An innovative wearable technology for visually impaired peoples.

Sunglasses that serve an even more useful purpose than protecting the eyes of the blind. They can help them detect objects in front of them.

An autonomous high speed line follower robot based on PID control.

Simple robot to build, involve no pcb or proto board, no frames, just using a lot of glues.

These Smart Blinds automatically open and close according to ambient light levels, and also close in response to heat.

A pair of talking smart glass, intended to help the visually impaired.

Use an infrared sensor to sense eye movements and control an LED.

Control temperature by heating element, Arduino Pro Mini will control heater to reach setting temperature, show temperature graph to PC.

In this project, we'll combine a gyroscope and NeoPixels to build a device that lights LEDs corresponding to the angle of inclination.

An Arduino based MP3 player with 30 levels of volume adjustment, 5 levels of EQ adjustment, and a pretty cool retro looking UI.

Step aside, an amazing six-wheel off-road robot coming through! Check out this Arduino-based wireless surveillance DIY RC robot.

This is a homemade automatic cat feeder instruction. Simple to use and easy to build, no special tools or materials are needed.

The project I want to share with you today is an Arduino maze game, which became a pocket console as capable as Arduboy!

Making an Infinity Gauntlet to interface with my Artificial Life project.

A water bottle that can keep track of your water intake and reminds you to drink enough water.

A romantic project for Valentine's Day - a 3D printed sunflower that opens and closes in reaction to light. Have a Sunny Valentine!

Line following robot with RFID sensor for supplying materials and automating workflow - cheap and open source. Inspired by industrial robots

Replacement for broken mechanical timer of a washing machine with electronic timer.

Low cost smart vitals wearable which can help in early detection of COVID-19 in front line workers

This project is about a shortwave trasmitter from 3 MHz to 30 MHz. It uses the SI5351 oscillator from Silicon Labs controlled by Arduino.

A robotic arm that can be wirelessly controlled with a glove that contains IMU and flex sensors.

I made a eye-ball using LED Tape Neopixel. It blink and pupil is moved to the left and right.

How to make Pixie, a wristwatch that combines both analog and digital clock technology, with the precision of an atomic clock.

Wireless room thermostat with LCD screen. Two Arduinos, Pro Mini is master, Uno is slave. Now with Bluetooth accessible.