So the big aim here is obviously to predict the rain in the future. We'll build a system that does just that from scratch!

We're going to learn how to automate electric shades (the ones that work with DC motors and are controlled by inversing polarity).

A soft switch with integrated energy monitoring enabling spark free switching for electric vehicles and drones.

Arduino automatic multiple light control system. Room light on, table lamp off. Room light off, table lamp on via gesture.

A programmable and highly maneuverable robotic cat for STEM education and AI-enhanced services.

Shoot fireballs from your fists when you throw a punch with these arm mounted smart flamethrowers!

Windows 10 IoT Core project to control pool components for example pool pump, waterfall and solar heater.

An innovative wearable technology for visually impaired peoples.

A laser-cut robot kitten that runs and learns from you.

Make a program for the Arduino Pro Mini in Visual Studio to control motor speed with PID which can archive it exactly.

An Arduino powered floppy disk controller and reader/writer for making and writing disk images from and to old AmigaDOS floppy disks.

An other double plant watering version, now with more autonomy and less power consumption.

DIY Arduino hot air SMD rework station.

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

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

This Valentine's Day, spread love wirelessly.

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

This explains how to control devices using wireless transceiver module NRF24L01. The same can be modified as wireless sensor project.

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

Keyboard designed specifically for YouTube and Netflix on a PC. Works great with music players as well.

A walking four legged robot "mammal style." 3DOF legs, IR receiver all connected to a Pro Mini. Material cost less than $100.

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

We present you the radar we created in the MicroLab lab. This radar uses 2 ultrasonic sensors and 1 motor moving continuously 360 degrees.

If there’s one thing that we geeks love, it’s coffee.