Hands-on Robotics and Electronics Workshops for Kids
We don't use pre-built kits—your child will solder, wire, and code their own robots. From soil moisture alarms to line-following bots, we turn electronics into an adventure.
The moment of truth! Campers watch with anticipation as their custom-built line-following robots are put to the test. This is where their hard work with circuits and sensors pays off.
We create the track, and they create the robot to follow it. This camper is testing their line-following robot, a final project that requires careful assembly and understanding of IR sensors.
It all starts with the basics. Here, our students are learning to assemble the chassis for a line-following robot, using screwdrivers and learning about BO motors for the first time.
From a box of parts to a moving machine. We guide kids through the entire process of building a line-following robot, from assembling the motors to wiring the electronics.
Soldering is a key skill in electronics, and we teach it safely. Under our guidance, students learn to connect wires and components, a fundamental step in building their robotics projects.
We provide one-on-one assistance to ensure every child understands the task at hand. This young innovator is learning to solder wires to a BO motor for her robotics project.
Building a remote control car involves connecting BO motors and soldering points correctly. We take a break to celebrate the small wins, because learning should always be fun.
About this collection
We don't just teach theory. Your child will work with real tools—soldering irons, breadboards, and BO motors—to construct functional gadgets from scratch. Every student leaves with the projects they built, whether it's a custom line-following robot or an automated sensor alarm, so they can show off exactly how they made it work.
Building from the Ground Up
In our Robotics and Electronics Lab, we treat the workbench like a sandbox. We focus on the 'how' and 'why' of hardware, teaching children as young as four to handle electronics with confidence and care. Whether it is understanding the polarity of a battery, debugging a circuit on a breadboard, or mastering the art of the perfect solder joint, the focus is always on tangible skill-building.
Projects That Come to Life
Unlike standard classroom teaching, we prioritize creating working models. Here is what students typically build:
- Line-Following Robots: Students learn to use IR sensors and motors to make robots that navigate custom tracks.
- Automated Systems: We build real-world applications like soil moisture alarms for plants and automated street lights that respond to darkness.
- Custom Gadgets: From remote-controlled cars to sensor-based alarms, students learn to connect BO motors, chassis, and electronic components to bring their designs to life.
Why Our Lab is Different
Located in the heart of Vidyaranyapura, North Bangalore, our facility is designed for focus. We keep batch sizes small (8 to 12 students) to ensure that every child gets one-on-one attention when handling hot tools like soldering irons or wiring delicate sensors.
We provide all the raw materials—MDF panels, motors, sensors, and safety gear—so you don't need to bring anything except curiosity. By the end of a camp or workshop, your child won't just know what a circuit is; they’ll have the confidence to build one themselves.
Little Wings Innovation Labs
I'm Rahul, and I believe the best way to learn is to break things and build them again. Along with Daniel, I run this Maker Space in Vidyaranyapura because I want every child to experience that 'aha' moment when their first circuit finally powers up.
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