Python Programming for Kids

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Python Programming for Kids

Why This Class?

Python is one of the most beginner-friendly and powerful programming languages in the world. It’s like learning the English of the coding world — simple to read, easy to write, and super fun to use! That’s why Python is a perfect starting point for kids who want to step into the exciting world of technology.

✅ Easy to Learn and Understand

Python uses simple words and clean syntax, which makes it very easy for kids to grasp. Even children who are completely new to coding can quickly understand how to write their first program.

🧠 Boosts Problem-Solving Skills

Python teaches kids how to think logically and break problems into smaller parts. It helps in building strong foundations in analytical thinking and creativity — skills that are useful in school and in real life too!

🤖 Used in Real-World Applications

From creating games and websites to controlling robots or using Artificial Intelligence — Python is everywhere! Kids don’t just learn to code, they learn a language used by real-world companies like Google, Instagram, and Netflix.

💡 Encourages Creativity

Python allows children to build games, animations, stories, and even their own apps. It’s not just learning — it’s creating, playing, and exploring their imaginations through code!

🚀 A Great Start for Future Coders

Whether your child wants to be a game developer, app creator, data scientist, or robotics expert in the future — Python is a fantastic first step that opens many doors.

Content

Here’s a 24-session Python syllabus designed to cover all basic topics and Tkinter, making it fun and interactive for learners:

🔷 Module 1: Python Basics (Sessions 1–6)
1. Session 1: Introduction to Python
2. Session 2: Variables and Data Types
3. Session 3: Operators and Expressions
4. Session 4: Conditional Statements
5. Session 5: Loops
6. Session 6: Lists and Tuples
7. Mini-project: Create a program to store and display the names of your friends.

🔷 Module 2: Intermediate Python Concepts (Sessions 7–12)
1. Session 7: Dictionaries and Sets
2. Mini-project: Create a student-grade dictionary and display results.
3. Session 8: Functions (Introduction)
4. Mini-project: Function to calculate the factorial of a number.
5. Session 9: Strings in Python
6. Mini-project: Program to check if a word is a palindrome.
7. Session 10: File Handling Basics
8. Mini-project: Create a program to store and display user feedback in a text file.
9. Session 11: Error Handling
10. Mini-project: A simple program to handle divide-by-zero errors.
11. Session 12: Recursion
12. Mini-project: Recursive function to calculate the power of a number.

🔷 Module 3: Object-Oriented Programming (Sessions 13–18)
1. Session 13: Introduction to OOP
2. Mini-project: Create a class Car with attributes like brand and speed.
3. Session 14: Working with Methods
4. Mini-project: Add a method to the Car class to display car details.
5. Session 15: Constructors
6. Mini-project: Create a class Student with a constructor to initialize name and grade.
7. Session 16: Inheritance
8. Mini-project: Create a base class Animal and derive Dog and Cat classes.
9. Session 17: Polymorphism and Encapsulation
10. Mini-project: Create a polymorphic program using the shape class.
11. Session 18: Practice OOP with Mini-Project

🔷 Module 4: Tkinter and Final Projects (Sessions 19–23)
1. Session 19: Introduction to Tkinter
2. Mini-project: Display a “Hello, World!” GUI.
3. Session 20: Tkinter Widgets (Part 1)
4. Mini-project: Simple login form.
5. Session 21: Tkinter Widgets (Part 2)
6. Mini-project: Create a simple survey form.
7. Session 22: Tkinter Event Handling
8. Mini-project: A calculator app using Tkinter.
9. Session 23: Tkinter Advanced Widgets
10. Mini-project: A to-do list app.

🔷 Module 5: Final Project
1. Guess the Number
2. Tic-Tac-Toe
3. Rock-Paper-Scissors

🔷 Module 6: Python turtle
1. Introduction to Turtle Graphics
2. Drawing Basic Shapes
3. Exploring Colours
4. Advanced Shapes and Patterns
5. Animations
6. Games with Turtle

Schedule

Duration

Mon-Wed 08:00 AM - 05:00 PM

Thu-Fri 08:00 AM - 05:00 PM

Sat-Sun 08:00 AM - 01:00 PM

Course Overview at a Glance

Age Group: 6–12 years
Level: Beginner
Duration per Session: 1 hour

Learning Path

Here’s a 24-session Python syllabus designed to cover all basic topics and Tkinter, making it fun and interactive for learners:

🔷 Module 1: Python Basics (Sessions 1–6)
1. Session 1: Introduction to Python
2. Session 2: Variables and Data Types
3. Session 3: Operators and Expressions
4. Session 4: Conditional Statements
5. Session 5: Loops
6. Session 6: Lists and Tuples
7. Mini-project: Create a program to store and display the names of your friends.

