The full autonomy stack — for kids. From line-following to LIDAR-based mapping and ML-driven perception. Your child builds and programs their own self-driving car. Bilingual online classes.
For under-10, smart cars are introduced through play. Simple 2-wheel platform, big colorful sensors, block-based code. The car "sees" and reacts — which to a child feels like magic.
Playful introduction to autonomy.
For 10–14, real autonomy concepts. PID control, camera-based lane keeping, sign recognition with simple ML. By year-end, your child's car does what a Tesla simplified to teen-level — and they know how every line works.
Self-driving demystified.
For 14–19, the full autonomy stack — perception, localization, planning, control. LIDAR, depth cameras, ROS, deep learning. Capstones look like research papers from autonomy labs.
Research-grade autonomy.
Dorsa joined from Berlin at 15. Her capstone — an end-to-end neural net trained in CARLA — became her TU Munich application centerpiece. She's now a robotics MSc candidate.
"At TU Munich I'm building autonomous systems. Five years ago I was driving a tiny model around my apartment. The bilingual training meant I learned the vocabulary in English from day one."
A teacher chats with your child and shows real Smart Car footage. 90 minutes, free.
Indoor mini-car (~30 cm). Drives on printed tracks or any flat space in your home.
2D LIDAR included in middle school and high school kits.
Included in the kit.
High school track uses CARLA / Gazebo cloud-hosted. No high-end GPU needed at home.
Yes, with 2-week onboarding.