Robonine Labs · Robotics education

We teach school and university students to build and program real robots

After-school robotics classes, an online course with a mentor and turnkey programs for schools and universities — all built around a real 5-DOF robotic arm that students assemble, program and teach to move on its own.

Choose your program About the online course
A pair of SO-ARM101 robot arms on a classroom desk — a hand drives the leader arm while the follower mirrors it
  • Real SO-ARM101 hardware, not simulators
  • After-school classes at partner schools
  • Online course with a personal mentor
  • The open-source stack university labs use

Programs

Choose your path

The same robot, the same engineering path — in the format that fits: after school, online or as a program at your institution.

  • Students 12+ · parents

    A weekly robotics class right at school: kids assemble, calibrate and program a real robotic arm, guided by Robonine engineers.

    Find your school

  • Teens & adults · worldwide

    Assemble, program and train a real robotic arm at home — self-paced, with a personal mentor.

    About the course

  • Administrators · teachers

    A turnkey robotics classroom: equipment, an interactive course and teacher training — or our own class at your school.

    For schools

  • Labs · student programs

    SO-ARM101 fleets and the open-source LeRobot stack for coursework, labs and student robotics teams.

    Talk to us

What students actually do

From a screwdriver to machine learning — on real hardware

Every program walks the same path a robotics engineer does — and every stage ends with the robot doing something new on the desk.

  1. Assemble & calibrate
    01

    Assemble & calibrate

    Build the SO-ARM101 arm from parts, wire the servos and bring it to life.

  2. Program in Python
    02

    Program in Python

    Joint positions, trajectories, kinematics — the arm moves exactly as told.

  3. Add computer vision
    03

    Add computer vision

    A camera and OpenCV: find an object by colour and shape, then pick it up.

  4. Train a neural network
    04

    Train a neural network

    Record demonstrations and train a policy that repeats the task on its own — the same open-source stack (LeRobot) university labs use.

Robonine Lab

One platform behind every program

Lessons, checkpoints and completed modules live on Robonine Lab — our interactive course platform. Students always know the next step; parents and instructors see real progress, not promises.

The Robonine Lab platform — a calibration lesson with a live 3D view of the robot arm

Where it leads

Skills that outlast the class

Robotics is the fastest-growing engineering field — and the skills behind it are exactly the ones universities and employers screen for.

A robotics-engineer track

Mechanics, electronics, Python, computer vision and machine learning — layered in the order a working engineer learns them.

The stack universities use

SO-ARM101 and LeRobot are the open-source standard in research labs — what students learn here transfers one-to-one.

A portfolio, not just a certificate

Every module ends with a robot that does something real — recorded, reproducible and worth showing at admissions or interviews.

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Get started

Put a real robot on the desk

Apply for a place in an after-school class, or talk to us about a program at your school or university.

Apply for classes For schools & universities

Prefer email? hello@robonine.com