A simple gesture-controlled interactive table light, which can encourage kids towards making.

Discharge a fully charged Lithium-Ion cell through a resistor while measuring the current flowing through the resistor to calculate capacity

A DIY instrument that you can play by moving your hands in the air!!!

Visualizes the peak of frequencies with different bars on 8*8 led dot matrix using Arduino Nano.

Via Telegram, control thermal printers remotely to print out notes, shopping lists, URLs, payments, barcodes, and episode release dates.

Turn your melodica into a compressed-air melodica controlled by Max and Arduino. It tries to follow the melodic contour it listens to!

I was inspired by obstacle avoidance car's servo's motion, I thought that it's motion could be used as sonar's acutator !

Following the principle of the original Roulette, the movement of the LED simulates a ball whose speed gradually decreases until it stops.

Pulse induction Metal Detector. It can detect a metal coin at a distance of 15 cm and a larger metal object at a distance of 40 cm and more.

This function performs FFT with very good speed while maintaining accuracy.

RGB Tube Lights made using Arduino Nano and WS2812B LEDs.

An easy DIY lamp which can change its colour like a chameleon. Just show it a different colour & see the magic.

Lightshow created from a cylinder of 288 RGB LEDs.

Sleek and simple infrared remote that turns on your audio receiver / home teatre when TV is powered on.

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

Improved version of the soldering iron controller for Hakko 907 iron. To simplify building the controller, LCD screen is implemented.

DIY Arduino hot air SMD rework station.

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

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

"Otto DIY with steroids" + Bluetooth + APP + switch + touch sensors + strength + sound detection...

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

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.

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!

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