Learn Python by Making 6 Games [2D & 3D] by Christian Koch

This course skips the abstract exercises and gets straight to building. You’ll learn Python by creating six complete games, starting with a simple 2D runner and ending with a 3D FPS and a Minecraft-style clone. Each project introduces new concepts—OOP, data structures, state management, and even AI-assisted coding—so you’re not just memorizing syntax, you’re applying it to real, playable projects.

🎯 What you’ll learn

• Write clean, professional, and structured Python code from scratch.
• Master Object-Oriented Programming (OOP), data structures, and state management.
• Build complete 2D and 3D game engines, handle physics, and design custom UI.
• Use professional developer workflows, including level editors and skeleton animations.
• Leverage modern AI tools to write code faster, debug efficiently, and optimize your workflow.
• Gain the problem-solving confidence needed to transition into AI, data science, or database management.

✅ Requirements

• Skills: No prior programming experience needed. This course starts from absolute zero.
• Tools: A computer with internet access. Python and Raylib are installed during the course.
• Hardware: Any vaguely functioning computer capable of running Python and simple 3D graphics.

📝 Description

Stop learning Python from boring textbooks. Learn it by shooting demons in the face!

Python is the world’s most popular programming language. It powers AI and data science, runs databases for basically every large project, and handles everything from app development to robotics and home automation. But learning it through spreadsheets and abstract exercises is a drag. This course takes the opposite approach: you’ll build cool, playable games while picking up the language naturally.

The curriculum is built around six distinct projects, each one stepping up in complexity. You start with a simple Google Dinosaur Runner to nail down loops, movement, and collisions. Then you move to a 2D Zelda-style adventure where you’ll design levels with a professional editor, build enemy AI, and handle animations. The turn-based Pokémon-style battle system teaches you how to manage large datasets and present them through custom UI. From there, you break into 3D with a runner game, then build a Doom-style FPS with multiple weapons and advanced pathfinding. The final project is a Minecraft clone where you’ll use modern AI tools to speed up your workflow.

Why games? Because a game is a complex system with hundreds of moving parts. If you can build one, you can code anything. The object-oriented programming principles, state management, and architectural patterns you’ll learn here translate directly to databases, AI engineering, or backend web development. You’re not just learning syntax—you’re learning how to structure large-scale applications.

The course is project-based, so you’re never stuck watching endless lectures. Every section ends with a working game you can show off. And because you’re building from scratch, you’ll understand exactly how each piece fits together.

🧑‍🎓 Who this course is for

• Complete beginners who want to learn Python but find traditional, spreadsheet-based courses incredibly boring.
• Aspiring indie game developers who want a practical, project-based introduction to creating both 2D and 3D games from scratch.
• Self-taught programmers stuck in “tutorial hell” who know basic syntax but want to learn how to structure large-scale applications.
• Intermediate Pythonistas who already know the fundamentals and want to jump straight into advanced logic, UI creation, game engines, and modern AI development workflows.

🧑‍🏫 About the Author

Christian Koch is a developer and educator who believes the best way to learn programming is by building things you’re actually excited about. His teaching style is direct and practical, focusing on real projects rather than abstract theory. With experience in game development and Python, he designs courses that take students from complete beginner to confident coder, ready to tackle complex systems and modern development workflows.

🏁 Final Result

By the end of this course, you’ll have six complete, portfolio-ready games: a Google Dinosaur Runner, a 2D Zelda-style adventure, a turn-based Pokémon-style battle system, a 3D runner, a Doom-style FPS, and a Minecraft clone. More importantly, you’ll have the confidence and problem-solving skills to build your own projects from scratch, whether that’s more games, AI applications, or backend systems.