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TechNest
Code games with Python
Explore and get curious
2 steps
Try things, experiment
2 steps
Go deep, master it
2 steps
Explore & Discover
Start by playing five games you know were made by indie developers in Python — check out pygame.org's showcase page and itch.io's "made with pygame" tag (both free). Notice the art style, the controls, the sound. Now look up the source code for one of them on GitHub — just browse it, don't try to understand every line. You're looking for patterns: how does the code handle player input? Where does the score live? What does the game loop look like? Watch "How Games Work" by Sebastian Lague on YouTube (free). You're ready for the next step when you can describe the basic structure of a game loop — what happens every single frame — in your own words.
Learn the Basics
Install Pygame (free: pip install pygame) and work through the official Pygame intro tutorial at pygame.org/docs. Build the basic skeleton: a window that opens, a colored background, a shape that moves when you press arrow keys. These three things — the display, the event loop, and movement — are the foundation of every game you'll ever make in Python. Type it all out by hand, don't copy-paste. Break it on purpose — remove the event loop and see what happens. Read the Pygame docs for Surface, Rect, and Clock objects. You're ready for the next step when you have a window with a moving shape that responds to keyboard input and runs at a steady frame rate.
Build Your First Project
Build a complete Pong clone in Pygame — two paddles, a bouncing ball, a score counter. This sounds simple but involves real game programming concepts: collision detection, velocity vectors, game state (is the game running? did someone score?), and resetting after a point. Use the free "Pygame in 90 minutes" tutorial on YouTube as a reference, but write your own code — don't copy theirs line for line. Make at least one thing different: change the ball speed, add a color change on collision, whatever makes it yours. You're ready for the next step when both paddles work with keyboard controls, the ball bounces correctly, and the score updates when either player scores.
Experiment & Iterate
Take your Pong clone and add three new features: (1) a start screen with a title and "press any key" prompt, (2) increasing ball speed every time someone scores, and (3) sound effects using pygame.mixer. Then create a second mini-game from scratch — something simpler, like a "catch falling objects" game or a basic top-down maze. Build it in a separate file. Switching between two projects at once is how real game developers think — you get unstuck on one by working on the other. Compare how your two projects handle the same problems differently. You're ready for the next step when both games are playable end-to-end and the Pong clone has all three new features.
Advanced Techniques
Time to organize your code like a real developer. Learn Object-Oriented Programming (OOP) by refactoring one of your games: turn the ball, paddles, and score into Python classes with their own methods. Read the "Classes" chapter in "Automate the Boring Stuff" or the Real Python OOP tutorial (both free). Then tackle sprite sheets — instead of drawing rectangles, load real pixel art using Pygame's sprite system. Grab free sprite sheets from OpenGameArt.org. Add a title screen, a game-over screen, and a high score that saves to a file. You're ready for the next step when your game uses at least two classes and displays pixel art sprites instead of plain shapes.
Final Project Showcase
Build an original game — something you invented, not a clone. It needs: a clear goal, a win condition and a lose condition, at least two mechanics that interact with each other, pixel art or vector graphics, and sound. Use everything from this quest: OOP, sprites, the game loop, file I/O for saving scores. Package it with PyInstaller (free) so someone can play it without installing Python. Post it on itch.io (free) with a screenshot and a description that explains what's unique about your game. Share it in the Pygame Discord community. You're ready for the next step when your original game is posted publicly and playable by anyone who downloads it.
Recommended materials and resources for this quest.
Python Game Development Book (Pygame)
RequiredA hands-on book that walks you through building real games in Pygame — from simple arcade clones to more complex projects. Way more depth than tutorials and explains the "why" behind game loop architecture.
amazon
$25–40
USB Game Controller
RequiredTesting your Python game with a controller instead of just a keyboard gives you a better feel for how the game actually plays. Most Pygame projects support controllers with just a few extra lines of code.
amazon
$20–40
Pixel Art Tablet (Drawing Pad)
If you want to create your own pixel art sprites instead of using free assets, a small drawing tablet makes it much faster and more precise than a mouse. Works great with free tools like Aseprite or Libresprite.
amazon
$30–60
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