This project connects the ADLX345 3-Axis accelerometer to display a location on an 8x8 LED matrix using the MAX7219 LED driver chip.

An Arduino noticeboard using a Bluetooth module.

An Arduino powered weather station robot modeled on BMO.

Design of a prop bomb with a chronometer, button, and 8x32 LED matrix display.

This is a random number generator using 8x8 LED matrix and Arduino. It is adjustable from 1 to 60 and includes a timer play mode.

This project demonstrates how easy it is to display temperature information on a Matrix Orbital GTT HMI using a DS18S20 and an Arduino Uno.

A QR generation library was ported to the Arduino UNO and Seeed LCD touchscreen platform. Displays time with seconds. Very distracting.

Big DMD Clock that does whatever you program it to.

Easy tutorial for the DS3231 module with multiple examples.

With zero's, o's and few dashes, we can animate an LCD to make a retro-ish face that has blinking eyes and stuff.

This is smart dice of Ludo using Arduino Uno.

Snap together 3D-printed case for an Arduino alarm clock!

This project is about an arduino controlling the smartGPU2 intelligent graphics processor and creates an smart phone like interface.

This is the Digital & Binary Clock in 8 Digits x 7 Segments LED display with Arduino, MAX72xx and DS1307 RTC.

A little tutorial to make a digital photo frame, and also use the touch functions to navigate between images.

A colourful clock with a Seeed TFT shield, fast refresh in landscape mode, simple Touch interface, Daylight Savings Time adjustment.

A clock that shows your energy level and greets you when you approach

Charlieplexing extends the limitation of I/O pins of a controller beyond its capability.

Using SD Card and 16x2 LCD module.

When the vibration module detects vibration, the lamp will go on for 2 seconds and this for 3 times.

I tried animating the eye of a bitmap image using the Micro OLED module and Visuino.

Snap Circuits® makes learning electronics easy and fun! These projects are designed for younger kids who want to get introduced IoT.

Use potentiometer inputs from Arduino along with your mouse to control a rotational symmetry drawing program in Processing.

This is a class voting machine.