An intelligent device to monitor your plant and ensure its health.

This is a way to control the speed of a ride-on toy. this uses a potentiometer and a servo motor to vary the speed.

To monitor user safety, a sensor cluster collects and graphs data of obstacles in the blind spot, wheelchair speed, and degrees of tilt.

Classify your tomatoes into Grade A, Grade B and Grade C with TensorFlow Lite and Particle Argon.

Use Particle Argons as the brains for a smart thermostat, without having to replace your thermostat!

IoT Mesh Forest Fire Detection System

A device made with a bar graph and a Particle Photon to show the WiFi strength.

This project will teach you to make your light a smart device using Amazon Alexa, Particle Photon and free IFTTT service.

It gets weather from the web and shows it on gauges. Perfect if your aesthetic is mid-century modern IoT.

This project fixed my problems with hot and cold rooms and logs details about how it was done, to compare to my ecobee4 thermostat details.

Used in a coffee roastery as part of a larger system, but can easily be adapted for control needs. A lot of control in a small form factor.

Use of a Particle Argon to open/close a garage door with a Particle Xenon used as a mesh limit switch & smartphone control via Blynk app.

Linear potentiometers can do the job of measuring small distances much better than eyeballing, making them perfect for truing wheels.

Monitoring pill bottles for usage and temperature to ensure it stays at a good temperature, detect theft/misuse, and aid regular use.

Our project makes life easier by letting the dog feed itself when needed.

A smart and assistive IoT and Machine Learning-Based Device for people who have mild cognitive and motor impairments.

Done with the days of going to the mailbox to find that it hasn't come yet or someone else has picked it up. Our system gives you control.

This machine will work so that if you send a text message, it will dispense your animals food without you having to get out of bed.

"Keeping It Cool" is a project that implements the use of two Particle Photons to control the temperature of a vehicle's intercooler.

We are collecting data on how long students leave a classroom for and for what reasons.

A motion-sensing light system that has 2-way communication between 2 Particle Argons and uploads data to ThingSpeak.

An intuitive solution for home defense with a nostalgic twist.

Training a model and then we ask the user through a GUI to enter a new x-ray image to make a prediction.

IoT Group 17 - A pair of digital pace clocks for the UNC Charlotte Club Swimming Team.