Ages 14 to 17
Build With Arduino
Your teenager designs and builds a robot to solve a problem they chose themselves: motors and sensors controlled from Python, with 3D-printed parts where the kit ends. The course closes with a working prototype they present and explain.
Who this is for: Teenagers aged 14 to 17 who want to build something that is theirs.
Where your teenager is after 3 months
That is 12 lessons of 2 h of class, 1 lesson of 2 hours per week, over 3 months, across 3 months. By the end, your teenager will be able to:
- Work through 8 guided projects covering inputs, outputs and serial communication
- Tell digital from analog in practice, and drive motors from your own code
- Design and build one machine of your own to finish the course
Built on
Arduino Education CTC GO!, the official programme for ages 14 to 17
This is a published programme, not a private syllabus. Search the name above and read, lesson by lesson, what it covers, before you pay us anything. We follow it as published, and our contact hours run above the platform's own, because building takes longer than following along.
The tools are the real, widely used ones, so every name below can be looked up too:
- Arduino CTC GO!
- UNO WiFi Rev2
- Motors and actuators
How the course runs
- Rhythm
- 1 lesson of 2 hours per week, over 3 months. One lesson a week is deliberate: it fits around school, homework and everything else.
- Class size
- 10 to 12 students. A class opens once 10 are in, never fewer.
- Where
- At our studio in Tangier, hands on the hardware. Robotics is not a course that works from a screen at home.
- Starts
- August 3, 2026
- The kit
- Provided in class. The kit belongs to the studio and is reused each term, so there is nothing to buy and nothing to carry home. The price covers its use.
The rung before, the rung after
Robotics at Codemia is one ladder from 8 to 18, and this course is a rung on it. If your teenager is outside the 14 to 17 range, the right course is the one beside it.
MAD 1,500
about MAD 500 a month · starts August 3, 2026