PID control, sensor fusion, ROS, path-planning, computer vision integration — the toolkit of professional robotics, taught hands-on in our bilingual online classes. For students who finished Basic Robotics or have equivalent experience.
For under-10 who already finished Basic Robotics, this is a bridge year. Same friendly kit, deeper concepts — sensors, simple loops, first contact with text-based code.
Bridge year for advanced kids.
For 10–14, this is where real engineering begins. PID control, sensor fusion, mapping, first ROS exposure. By year-end, your child is solving problems that university robotics clubs work on.
Real engineering at teen pace.
For 14–19, this is university-prep-grade robotics. ROS 2, advanced control, SLAM, ML on the edge — the stack used at top engineering programs and FIRST/RoboCup teams worldwide.
University-prep depth.
Matin started in our Basic Robotics from Tehran. He immigrated to Canada, continued online from Toronto, and finished Advanced Robotics with a SLAM-based capstone. He's now a sophomore in U of T's robotics engineering program.
"My U of T interview was about the SLAM project I built in Novin Zehn's Advanced class. The bilingual instruction meant I could explain it crisply in both languages."
A teacher chats with your child for 90 minutes and verifies they're ready for Advanced. If not, we recommend Basic first.
Recommended. Equivalent experience (block coding + at least one Arduino project) is also accepted. We do a free placement check.
STM32/ESP32-based chassis, IMU, encoders, lidar (mini), camera, full sensor pack, and connection to ROS workstation.
We've taught ROS 2 to 12-year-olds successfully. Pace adapts to age band.
By the end of year one, they'll be qualified for Iran Open Junior, RoboCup Junior, and FIRA leagues. We help with team formation.
Yes. 2-week onboarding + tutoring for the missed material.