Automated Home using Raspberry Pi 2 (Windows 10 IoT Core) and Arduino.

We use an Arduino to build an autonomous "follow me" cooler that connects to a smartphone via Bluetooth and uses GPS to navigate.

Take readings from the DHT11 Temperature/Humidity sensor and see them from the Arduino IDE Serial Monitor.

In this tutorial, I will show you how to install the dark theme for your Arduino IDE for the reason of overexposure to the screen light.

An interactive robot that anyone can make! Otto is very easy to 3D print and assemble, walks, dances, makes sounds and avoids obstacles.

An innovative wearable technology for visually impaired peoples.

The making of a large 3D printer (400x400x400 mm) for a college project.

Water quality, anywhere, anytime!

Simulate a traffic light using an Arduino and LEDs! This project is super cool to watch and easy to make!

It can sketch accurately, you just have to upload the gcode of the image. Try it it's just awesome.

Someone has been eating my cookies! Thankfully Arduino is here to help find out who it is.

How to create a simple LCD video game with Arduino.

Use the DHT Temperature Sensors in C# code via a C++ Windows Runtime Component to implement a one-wire protocol on Windows 10 and the RPI2.

Simple Arduino Uno - ESP8266 software serial integration.

In this tutorial, we will learn how to control an Arduino with the help of Blynk App and ESP8266 WiFi Module. This project is quite simple!

Magnet levitation toy using Arduino. Cheap and easy to make!

A connected universal remote.

This is a beginner's guide to making your first Arduino robot. Smart phone controlled, wall follower and obstacle avoiding robot.

Fun and easy green robot! Build a sun tracking solar array in under an hour. Bonus: charge your phone with free clean energy!

High accuracy wall plotting at minimal cost, enrich all the whiteboards around you with surprising artwork!

LIDAR stands for Light Detection and Ranging. LIDAR is used for many applications including 3D scanning, mapping, laser guidance, etc.

An easily constructed USB-powered pulse oximeter device that can be built for around $25 and features an OLED display.

Tired of controlling your robot with a joystick? Ever thought of controlling it with your hands?

Ever wanted to play with the computer that sparked the personal computer age but don't have the cash to buy an Altair? Build your own!