Control your AC from across the room or across the world

Simple device to control and initialize DALI lamps.

A touchscreen in the wall that allows you to control each and every LED light in your ceiling independently and phone controllable!

Using an Arduino Nano on an expansion board with push-buttons, one to play a sound and the other to select a sound effect from a WT588D.

Simple data logger that stores electrical data (voltage, current, power, energy, etc.) in an SD card, with timestamp for later analysis.

Minimalist cars race with a strip of smart LEDs and two switches.

A simple 8x32 LED matrix alarm clock.

A simple automatic station to feed your pet when you are on vacation.

Aquarium monitor with automation, Web GUI & IoT. Daisychain units can control multiple tanks all from the one master unit.

Get your essential appliances off the grid with just one solar panel

This system can do a number of things for your rocket!

Multiple Clock Faces Multiple Settings via Rotary Encoder CHECK MY OTHER VU PROJECTS. And Builds. www.wannaduino.com

Build an "invisibe" expression pedal for your guitar with MCP41010 and Arduino Nano. It's awesome and simple. May the funk be with you.

Use your android smartphone to open and close your garage door reliably (Under Development)

DIY onboard computer for bicycle

An all parts included kit to build a walking smart robot dinosaur.

Manual and temperature controlled PC chassis fans.

Meet the little black rover that can do many things in your house without bumping into a single thing!

Smarter Home Energy Use with Open Source and Cheap Sensors.

Incubator that can be fabricated in a typical makerspace at a low cost while achieving the same performance as commercial units.

Add sensors in a beehive to follow bees life.

An environmental monitoring system using a Nano, with GPS, BME680, VEML6070, MiCS-5524, BH1750, a 128x64 OLED, and NeoPixels.

Multichamber real-time imaging device for cell cultures under different conditions. For: Isthmus Engineering Award, Best Project Award.

This project consists of a set of proximity sensors with a haptic interface to alert the user to the presence of objects around them.