The mechanical engineering side of robotics. CAD, 3D printing, motor selection, chassis design, gearboxes. Your child becomes a real maker — designing original robots from scratch. Bilingual online classes.
For under-10, robot building is hands-on craft. Cardboard chassis, big screws, simple gears — your child becomes a builder, not just a button-presser. All parts kid-safe (no soldering, no sharp metal).
Play-based maker journey.
For 10–14, real engineering begins. CAD design in TinkerCAD then Fusion 360, 3D printing, motor + gearbox selection, structural design. Your child designs original robots from scratch.
From sketch to working robot.
For 14–19, this is a pre-mechanical-engineering deep dive. Real CAD, FEA simulation, machining intro, advanced manufacturing. Capstones include drone airframes, custom-machine projects, and competition-grade chassis.
Mechanical engineering at a teen-friendly pace.
Hasti joined our robot-building track from Paris at 11. By 16, her capstone was a working 4-axis arm with custom 3D-printed gearboxes — she presented it in her engineering school interview and earned a scholarship.
"Every year I built something more impressive. The bilingual classes meant my Iranian grandparents — over WhatsApp video — could understand exactly what I'd built."
A teacher chats with your child and tours the design tools. 90 minutes, free.
No. We run a 3D-print service — students submit CAD files and we ship parts. Optional: if you have a printer at home, we support that too.
Mostly mechanical. For full software integration, students pair this with Basic or Advanced Robotics.
TinkerCAD (free), Fusion 360 (free for students), eventually SolidWorks for the high school track (we provide student licenses).
No sharp tools or hot work in elementary/middle school. High-school track introduces soldering with full safety briefing + parental consent.
Yes, with a 2-week onboarding.