Pythonᴬᴵ: Introduction to Programming

The class opens with a bang — students shout out an app idea and the instructor uses AI to build it live in minutes. This sparks the question: “If AI can do that, why learn to code?” The answer unfolds through the lesson: coding is about thinking, and AI is a tool that still needs a human directing it. Students learn decomposition, assemble their first program, and use AI to polish their code.

Students get hands-on with an AI assistant and learn what’s really happening behind the scenes. AI is a prediction machine, not a thinking machine. It generates the most likely next word based on patterns, over and over. To make this concrete, students build a mini prediction game where they try to guess the next word before revealing AI’s answer.

Students learn how programs talk to the world using print, and remember things using variables. To make it fun, they use AI to generate a short adventure story, then bring it into Python with character names, locations, and items stored as variables. Change a variable, and the whole story updates!

Students discover that computers treat numbers, text, and true/false values differently — and that mixing them up is one of the most common reasons code breaks silently. They use AI to generate a game character profile, then code it in Python, discovering firsthand what happens when types don’t match.

Students unlock the calculator inside every computer. They learn arithmetic operators and how math can power dynamic programs—updating scores, calculating prices, and changing stats in real time. Using AI, they generate a themed storefront with items and prices, then write the Python code that powers a working shopping experience.

Students learn the most practical AI-era skill: taking AI-generated code and modifying it to do what you want. They generate a small program, then make targeted changes — swapping values, tweaking logic, changing outputs — to reshape it into something new. This builds confidence that code isn’t fragile, and that understanding a few lines lets you control the whole program.

Students learn that almost every useful program makes decisions based on conditions. They master if/else logic and use AI to help build something genuinely interactive, a personality quiz that asks questions and gives a custom result. AI generates the creative content; students write the decision logic that makes it work.

Students discover loops, the ability to repeat actions without repeating code. This is where programming starts to feel like a superpower: anything you can do once, you can do a million times instantly. 

Students learn to work with collections of data using lists. Real programs almost never deal with single values — they work with playlists, high scores, inventories, and search results. Students create, access, and modify lists as the foundation for handling real-world data.

Students master the art of getting great results from AI—not by asking it to write code, but by using it as a creative partner and content producer. They learn a framework for effective prompts and compete in a Prompt Battle. Students also learn input() so their programs can have real conversations with users.

Students start building a text-based adventure game — the ultimate project that ties together every skill from the course. The game drops the player into a multi-room world where they explore, collect items, face challenges, and make choices that shape the outcome. Students use AI to generate the world, story, and descriptions, then code all the game logic themselves: navigation with if/else, a while loop to run the game, inventory with lists, and a health/score system with arithmetic.

Students finish, polish, and present their adventure game to the class. They add more rooms, balance the difficulty, improve the story, and add finishing touches like ASCII art titles and dramatic endings. A finished game you can play is worth more than a perfect game that never ships. The lesson closes with each student demoing their game live — and the class actually playing each other’s creations.