🔷 Module 2: Intermediate Python Concepts (Sessions 7–12)
1. Session 7: Dictionaries and Sets
2. Mini-project: Create a student-grade dictionary and display results.
3. Session 8: Functions (Introduction)
4. Mini-project: Function to calculate the factorial of a number.
5. Session 9: Strings in Python
6. Mini-project: Program to check if a word is a palindrome.
7. Session 10: File Handling Basics
8. Mini-project: Create a program to store and display user feedback in a text file.
9. Session 11: Error Handling
10. Mini-project: A simple program to handle divide-by-zero errors.
11. Session 12: Recursion
12. Mini-project: Recursive function to calculate the power of a number.

🔷 Module 3: Object-Oriented Programming (Sessions 13–18)
1. Session 13: Introduction to OOP
2. Mini-project: Create a class Car with attributes like brand and speed.
3. Session 14: Working with Methods
4. Mini-project: Add a method to the Car class to display car details.
5. Session 15: Constructors
6. Mini-project: Create a class Student with a constructor to initialize name and grade.
7. Session 16: Inheritance
8. Mini-project: Create a base class Animal and derive Dog and Cat classes.
9. Session 17: Polymorphism and Encapsulation
10. Mini-project: Create a polymorphic program using the shape class.
11. Session 18: Practice OOP with Mini-Project

🔷 Module 4: Tkinter and Final Projects (Sessions 19–23)
1. Session 19: Introduction to Tkinter
2. Mini-project: Display a “Hello, World!” GUI.
3. Session 20: Tkinter Widgets (Part 1)
4. Mini-project: Simple login form.
5. Session 21: Tkinter Widgets (Part 2)
6. Mini-project: Create a simple survey form.
7. Session 22: Tkinter Event Handling
8. Mini-project: A calculator app using Tkinter.
9. Session 23: Tkinter Advanced Widgets
10. Mini-project: A to-do list app.

🔷 Module 5: Final Project
1. Guess the Number
2. Tic-Tac-Toe
3. Rock-Paper-Scissors

🔷 Module 6: Python turtle
1. Introduction to Turtle Graphics
2. Drawing Basic Shapes
3. Exploring Colours
4. Advanced Shapes and Patterns
5. Animations
6. Games with Turtle

What You Need to Know?

Python is known as one of the easiest programming languages to learn, which makes it a great starting point for kids!

Here’s what you and your child should know before getting started:

✅ No Prior Coding Knowledge Needed

This course is designed for complete beginners! Your child doesn’t need to know anything about coding to begin. We start from scratch.

🖥️ Basic Computer Skills

Kids should know how to:

Use a computer/laptop
Type with a keyboard
Use a mouse or trackpad

That’s it!

🌍 Internet Access & a Laptop

Since Python is an online-friendly programming language, all your child needs is:

A stable internet connection
A basic computer or laptop (Windows, Mac, or Chromebook)

We’ll be using free tools like Google Colab or online Python compilers—no downloads required!

🧒 Ideal for Ages 8 and Up

We’ve designed our lessons especially for kids aged 8–14. Younger or older kids may also enjoy it with a little guidance!

🎮 Curiosity & Creativity Matter Most

If your child loves solving puzzles, making games, or asking “how does this work?”, they’ll have a blast learning Python.

🎓 We’ll Handle the Rest!

Our expert teachers make each session fun and interactive. With games, animations, and simple coding projects, your child will learn step-by-step and never feel lost.

12 - 15 Age

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Contact Info

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About PlutoCoder

PlutoCoder is a fun online learning platform where kids explore coding, creativity, and technology through interactive classes.