IoT control board
RoboticsSmart Home IoT
Ages 13–17Automated lighting and monitoring with app control and live sensor data.
Team Nova · Dehiwala
Student Work
Real projects, built by young engineers
From a first blinking LED to autonomous robots and competition-ready drones—explore what our students design, build, and present across every branch.
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Projects showcased
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Team challenges
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Competition entries
Team presenting their robot build
Featured buildRobotics · Ages 12–16View project
Autonomous Line Follower
A sensor-driven robot that maps and navigates a track with precision and speed. Students designed the chassis, tuned the IR array, and programmed PID control—then raced it at the term showcase.
ArduinoIR sensorsPID control3D-printed chassis
Team Voltix
Colombo branch · 4 students
Projects gallery
Filter by track to see what students are building at every level.
9 projects
Quadcopter drone
DronesDrone Control Basics
Ages 12–16Flight controls, stability tuning, and mission planning with real hardware.
Sky Cadets · Galle
Programmable robotic arm
RoboticsRobotic Arm Challenge
Ages 14–18A 4-axis arm that picks, places, and sorts objects using sensor feedback.
Team Apex · Colombo
Camera + display rig
AIObject-Spotter Camera
Ages 14–18A camera that recognises and labels objects in real time using a trained model.
VisionLab · Mount Lavinia
Sensor weather box
ElectronicsWeather Station
Ages 11–15Logs temperature, humidity, and rainfall to a dashboard the class can read.
Team Spark · Panadura
Speaker + mic prototype
AIVoice Assistant Bot
Ages 14–18A desk assistant that answers questions and controls a few smart devices by voice.
EchoTeam · Online
Pen plotter machine
ElectronicsLine-Drawing Plotter
Ages 12–16A two-motor plotter that turns student sketches into precise pen drawings.
Team Pixel · Colombo
Wheeled rover robot
DronesObstacle-Avoid Rover
Ages 12–16An ultrasonic rover that maps a room and routes around obstacles on its own.
Trailblazers · Galle
Small maze robot
RoboticsMaze-Solving Bot
Ages 13–17Solves a physical maze using wall-following and a remembered shortest path.
Team Helix · Dehiwala
How they build
Every project follows the same hands-on path
01
Ideate
Students pick a real-world problem and sketch a solution with a mentor.
02
Build
They wire, code, and assemble the prototype across hands-on sessions.
03
Test & refine
Iterate on feedback, debug, and tune until the build performs reliably.
04
Showcase
Present at the term demo day—and the best go on to compete.
Your child's project could be next
Book a free trial class and watch curiosity turn into a working build. No experience needed—just bring the ideas.
Student with a finished robot