The GarageUino is my first Arduino project that has resulted in a product that I actually use. It’s a garage port controller that features a 20 by 4 character LCD display, four LEDs, a button, two connectors for position sensors and an USB connector. Oh! And of course an Ethernet port for Internet access. I’ll get back to […]
Amanda Ghassaei has published on her website an interesting project: the Glitchbox. This instrument can do two different things: -it can be used as a standalone audio device, with the audio data stored in the arduino’s flash memory -it can also be used to sequence MIDI through a usb connection to your computer There is
Glitchbox – audio sequencing music instrument Continue Reading
“Teach me to make” as simple as it sounds is a simple yet powerful effort on wordpress by a maker from USA. Apart from being a true maker, Michael Shiloh is an absolutely delightful and an approachable person to talk to. His sense of purpose in his work was very much apparent in my short,
Touché is a capacitive-sensing technology, developed by Walt Disney Research, which aims at providing touch and gesture sensitivity to a great variety of objects. From this research paper: The technique behind Touché is known as Swept Frequency Capacitive Sensing (SFCS): at a glance, by monitoring the capacitive response of an object over a specific range
Duane Bester has built a GPS Tracker From Scratch Using 3 Arduino boards to make a GPS tracker and a data logger. A flash of idea came to him, to combine the new Arduino Nano 33 BLE Sense with an SD card and GPS module for a project that records GPS and IMU data. So he opted to
DIY GPS TRACKER FEATURES THREE ARDUINO BOARDS Continue Reading
An if statement allows you to choose between two discrete options, TRUE or FALSE. When there are more than two options, you can use multiple if statements, or you can use the switch statement. Switch allows you to choose between several discrete options. This guide demonstrates how to utilize a switch to activate one of
Arduino Switch (case) Statement, used with serial input Continue Reading
Background and motivation Two factors inspired this project: my struggle to wake up in the morning and my enjoyment of collecting and graphing data from daily tasks. My main problem with waking up in the morning is that feeling of grogginess along with an intense desire to sleep more. However, I’ve noticed that sleeping without
Arduino is not restricted to receiving data from sensors only; you have the ability to also link a full-size PS/2 keyboard and type as you would on a traditional computer. Attaching a keyboard to an Arduino may seem strange (since it’s a small microcontroller), however, it should be noted that an Arduino has greater processing
Hello everyone! My age is twenty years. I started using my Arduino for the first time during Christmas, and I have been busy working on Arduino projects to create this instructable for you. I trust that it will be beneficial! The purpose of this project was to build a stepping stone from remote controlled flight
This tutorial shows you how to use a Piezo element to detect vibration, in this case, a knock on a door, table, or other solid surface. A piezo is an electronic device that produces a voltage when it undergoes physical deformation from a vibration, sound wave, or mechanical strain. Likewise, applying voltage to a piezo
How to use a Piezo element to detect vibration using Arduino Continue Reading
