rolled up our sleeves and started the process with wet-hands. At first we made a simple construction comprised a rubber tube, plastic funnel, water flow sensor, and water bottles. Next we connected ...

What happens when an engineer builds a smart garden? This Arduino-powered system automates watering while collecting ...

It features over 5,400 projects, ranging from simple tutorials — like using a soil moisture sensor with Arduino — to more ... circuito.io simplifies the process by automatically connecting ...

If you’re going to develop another Arduino-compatible board these days ... shield—dubbed the “Ambient Board”—is a buffet of sensors: temperature, humidity, CO, NO2, light intensity ...

[Flux Axiom] is using an Arduino Mega in his setup along ... [Flux Axiom] was also nice enough to include the calibration process he used for the sensors which is also located in the GitHub ...

The Raspberry Pi is a credit card-sized computer capable of running full-fledged Linux distributions such as Raspberry Pi OS, ...

To replicate Krejci’s design, you need an Arduino UNO Rev3 board, an AMG8833 infrared sensor module ... simplifies the process of adjusting the color by changing the hue of each pixel.

connecting analog sensors to Arduino devices is a more straightforward process. The micro-controller can easily interpret and respond to a wide range of sensor data using the code you put on it ...

This articles describes how you can use I2C (TWI) communication, Arduino and temperature sensors to measure 3 different temperatures. It can be very helpful when you want to measure the outside, ...

The Pressure Sensor Module incorporates a material called Velostat with the Arduino. This material adds more resistance when more pressure is applied to the material. This module also uses the RGB LED ...