This course introduces students to game development using the Python programming language. Through hands-on lessons, children learn how to write code, test their ideas, and turn simple concepts into real, playable games. In the first three learning modules, students will learn the basics of programming and first create text-based games in classic Python. It is an interesting experience to use Python in the Pycharm text editor without a GUI, just the code creation window and the command line or terminal.

The speed and ease of creating Python programms has earned a solid reputation in a whole variety of foelds.

The course begins with Python fundamentals and gradually moves into game creation using the Pygame library. Students learn how games work behind the scenes — from character movement and collisions to scoring systems and animations. Here we will learn how to apply the basics constructs of the programming language and learn the basics of the interface of the Pycharm program, learn the logic of creating simple games such as quiz, tick-tac-toe, rock-paper-seassors and many others. By this time, children will have mastered the basics of Python syntax and will be ready to program. At the end of the 3rd module we will create a game project.

In module 4 students will get aquainted with the Pygame library and learn how tomake gaims with a graphical interface. Here, their gamedev skills will grow fast -children will write new , more complex scripts, learn how to control a character, create collected elements in the game, and implement a sandbox RPG game.

In module 5 , we will create a game similar to Flappy Birds, Can handle touches with the screen border and create dynamic elements. in our version with the game ,they can create an animated character. At this learning stage we will also learn how to publish page in Internet.

In module 6 is included writing a platformer game, and in the module 7 we will create a another game. We will learn how to process keyboard input and mouse movements, and also many new commands. The experience the young developers gain throughout the modules will improve their programming skills on the most interesting tasks, like graphics, animations, simple calculations and much more.

In the next module 8 , we will focus on creating a 2D shooter game.

Learning is project-based and interactive. Each lesson builds toward a new game feature, helping students understand programming logic while keeping motivation high.

What students will learn

• Python basics: variables, conditions, loops, and functions
• Creating simple text-based games and logic puzzles
• Working with graphics using the Pygame library
• Game mechanics: movement, collisions, scoring, and levels
• Adding sound effects, animations, and user interaction
• During the course each student will gain an active experience in creating , testing, debugging and publishing games online on their own. This insuars a full immersion in the game development world.

As students progress, they move from simple exercises to full games such as arcade-style games, platformers, and interactive projects that they can proudly share with friends and family.

Course outcomes

• Confidence in writing and understanding Python code
• Ability to design and build complete games from scratch
• Improved logical thinking and problem-solving skills
• A collection of finished game projects
• A strong foundation for future programming courses

This course is ideal for children who enjoy games and want to learn how they are made, while also developing valuable technical and creative skills. Give your child the opportunity to learn valuable programming and game development skills in Python.

The big book of Small Python Projects

Preview the book in English here