• Robotics
  • Ages 10–15
  • Beginner to Intermediate

Arduino Robotics

Wire real circuits and program robots that sense and react.

Students wire real circuits and program an Arduino to control motors and sensors, the same approach used in engineering labs. They learn how robots sense the world and decide what to do.

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  • Ages10–15 years
  • LevelBeginner to Intermediate
  • ClassesLive, 1-on-1 with a trainer
  • Duration1 hr each class, 75 classes
  • KitArduino kit, shipped to your home
  • FeesSimple monthly fees, no upfront cost

What your kid will build

A structured curriculum from electronics fundamentals to advanced AI and robotics.

  • 75Live classes
  • 52Hands-on projects
  • 3Skill levels
  • 120+Electronic components
Level 1 · 9 projectsLearnerLEDs, buttons, sound and your first circuits
  1. 01LED Blink
  2. 02LED Traffic Lights
  3. 03RGB LED Colors
  4. 04User Input Controlled LED
  5. 05Button Controlled LED
  6. 06LED Toggle Switch
  7. 07Push Button Buzzer Piano
  8. 08App Controlled LEDApp
  9. 09Voice & QR Controlled LED
Level 2 · 18 projectsTinkererMotors, robot cars, servos, joysticks and LCD screens
  1. 10Automatic Street Lights
  2. 11LED Brightness Control
  3. 12LED Chaser Speed Control
  4. 13Button Controlled Mini Fan
  5. 14Robot Car Assembly & MovementsRobot
  6. 15Light Following RobotRobot
  7. 16App Controlled RobotAppRobot
  8. 17Gesture Controlled RobotRobot
  9. 18Motion Activated LED
  10. 19Input Controlled Servo Motor
  11. 20Arduino Sunflower (Light Tracker)
  12. 21Reading Joystick Values
  13. 22Soccer Penalty Shootout
  14. 23Joystick Controlled RobotRobot
  15. 24Display Names on LCD
  16. 25Scrolling Input Text on LCD
  17. 26App Controlled LCD DisplayApp
  18. 27Math Quiz Game on LCD
Level 3 · 25 projectsInnovatorSensors, smart systems, games, IoT and AI
  1. 28NeoPixel Color Effects
  2. 29NeoPixel Color Shooter
  3. 30Ultrasonic Distance Meter
  4. 31Water Tank Level Indicator
  5. 32Automatic Dustbin
  6. 33Obstacle Avoidance RobotRobot
  7. 34Automatic Door Opener
  8. 35Smart Parking System
  9. 36Line Following RobotRobot
  10. 37Automatic Water Dispenser
  11. 38Automatic Plant Watering System
  12. 39Tilt Direction Indicator
  13. 40Digital Spirit Level Indicator
  14. 41Tilt Controlled Maze GameVibe Coding
  15. 42Temperature & Humidity Monitor
  16. 43Weather Monitoring AppApp
  17. 44Interactive Sensor StoryVibe Coding
  18. 45Display Input Text on Dot Matrix
  19. 46Catch the Pixel Game
  20. 47Keypad Controlled RGB LED
  21. 48Keypad Based Voting System
  22. 49Password Door Lock System
  23. 50Keypad Based Math Calculator
  24. 51LiveCam Arduino Delivery RobotRobot
  25. 52AI Home Automation SystemAI

What they'll learn

Real engineering skills, built one project at a time through thinking, coding, and creating.

Skills
  1. 01Build real electronic circuits with LEDs, buttons, buzzers and motors
  2. 02Write Arduino code in C/C++, the same language engineers use
  3. 03Use sensors to measure light, distance, motion, tilt, temperature and humidity
  4. 04Build and program robots that follow lines, light and hand gestures
  5. 05Show text, colours and games on LCD, dot-matrix and NeoPixel displays
  6. 06Control their projects with a phone app, voice commands and QR codes
  7. 07Design smart-home systems: automatic doors, parking, plant watering and password locks
  8. 08Turn electronics into games: a piano, a penalty shootout, a maze and a quiz
  9. 09Connect projects to the internet (IoT) and add AI, like a live-camera robot
  10. 10Think like an engineer: plan, test, debug and fix problems on their own
Tools they'll use
Board & software
Arduino UnoArduino IDETinkercad CircuitsBreadboard & jumper wires
Sensors
Ultrasonic distance sensorInfrared line sensorsLight sensor (LDR)Motion sensorTilt sensorTemperature & humidity sensor
Motors & sound
DC motors & motor driverServo motorMini fanBuzzer
Displays & lights
LEDs & RGB LEDsNeoPixel LEDsLCD screenDot-matrix display
Controls
Push buttonsJoystickKeypadPhone appLive camera

Made by our Arduino students

Real projects from this course. Tap a project to watch it in action.

Why parents choose us

  • One mentor, one kid

    Live 1-on-1 classes, so your kid gets the mentor's full attention.

  • Hands-on, every class

    Real boards, sensors and motors. Your kid builds, not just watches.

  • Their own pace

    Lessons follow your kid's level and interests, not a fixed syllabus.

  • See their progress

    A personal learning dashboard shows what they built and learned, class by class.

Parents often ask

Does my kid need any experience?

No. Kids can start as complete beginners. In the free demo class the mentor checks what your kid already knows and recommends where to begin.

Do we need to buy a kit?

For the demo, no: a laptop or desktop with internet is enough. For the course, you can buy the Arduino kit from us and we ship it to your home, anywhere in the world.

How does the free demo class work?

Book with the form or on WhatsApp and we will message you to fix a time. Your kid joins a live session with a mentor, builds something small, and you get an honest recommendation. No payment details are needed.

What are the fees?

Want to know the course fees? Click the WhatsApp icon and message us for pricing details.

After Arduino, try

Ready to start Arduino?

Book a free demo class. Your kid builds something real in the very first session.

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