Project list with MATCH 8.0 – Mechavolution

Obstacle Avoiding Robot:

• Utilize the Arduino Uno, motor shield, servo motor, ultrasonic sensor, and chassis to construct a robot that can identify and circumvent obstacles.
• Program the Arduino to control motor movement based on sensor readings.

Line Follower Robot:

• Employ infrared sensors to construct a robot that can follow a black line drawn on a white surface.
• Program the Arduino to control motor movement in response to sensor input, keeping the robot on track.

Light-Seeking Robot:

• Use photoresistors to construct a robot that can seek out light sources.
• Program the Arduino to direct motor movement toward brighter areas, demonstrating phototaxis.

Interactive LED Display:

• Create a visually engaging display using the LED bar graph, Arduino Uno, and sensors.
• Program the LEDs to respond to various inputs, such as sound, light, or touch, creating dynamic visual effects.

Distance Measuring Device:

• Utilize the ultrasonic sensor and Arduino Uno to create a device that can accurately measure distances.
• Display the measurements on a screen or serial monitor for practical applications.

Remote-Controlled Robot:

• Combine a Bluetooth or radio module with the Arduino Uno and motor shield to construct a robot that can be controlled remotely.
• Develop a custom remote control app or use a compatible controller for engaging interaction.

Interactive Music Player:

• Integrate buttons, sensors, and an Arduino Uno to create a music player with unique interactive features.
• Allow users to control playback, trigger sound effects, or generate music through sensor-based interactions.

Hand Gesture Controlled Robot:

• Employ an accelerometer or flex sensors to create a robot that can be controlled by hand gestures.
• Program the Arduino to interpret sensor data and translate it into corresponding robot movements, enabling intuitive control.

Interactive LED Mood Lamp:

• Construct a visually appealing and customizable mood lamp using the Arduino Uno, LED bar graph, and sensors.
• Program the lamp to change colors, brightness levels, or patterns based on user input or environmental factors, creating a personalized ambiance.

Remember:

• Thoroughly plan your project and sketch a circuit diagram before assembly.
• Write clear and concise Arduino code, commenting your code for clarity.
• Test your project incrementally and troubleshoot any issues as they arise.
• Don’t hesitate to seek assistance from online resources or communities if needed.
• Engage your creativity and explore further possibilities with these materials!