Product DesignRobotic Arm
A multi-joint arm designed in CAD, 3D printed and driven by servo control.
Every build below comes out of the RoByte curriculum — designed, wired, coded and debugged by students.

A rover that sees its surroundings and drives itself using on-board vision.
Product DesignA multi-joint arm designed in CAD, 3D printed and driven by servo control.
AI & Computer VisionA camera head that locks on to a face and follows it in real time.
IoTOne hub that reads sensors around a home and controls devices remotely.
ElectronicsStudents lay out their own circuit board instead of wiring a breadboard.
Autonomous SystemsA bot that reads a track with IR sensors and corrects its own path.
Autonomous SystemsDetects a flame, navigates toward it and shuts it down safely.
RoboticsUltrasonic sensing lets the bot map a clear path around objects.
RoboticsThe first drivable machine: chassis, motors and direct control.
RoboticsA vehicle that measures distance and stops before it hits anything.
Autonomous SystemsA sweeping sensor that plots nearby objects on a live display.
ElectronicsSenses gas concentration and raises an alert above a safe threshold.
IoTSoil and climate readings streamed online so a plant is never guessed at.
IoTA panel that follows the strongest light source through the day.
IoTLive air readings pushed to a dashboard students design themselves.
IoTDrive a robot from anywhere through a browser interface.
Product DesignA chassis modelled from scratch in CAD, printed and assembled.
Apps & InterfacesAn app interface built to control and visualise a student's own hardware.
Apps & InterfacesLive external data pulled into a student-built interface.
AI & Computer VisionA camera module streaming live video over the network.
AI & Computer VisionSpoken commands recognised on the device itself, without the cloud.
RoboticsWireless control from a phone, built and paired by the student.
Autonomous SystemsA robot that keeps a set distance and follows its target.
Visit a centre and watch a session.