Home Automation Projects

Automate lights in your kitchen area using ATTiny84 microcontroller

This project describes an automatic light system for kitchen sink where you need sufficient light to properly clean your dishes and vegetables. It uses an ATTiny84 microcontroller with a PIR motion sensor. When motion is detected, the microcontroller turns on the light. The light source consists of 10 bright white LEDs that are driven by

Automate lights in your kitchen area using ATTiny84 microcontroller Read More »

YAFLC (Yet Another Flickering LED Candle) using Tiny45 microcontroller

There are numerous posts on Instructables about how to make a flickering LED candle. This is my version. The project requires the following components: 1. Tiny45 AVR Microcontroller (Tiny13 would also do) 2. 1W Warm white (or yellow) LED 3. Perspex tube 4. AA or AAA size batteries- 4 (alkaline or NiMH) 5. PCB stock

YAFLC (Yet Another Flickering LED Candle) using Tiny45 microcontroller Read More »

Door Activated LED Lighting using Hall Effect Sensors using Attiny85 microcontroller

I’ve been meaning to make something cool for my dorm room this coming semester and decided that some custom closet lights would look great. In this Instructable, I’ll show you how to make some nice-looking LED lights that will turn on automatically using a hall effect sensor and a magnet. Edit: I’ve noticed a lot

Door Activated LED Lighting using Hall Effect Sensors using Attiny85 microcontroller Read More »

The Lightning Simulator/Breathalyzer/Graphic Equalizer – Using Arduino Powered

The LED strips are mounted on an outdoor trellace which functions as a lightning simulator, outdoor breathalyzer, graphic equalizer synced to music, and a few other effects with sound. Materials: 8 12v RGB Waterproof Flexible LED Strips 10ft long (usledsupply.com) – $800 8 RGB 4A/Ch Amps (usledsupply.com) – $200 8 RGB 4A/Ch Amps with TTL input (usledsupply.com) –

The Lightning Simulator/Breathalyzer/Graphic Equalizer – Using Arduino Powered Read More »

Infrared Proximity Sensing Coffee Table Module & Color Changing Glowing Faucet using Microcontroller ATMEGA48

This is merely an instructable to explain how this device operates. I hope everything is not too obfuscated. This prototype consists of three 8×8” modules. Each module operates independently of each other. Each module consists of 4 “pixels”. Each pixel is 4 inches square and consists of 21 LEDs, two IR emitting diodes, and two

Infrared Proximity Sensing Coffee Table Module & Color Changing Glowing Faucet using Microcontroller ATMEGA48 Read More »

Scroll to Top