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Obstacle-Avoiding Robot:
Build a robot that uses ultrasonic distance sensors to detect and avoid
obstacles.
Program it to stop or change direction when an obstacle is detected.
This project helps kids learn about sensors, decision-making, and basic
navigation.
Remote-Controlled Robot:
Create a robot that can be controlled using a smartphone or a dedicated
remote control.
You'll need Bluetooth or RF modules for this project.
Kids can learn about wireless communication and how to interface with the
Arduino remotely.
Maze-Solving Robot:
Build a robot that can autonomously navigate through a maze and find its
way to the exit.
Implement algorithms like "left-hand rule" or "right-hand rule" to solve
the maze.
This project introduces kids to pathfinding and decision-making
algorithms.
Light-Following Robot:
Make a robot that follows a light source (e.g., a flashlight).
Use light-dependent resistors (LDRs) or phototransistors to detect the
direction of the light source.
Kids can learn about light sensors and how to make a robot respond to
environmental cues.
Sound-Reactive Robot:
Create a robot that responds to sound or music.
Use a microphone sensor to detect sound levels, and program the robot to
move or flash lights in response to music or noise.
This project introduces kids to sound sensors and basic sound processing.
Gesture-Controlled Robot:
Build a robot that can be controlled with hand gestures using a sensor
like an accelerometer or a gyroscope.
Program it to move forward, backward, left, and right based on specific
gestures.
This project teaches kids about sensor fusion and gesture recognition.
Mini Sumo Robot:
Design a small robot that can participate in mini sumo competitions.
Equip it with sensors and programming to push its opponent out of a ring.
This project introduces kids to competition, strategy, and advanced
sensor usage.
Voice-Controlled Robot:
Create a robot that responds to voice commands.
Use a voice recognition module to interpret spoken commands and make the
robot perform tasks like moving, stopping, or turning.
This project introduces kids to voice recognition technology.