C++ / GUIDED BUILD
Build an Arduino distance beacon
Make a tabletop proximity display with an ultrasonic sensor, three LEDs, bounded reads and testable C++ state transitions.
Explore the course →6 lessons
GUIDED HARDWARE COURSES
Give your code something to do.
Make a camera recognize your markers, a Pico report the room, or a controller react to motion. Learn the software first, then bring it onto the workbench.
FROM PROGRAM TO PHYSICAL PROJECT
Make something you can put on your desk.
Guided lessons, downloadable code and desktop logic tests. Bring compatible parts you own, or explore the optional equipment cards when you are ready to build.
C++ / GUIDED BUILD
Build a CoreS3 motion counter
Use the built-in IMU and screen to count distinct motion bursts, with gravity rejection, rearming and a cooldown.
Explore the course →6 lessons
PYTHON / GUIDED BUILD
Build a camera-powered QR journal
Turn a Raspberry Pi camera into a local marker journal. Validate labels, suppress repeat scans and keep a useful event log.
Explore the course →6 lessons
PYTHON / GUIDED BUILD
Build a Pico room monitor
Read temperature and humidity, handle missing samples and drive a calm two-LED status display with MicroPython.
Explore the course →6 lessons
Learn before choosing parts.
Every course starts with a software contract and tests you can run on a regular computer. Hardware setup, firmware compilation and physical observations have their own steps. Reading or ticking a device checklist does not award graded skill mastery.
Equipment is a choice.
Use compatible components you already own. Optional store cards appear at selected equipment and build stages, with official product photos and commission disclosures. Current bundle contents and prices are on the provider’s site.
Build your programming foundation first →