Use Particle Argons as the brains for a smart thermostat, without having to replace your thermostat!
This project represents the City of Chicago's data on current Coronavirus death rates with a "replica" of the popular hammer carnival game.
This device makes detecting AC water overflow automated - saving time, money, and risk of health.
An internet connected plant watering system that monitors environmental conditions and manages soil moisture.
Golf greens often require a lot of labor in order to maintain them. This project plans to make that job easier.
A set of blinds that will open automatically when sunlight hits a photodetector as well as open and close at a certain time.
This project will start a 2014 Ford Fiesta remotely
Computers at their most basic level communicate using only ones and zeros. This project sends those ones and zeros using a laser.
Do you ever forget to water your plants? because I know I do sometimes. with this system, the plant can water itself.
Vehicle control scheme is redeisgned to include battery information and variable speed control
Stopping my humidifier from working by drowning it via servo when it is no longer dark or when I want.
The Stove Safety Monitory System monitors the temperature and motion around the stove with real-life data to maintain home safety.
A motion-sensing light system that has 2-way communication between 2 Particle Argons and uploads data to ThingSpeak.
Have you ever been too lazy to get up and turn on or off your lights? Then this Sound Activated LED Strip is just for you.
This project will allow ones drink to be measured in weight and temperature to ensure the drink is at their desired temperature and amount.
Detects sound and airborne particulates in the air. If unsafe levels of either are present, warning lights will display.
A Particle Argon, using data from a pair of piezoelectric elements, locates a falling puck as it falls down a "Plinko"-style pegboard.
This will show the process, schematic, components, code, and a video presentation of the device.
This project is to implement a Smart Watering IoT device based on live data being monitored from multiple on board sensors.
The climate analyzer will read outdoor, bathroom, and indoor (reference) humidity.
A system to automatically water your plants when the soil gets to dry. Alongside this presents various room stats via an online dashboard.
This device measures the rotational speed of fans and records the difference of temperatures due to variating speeds said fans.
Dispense detergent using a smart home device such as Google Home or Amazon Alexa.
Temperature sensor built for the MEGR 3171 IoT project