Robots that talkto the internet.
ESP32, Wi-Fi, Bluetooth, cameras and the cloud. The projects here aren't classroom exercises. They're the same systems running smart homes and smart cities.
In Session 1, your teen programs a dual-core microcontroller with built-in Wi-Fi, the chip inside millions of real IoT devices.
What lands in their hands
Not worksheets. These.
Every NEbots session ends with something working. These are the builds families talk about.
A robot car driven from their phone
Two-wheel drive over Bluetooth/Wi-Fi. Differential steering, written by them.
WhatsApp alerts from a machine
A sensor trips, their phone buzzes. Real cloud APIs, real HTTP, real JSON.
Smart irrigation system
Soil sensing + auto pump + mobile dashboard. Agri-tech the North East actually needs.
A Wi-Fi security camera
ESP32-CAM streaming live video to any browser. Then: a smart video doorbell.
Cloud AI vision
Face detection and helmet detection through a cloud vision service, with a serious talk about bias and responsible AI.
The 24-session trail
From first spark to showcase day
By the end of this phase: Fluent in the board that powers real IoT products, in two languages.
By the end of this phase: They can instrument the physical world and reason about sensor accuracy. Engineering, not tinkering.
By the end of this phase: A working robot and a working access-control system. Both from scratch.
By the end of this phase: They've built the full IoT stack: device → network → cloud → phone.
By the end of this phase: A capstone worthy of a college application portfolio, because that's exactly where it's going.
The honest numbers
What 24 sessions actually buy
sessions across hardware, networking, cloud and AI vision
languages: Arduino C++ and MicroPython
portfolio projects, including live video and cloud AI
team capstone presented publicly on showcase day
Parents ask us
Fair questions, straight answers
How is this different from a coding class?
Coding classes end at the screen. Here the code drives cameras, pumps, motors and radios, and the debugging spans hardware, software and network at once. That's systems engineering, and it's what separates a college applicant from a hobbyist.
Does my teen need RoboSaplings first?
Helpful, not required. Ages 14-18 with any coding exposure can start here. The first phase rebuilds fundamentals on the ESP32 at speed.
Can I see the full syllabus?
Yes. The complete 24-session plan with components and outcomes is shared at your free demo class.
What pairs with this course?
CodeCanopy. RoboRoots builds the hardware mind; CodeCanopy builds the software depth: Python, data, ML and AI agents.
Then what?
Next: CodeCanopy
Python from first print() to AI agents. The software half of a full-stack builder. Ages 14+.
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.