Integrated patterns combining numbers, shapes, logical conditions

Decomposition
— Separate interconnected conditions and constraints into solvable components. Number properties — factors, multiples, ratios, percentages, powers within layered clues
— Spatial reasoning, measurements, and geometry deconstructed
— Tables, grids, charts, and flow diagrams with multiple dependencies
— Visual or verbal information translated into structured data

Algorithmic Thinking
— Rule-based sequences with conditional branching — different rules for different conditions. Grid navigation and pathfinding with decision points and blocked routes
— Step-wise transformations: calculations, swaps, transfers, positional changes. Ordering elements using multiple attributes simultaneously
— If–then reasoning, elimination strategies, logical consistency checks

FAQ: your top questions answered

Everything you need to know about the kit

What age group is this for?

This Advanced Computational Thinking workbook is suitable for Class 7 Students

Do I need to help my child with the kit?

Not necessarily. The instructions are clear enough for independent work, but parents are welcome to join in!

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