Arduino® is a small development board built around a microcontroller (ATmega328). Its USB port connects to a computer, and its many I/O pins accept external components such as LEDs, push buttons, photoresistors, buzzers, infrared sensors, and ultrasonic sensors. Upload code over USB; once powered, even through the same USB cable, the board runs the program on its own.
A learning tool designed for Arduino beginners and enthusiasts. It includes a rich set of components and tutorial videos to help learners build electronics design and programming skills. Suitable for students, makers, and DIY electronics projects.
The infrared thermometer gun uses an MLX90615 non-contact infrared sensor and an OLED display. Students assemble it and write the code themselves to build a thermometer that shows body or object temperature.
The Light Chameleon kit uses an Arduino® Nano as its main board, with a color sensor module and RGB LEDs, built into a chameleon-shaped kit.
Build a car that follows a black line on its own, using an Arduino UNO and TCRT5000 infrared reflective sensors.
Adds an HC-SR04P ultrasonic sensor to the line-following car, so it can follow a line and avoid obstacles automatically.
An Arduino equipment kit built for the hardware division of the National Cat Cup SCRATCH Competition: a genuine Arduino® Uno Rev3 with 27 kinds of items, 20 of which are Made-in-Taiwan (MIT) modules with Dupont pins built onto the circuit board.
The Pixetto Color-Recognition LED Light Kit is a creative kit that combines a Pixetto vision sensor with an Arduino UNO and an RGB LED module.
Build an Industry 4.0 smart factory model by combining Internet of Things (IoT) big data collection with robotics and machine vision.
Build an AIoT smart home system using IoT data collection, cloud big data, and AI applications.
