Students explore the AI already hidden in their daily lives, from Face ID to smart assistants. They learn to identify the difference between standard software and "intelligent" systems.

This lesson pulls back the curtain on how computers "see." Students learn how AI identifies patterns and shapes in images, teaching them the basics of computer vision through hands-on training.

Students explore the intersection of AI and physics by using cameras to detect movement. They learn how real-time sensing allows AI to interact with the physical world, from gesture control to security systems.

Students learn the basics of coding in Python. They apply the "if-then" logic to build a chatbot that follows a set of human-defined rules.

Students learn how to communicate effectively with Large Language Models. By mastering the art of the prompt engineering, they an “intelligent” chatbot to understand the power and limitations of AI.

Students learn the technology behind voice assistants like Siri and Alexa. They explore the journey of a sound wave as it is converted into text.

Students discover how AI learns through trial and error to master games. They explore the concept of "rewards" and "penalties” that power a machine to develop its own winning strategies.

We move from "consumer to creator" by using AI as a versatile creative partner. Students learn to collaborate with generative tools to produce unique visual art and original music, exploring the balance between human intent and machine output.

Students learn to spot bias in data and think critically about how to build technology that is fair and inclusive for everyone. They explore the energy and resources AI requires to learn to be responsible creators.

Students present their final AI-powered projects. They practice the art of technical storytelling, and demonstrate their problem-solving journey and the creative decisions that brought their ideas to life.