Remotely measure the internal temperature of food and the outside temperature without the hassle of checking.
I am a CNM student who has participated in the STEM Core summer program. This is my project while in the course.
In a one-week crash course into IoT, we learned the general ideas behind the connections you can make using the internet.
I am in the CNM Stem Core summer bridge and this is the projects I learned about for the first time.
I am in the CNM Summer Bridge program, and this is the project that we worked on this week.
Report Temperature, Humidity, and Power Usage
This project will have bi-directional communication between two Particle Argons. It will calculate the speed of a bike and graph it.
The Smart plant allows you to automate the watering of your plant with the particle Argon while measuring room and soil conditions
Do you ever just want to know if your pets have entered your room?
This project uses two argons to turn on an LED light when a water level sensor senses water in a cup.
Keep track of your wandering pet as they love going outside and inside!
This project involves utilizing two Particle Argons to sense PC Temperature and notify the user through the use of LEDs
An automatic plant watering system that also collects environmental data.
This is H2whoa An indoor plant watering and room monitoring system. How I put it all together.
No more need to water your plants, IoT can do it for you.
This planter can water your plants with droplets that sit on the leaves and shower the total soil area!
To monitor user safety, a sensor cluster collects and graphs data of obstacles in the blind spot, wheelchair speed, and degrees of tilt.
With this climate monitor the temperature, pressure, and humidity can be observed for your area!
Smart manufacturing is all about harnessing data, here we will monitor the RPM of a lathe for maintenance
Creates a functioning automatic and manual plant watering system featuring Particle Argon, 5V power supply and sensors to activate the pump.
This project involves incorporating two particle argon devices and measuring the ideal shower temperature.