Resource Library

In this document you will find the full course details which contains a comprehensive breakdown of all units and lessons, including standards mapping.

Ready to take your physical computing to the next level? In this activity, students will integrate a 180° servo motor into their micro:bit designs. Through a combination of programming and crafting, students will bring their creations to life by adding movement—such as a spinning propeller, character motion, or another interactive mechanical feature.

Using the micro:bit and CreateAI, students will train an AI model to recognize airplane (paper airplane, toy, craft, etc.) flight movements ( flying, not flying) and build a smart timer that tracks how long each phase lasts.

Students will use a micro:bit and CreateAI to create an AI-powered sports data logger that recognizes movements like walking, running, and staying still while collecting and analyzing real-world activity data.

Classroom poster to use in K-12 classrooms to define algorithms,

Students begin the lesson by looking at a cake preference survey that allows respondents to specify both a cake and an icing flavor.

Browse K–12 app and game design lessons, creative projects, curriculum guides, and hands-on resources that empower students to build, design, and innovate.

This poster set and the supplemental materials were created for Indiana teachers to use in their classroom to highlight Artificial Intelligence concepts.

Explore curated K–12 AI lessons, curriculum options, books, and other classroom-ready materials to bring Artificial Intelligence to life for your students.

Recorded four-part webinar series focused on AI hosted in the Indiana Learning Lab.

The Challenge Sheets are designed as an activity that allows teachers to differentiate coding tasks among students.

In this activity students will code their name in binary as a decorative holiday candy cane.