EDU PICO Projects
PROJECT CONTENTS
DIY Music Player with Gestures using EDU PICO
Description:
Learn how to craft your own MP3 player with gesture control capabilities using EDU PICO. This step-by-step tutorial guides you through setting up the board, integrating a gesture sensor, and programming intuitive controls for your personalized music experience.
Components Required:
MicroSD Card 4GB
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How to make Smart USB Relay using EDU PICO
Description:
Learn how to create a Smart USB Relay using the powerful EDU PICO board. This tutorial will guide you through the process of integrating a USB relay module with the EDU PICO, allowing you to control various electrical devices remotely via USB by making noises.
Component Required:
Any 3 3V USB devices
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Creating Animation on OLED Display using EDU PICO
Description:
In this tutorial, we are using EDU PICO OLED display. You can also using other OLED display to follow up with this tutorial. To create an animation for an OLED Display, you'll need a GIF file and Python installed on your system.
Component Required:
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Control Keyboard with Gesture (APDS9960) using EDU PICO
Desciption:
Learn how to control your keyboard laptop using the APDS9960 gesture sensor with EDU PICO. This tutorial will guide you through the process of controlling your laptop keyboard effortlessly through gestures. Say goodbye to traditional input methods and embrace a new era of intuitive interaction.
Component Required:
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Create Alarm Clock with Neopixel using EDU PICO
Description:
In this step-by-step tutorial, we'll guide you through the process of creating your own alarm clock with Neopixel light integration using the EDU PICO. Perfect for beginners, this project combines the practicality of an alarm clock with visual effects of Neopixel LEDs.
Component Required:
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Obsidian Block with EDU PICO RGB LEDs
Description:
Learn how to 3D print your own Obsidian block from minecraft and add colorful RGB LEDs powered by the EDU PICO.Simple, fun, and perfect for all skill levels.
Component Required:
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Control Servo Using Potentiometer with EDU PICO
Description:
A servo motor is a special type of electric motor that can rotate a specific angle (usually between 0 and 180 degrees) with precision. It comes with a built-in control circuit that allows it to receive instructions and move to a desired position. Servos are widely used in robotics applications and projects that require controlled movement, like animatronics or robotic arms.
This tutorial will guide you through controlling a servo motor using a potentiometer with the Raspberry Pi Pico W and the EDU PICO learning kit.
Component Required:
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Datalog Pico Temperature with Timestamp
Description:
A data logger is a device or system that records data over time. It's like a digital diary that automatically keeps track of information such as temperature, humidity, pressure, or any other parameter you want to monitor.
It typically consists of sensors to measure the data, a storage mechanism to save the data (like an SD card or internal memory), and a processor to control the logging process. Data loggers are widely used in various fields such as environmental monitoring, industrial processes, scientific research, and more. They help track changes over time, analyze trends, and provide valuable insights into how conditions evolve.
In this tutorial,We will learn how to use Circuitpython to read the Raspberry Pi Pico W internal temperature data with timestamp and write it to a file on the Circuitpython drive. This will enable you to create your own temperature data logger.
Component Required:
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