Computational Thinking Workbook for Class 3 CBSE | Solutions included

The only practice workbook built for CBSE's new Computational Thinking syllabus for Class 3.

Solved Examples, 200+ graded practice questions with solutions and 10+ Hands-on activities.
✪ 200+ practice questions
✪ Progressive Question Levels and Highly Accurate
✪ Concept Explanations and Solved Examples
✪ 10+ hands-on activities
✪ Solutions included for every question
✪ Aligned to CBSE and NEP-2020
✪ Developed by NIT & IIT Alumni

Covers 4 skill areas:
✪ Abstract Thinking: 3D shapes from different viewpoints, flips and rotations, missing parts
✪ Pattern Recognition: sequences with changing rules — numbers, shapes, or letters.
✪ Decomposition: problems with 2–3 clues — number puzzles, data tables, money exchanges
✪ Algorithmic Thinking: grid movement, event ordering, number sequences.

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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 3 curriculum starting 2026–27.  This workbook covers the complete Class 3 Computational Thinking syllabus as per CBSE.

✪ 200+ practice questions — covering all four CT skill areas as per CBSE Class 3 CT Curriculum.

✪ Progressive Question Levels and Highly Accurate

✪ Concept Explanations and Solutions included

✪ 10+ Hands-on Activities

✪ Aligned to CBSE and NEP-2020

✪ Developed by NIT & IIT Alumni

Learning Outcomes — CBSE Class 3 CT Syllabus

Abstract Thinking: Identify a 3D object from a different viewpoint (top, front, side); Determine what a shape looks like after a flip, turn, fold, or rotation; Find the hidden or missing part in an incomplete shape or pattern
Pattern Recognition: Identify patterns with 1 or 2 changes between consecutive terms; Patterns using numbers, shapes, images, letters, or a combination
Decomposition: Break down problems using 2–3 clues involving numbers or namesIdentify parts of a 3D object — faces, edges, corners; Solve step-by-step exchange problems involving money, objects, or digits; Read tables or charts with multiple pieces of information to answer questions
Algorithmic Thinking: Follow step-by-step rules to build number sequences; Navigate movement on a grid or direction-based path; Arrange events using before/after/in-between clues; Track values that increase or decrease across steps; Execute multi-step instructions involving moves, changes, or transfers

FAQ: your top questions answered

Everything you need to know about the kit

What age group is this for?

This Computational Thinking workbook is suitable for Class 3 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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