A reminder with lights and notification. If it's a specific time during the day, it will light up different colors with a notification.
Incorporating design and coding, this project has investigated the relationship between the audio levels and temperature in a classroom.
Senses sound around it and measures it on a scale
An App for easier communication and administration of university lectures via local iBeacon transmitters.
The way out of the one-way street.
Fun, festive, and frivolous! It lights up and sends you a Christmas text!
Utilize particle photons, magnetic reed switches and LED lights to remind you to take your medications.
You'll never miss a class again with this state of the art alarm system.
Forgot the stove on again? Don't worry! This system stops grease fires in their tracks. By: Willie Grant, Rubicel Villeda, Prince Muhumur
A cereal (or whatever you'd like it to be) dispenser, that dispenses anything from the manual button, or from your phone.
A sensor that detects how many people walk in or out of a class room as well as temperature.
Our project detects sound and the data is collected so that we can measure at what points in the day has the highest amount of volume.
We have constructed a temperature sensor to alert at high and low temperatures with a buzzer.
Our group used a proximity sensor placed near a door to see how many people go in and out of the attendance office.
Have you ever been distracted by your phone while studying, but you still need it for schools email. We've got the solution for you!
Go beyond DIY and create a sellable product.
This is an IOT project created for MEGR 3171 at UNC Charlotte. We hope you find it useful and can WAKEY WAKEY!
Students enter class and show their grade by pressing one out of the five buttons. Sound is being measured to see correlations with grades.
Don't waste time and money anymore. Use a motion sensor for your lights!
Too lazy to walk and turn something on Want to cheaply control your home power usage while out Well here's a button (and app) to solve it!
BMA250 is a small, thin, ultralow power, 3-axis accelerometer with high resolution (13-bit) measurement at up to ±16 g.
Transport colors and there brightness over a distance with the help of fibre optics.
This project is designed to observe the air quality within the Lane Tech basement for JROTC students.
BH1715 is a digital Ambient Light Sensor with an I²C bus interface. The BH1715 is commonly used to obtain the ambient light data.