Introduction to Python Programming || Digikids inspiring innovation

Introduction to Python Programming

Module Description

This module gently guides young learners through the fundamentals of Python programming, from installing their first development environment to writing interactive games with Turtle graphics. Each lesson pairs a hands-on project—like building a calculator, creating a to-do list, or designing a quiz—with clear, age-appropriate concepts such as variables, loops, and functions. By the end, students will have the confidence and skills to craft their own small Python applications and explore more advanced coding adventures.

What You’ll Learn?

Learn the basics of Python programming

This course is designed for young learners who are looking to get started with computer programming. No prior coding experience is required—just curiosity and a willingness to experiment with typing and running Python scripts. By the end, students will build confidence in programming fundamentals and be ready to tackle more advanced projects.

Module Curriculum

Lesson 1: Getting Started with Python

Install Python, explore your coding environment (IDLE or VS Code), and write your first “Hello, World!” script.

Project: Install Python and print "Hello, World!"
Concepts: Python syntax, indentation, and running scripts

Lesson 2: Variables and Data Types

Learn how to store information in variables and understand the basic data types Python offers.

Project: Create variables for name, age, and favorite color
Concepts: integers, floats, strings, and variable assignment

Lesson 3: User Input & Basic Operations

Interact with users via input() and perform arithmetic operations to make your programs dynamic.

Project: Build a simple calculator that adds two numbers
Concepts: input(), type conversion, and arithmetic operators

Lesson 4: Making Decisions with If Statements

Control your code’s flow by using if, elif, and else to make decisions based on data.

Project: Check if a number is even or odd
Concepts: comparison operators and conditional statements

Lesson 5: Repeating Actions with Loops

Automate repetitive tasks using for and while loops to save time and write cleaner code.

Project: Print numbers 1–10 using a for loop
Concepts: for loops, while loops, and loop control (break/continue)

Lesson 6: Organizing Code with Functions

Create reusable blocks of code with functions, pass in information, and return results.

Project: Write a function that greets users by name
Concepts: def keyword, parameters, return values, and scope

Lesson 7: Working with Lists & Tuples

Manage collections of items using lists (mutable) and tuples (immutable).

Project: Build a to-do list app that adds and displays tasks
Concepts: list methods, tuple properties, indexing, and slicing

Lesson 8: Exploring Dictionaries & Sets

Use dictionaries to map keys to values and sets for collections of unique items.

Project: Create an address book using a dictionary
Concepts: key-value pairs, adding/removing items, and set operations

Lesson 9: Reading & Writing Files

Learn how to save data permanently by reading from and writing to text files.

Project: Save user entries to a file and read them back
Concepts: open(), read(), write(), and file modes

Lesson 10: Drawing with Turtle Graphics

Bring code to life by drawing shapes and patterns using Python’s turtle module.

Project: Use turtle to draw a house with a roof and windows
Concepts: import turtle, forward(), right(), and simple animations

Lesson 11: Building a Guess-the-Number Game

Combine loops, conditionals, and randomness to create an interactive guessing game.

Project: Let the player guess a random number between 1 and 20
Concepts: random module, game loops, and basic error handling

Lesson 12: Final Project & Next Steps

Use everything you’ve learned to build a mini-quiz or chatbot, and discover paths for further learning.

Project: Design and code a short quiz or simple chatbot
Concepts: project planning, code organization, and learning resources

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