Real code.Real circuits. Real robots.
The jump from blocks to typed code on the Arduino Uno, the board that runs the world's maker labs. By the end: an autonomous robot, wired and coded end to end.
In Session 1, your child holds a raw microcontroller, with no friendly lights and no shortcuts, and makes it blink with their first typed program.
What lands in their hands
Not worksheets. These.
Every NEbots session ends with something working. These are the builds families talk about.
A smart street light
Senses darkness, switches itself on. A real fix for a real problem cities have.
An auto-opening smart dustbin
Ultrasonic sensor + servo motor. Wave your hand, the lid opens. Hygiene tech they built.
A standalone weather dashboard
Temperature and humidity on a live LCD screen, with no computer attached.
An obstacle-avoiding rover
A robot that drives itself and decides, on its own, when to turn.
Capstone: their pick
A security vault, a smart stick for the visually impaired, or their own idea. Presented on demo day.
The 24-session trail
From first spark to showcase day
By the end of this phase: They type real code, a genuine step toward C++, and wire circuits by hand.
By the end of this phase: They read the world through sensors and control it with signals, the core loop of all robotics.
By the end of this phase: Three finished devices that solve everyday problems, and they can explain every wire.
By the end of this phase: An autonomous robot, built and debugged by their own hands.
By the end of this phase: A portfolio-grade project and the confidence to present it.
The honest numbers
What 24 sessions actually buy
sessions of typed code and hand-wired circuits
finished devices, from street light to autonomous rover
foundations in the syntax colleges and industry actually use
social-impact build option: assistive tech for the visually impaired
Parents ask us
Fair questions, straight answers
Does my child need to finish RoboSeeds first?
No. RoboSaplings is a clean entry point for ages 10-14. Session 1 starts from zero with typed code, and RoboSeeds graduates simply move faster in the first weeks.
Is typed code too hard at this age?
It's the right age to start. We move from one glowing LED to full robots in careful steps, and every concept is wired into a physical build the same day. Code you can touch sticks.
What's in the full 24-session syllabus?
The complete session-by-session plan, with every project, component list and learning outcome, is shared at your free demo class.
What comes after?
RoboRoots: ESP32, Wi-Fi, IoT and robots you control from a phone.
Then what?
Next: RoboRoots
Build robots that talk to the internet. Wi-Fi, cameras, cloud alerts. Ages 14-18.
The first session is free.
The first build is theirs.
Book a demo class at your school or our studio in Naharlagun. They build something real before you decide anything.