We are collecting data on how long students leave a classroom for and for what reasons.
This project reads the temperature in a room and switches the window AC unit on when it's hot and off when it's cool.
I might need to know how cold it is in my car so that I know if I should warm up the vehicle or just wear gloves. You're welcome!
Tired of the monotony of a cup of Joe? This product spices up your morning routine with mobile control and a musical alarm!
This is a device which can monitor running track via a GPS module and store data to a SD card. And then parse the data later from a app.
Ever wondered if you could remote control some lights around the house? This is how you can do it on a college student budget.
3D printed "Quartz Crystal" looking nightlight.
Get ready for your fireworks: the turn of the year will definitely come.
A smart and assistive IoT and Machine Learning-Based Device for people who have mild cognitive and motor impairments.
A monitoring system that records temperature and motion of a baby while sleeping. Notifications sent to phone and secondary photon.
This project recreates the Nativity Scene using the Particle Photon, NeoPixels, and a custom iOS app.
Have your lights turn on right when you walk in your house!
Are you a big coffee drinker or a caffeine addict? This project will have hot coffee waiting for you in the morning!
We built a system to monitor the water temperature and clarity within a fish tank for the lane tech aquaponics class.
Combining multiple sensors, such as PIR motion sensors and temperature sensors, to create a model of a smart home.
A simple Internet of Things (IoT) experiment, using a Photon Particle board to control an LED & monitor a potentiometer.
An intuitive solution for home defense with a nostalgic twist.
Side table storage unit with light up base and piezo buzzer. Change the light color and play sounds over the web.
The team measured temperature, air pressure, and the methane gas content in a Lane Tech classroom.
Redneck project by a redneck team.
Built this to help teach my kids what is possible when hardware and software come together. Help them dream about the future.
Monitoring temperature, humidity, and other meta tags, we seek to find factors in the classroom that cause students to sleep.
This project describes how to build an Arduino-based, text-controlled gum dispenser. Idea from Make Maagazine "Secret Knock Gumball Machine"
IoT Group 17 - A pair of digital pace clocks for the UNC Charlotte Club Swimming Team.