[Class-5] Advanced Thinking: CT & Intro to Data - CBSE Aligned

Strengthen computational thinking skills through advanced patterns, algorithms, data exploration, Scratch programming, and real-world problem-solving projects designed for Class 5 learners.

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30 Classes 8 month

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Course

[Class-5] Advanced Thinking: CT & Intro to Data

Level

Intermediate

Duration

8 month

Language

English/Hindi

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Course Description

The Class 5 Computational Thinking & AI program is the final level of the Preparatory Stage, designed to help students tackle complex problem-solving challenges while building a strong foundation in data literacy and computational thinking.

Students explore advanced patterns, rotations, reflections, decomposition strategies, algorithmic thinking, and Scratch programming with conditions, variables, and reusable blocks. They also take their first steps into the world of data by learning how information is collected, organized, visualized, and interpreted.

Through project-based learning, students create games, analyze data, solve real-world challenges, and develop future-ready skills that prepare them for Artificial Intelligence, Coding, Robotics, and STEM learning in higher classes.

Key Learning Areas

✔ Advanced Pattern Recognition

✔ Rotations, Reflections & Spatial Thinking

✔ Higher-Order Decomposition

✔ Algorithm Design & Logical Reasoning

✔ Data Collection & Visualization

✔ Scratch Game Development

✔ Computational Thinking Across Subjects

✔ AI Awareness & Future Technologies

✔ Innovation & Problem Solving

Learning Path

8 Modules • Click a step to explore

Module 1

Module 2

Module 3

Module 4

Module 5

Module 6

Module 7

Module 8

Advanced Pattern Recognition & Visual Thinking

4 lectures

1.1

Revisiting Computational Thinking Foundations and Advanced Pattern Challenges

1.2

Solving Progressive Patterns with Multiple Simultaneous Changes

1.3

Understanding Cyclic and Alternating Pattern Sequences

1.4

Pattern Master Project: Design and Present Your Own Multi-Layer Pattern Challenge

Rotations, Reflections & 3D Thinking

4 lectures

2.1

Exploring Water Images and Reflection-Based Problem Solving

2.2

Understanding Clockwise and Counter-Clockwise Rotations

2.3

Solving Complex 3D Viewpoint and Cross-Section Challenges

2.4

3D Design & Rotation Art Project

Higher-Order Decomposition & Problem Solving

4 lectures

3.1

Breaking Down Complex Problems Using Multiple Clues

3.2

Solving Multi-Step Quantity and Money Transfer Challenges

3.3

Understanding Swaps, Rearrangements and Optimization

3.4

School Event Planner Project: Solve a Real-Life Multi-Step Problem

Advanced Algorithmic Thinking

4 lectures

4.1

Building Multi-Layered Algorithms and Logical Sequences

4.2

Grid Navigation with Constraints and Decision Rules

4.3

Chronological Ordering and Decision-Making Logic

4.4

Treasure Hunt Algorithm Project: Design a Complete Navigation Challenge

Introduction to Data and Data Handling

4 lectures

5.1

Understanding Data and Its Importance in Everyday Life

5.2

Collecting, Organising and Categorising Data

5.3

Creating Tally Charts, Tables and Bar Graphs

5.4

Class Survey Data Project: Collect, Analyse and Present Findings

Scratch Coding – Interactive Programming

4 lectures

6.1

Creating Interactive Games Using Conditions and If-Else Logic

6.2

Using Variables for Scores, Lives and Game Progress

6.3

Creating Reusable Code with My Blocks and Modular Design

6.4

Scratch Adventure Game Project

Computational Thinking Across Subjects

4 lectures

7.1

Applying Computational Thinking to Fractions, Ratios and Geometry

7.2

Solving Area, Perimeter and Data Handling Challenges

7.3

Exploring Ecosystems, Weather and Body Systems Through CT

7.4

Algorithm Art & Cross-Curricular Innovation Project

Assessment, Showcase & Future Technologies

1 lectures

Instructor Verified

Satendra Patel | AI and Robotics Instructor

Hey there! Learn with me in a gamified way.

4.2

Rating

100+

Reviews

200+

Students

10+

Courses

Biography

“

I am a Robotics Teacher with experience in teaching STEM concepts through hands-on, engaging lessons designed for young learners. I specialize in simplifying complex topics into practical, easy-to-understand activities that emphasize creativity, critical thinking, and real-world problem solving. I have successfully taught 200+ students aged 10–13 across India, the US, UK, and Canada using platforms such as Arduino, Raspberry Pi Pico, and Micro:bit. Along with teaching, I also contribute to curriculum design to make learning accessible and impactful.

Passionate about making technology learning exciting and future-ready, I am committed to preparing students through interactive methods and practical projects. My student-centric and detail-oriented teaching approach ensures that every learner feels supported and inspired.

Educational Qualification – B.Tech in Computer Science and Engineering from Lovely Professional University

Experience – 2+ year in NaivoTech, delivered live online and offline robotics sessions