Every course is project-based. Pick a track, then find the right starting level for your students.
No prior experience needed — the starting point for every student.
A beginner-friendly course covering the fundamentals of robotics, electronics, motors, and sensors through hands-on projects.
Introduction to the Arduino Uno, the Arduino IDE, and uploading your first working code.
Hands-on Arduino activities where students build blinking LEDs, light chasers, and traffic light systems.
Build an interactive robot that responds to nearby objects using IR sensors and motor controllers.
Build a laser-based intrusion detection system while learning about light sensors and circuits.
Students start writing real logic and building robots that move on their own.
Variables, digital outputs, loops, delays, and controlling hardware with code.
Students create a robot that detects and follows objects using infrared sensors.
Learn how robots use IR sensors to detect and follow a path autonomously.
Design and assemble a battery-powered electric car to understand motors and wiring.
Learn Pulse Width Modulation to control motor speed and LED brightness.
Combining sensors and logic into robots that make their own decisions.
Upgrade a basic line-following robot using Arduino programming for smarter navigation.
Build an autonomous robot that detects obstacles using ultrasonic sensors.
Combine line following and obstacle avoidance into one intelligent robot.
Learn wireless communication using Bluetooth modules and control projects from a phone.
Build and operate a smartphone-controlled robotic car.
The final stretch — feature-rich robots and real competition prep.
Create robots that operate autonomously while allowing manual Bluetooth control.
A final project combining line following, obstacle avoidance, and Bluetooth control into one robot.
Engineering design activities that build creativity, teamwork, and problem-solving.
Training and project guidance for WRO, Robotex, Technoxian, WSRO, and other robotics events.