Mechanical flowers that serve as telepresence devices to encourage concentration and focus.

Work with NeoPixels and build connectivity via Google Calendar to change the ambient of the lights based on updates.

Device inspired from Migo- IOT PET DEVICE & The Discreet Window

Our team will be creating a bath water level sensing system designed to help busy parents draw safe baths for their young children. We plan to modify a hue light bulb in combination with a cane shaped device that attaches to a bathtub. The cane will be equipped with a water level sensor at the base. The alerts will consist in changing the color of the light bulb and changing the song on your Spotify playlist.

This practice exercise is to create an ambient calendar alert using a neopixel strip. The ambient orb will send an alert to your device a few minutes before an appointment. The neopixels are programmed to respond by fading up slowly and signalling there’s an event and changing color as the event approaches. Ultimately it will then fade out after the event has begun.

GlowCap is a discontinued IoT product that helps people remember to take their medication.

In today's world, mobile phone usage has increased significantly. I'm one of many people that has been spending too much time on my phone, so I decided to create a glanceable reminder of hours spent using my phone. This device relies on a continuous servo and cloud function. The servo speed is determined by how many hours I've used my phone.

The goal of this project is to create a simple IoT device which includes an LED circuit and simple code to control the LED.

Integrate sensing into circuits and build familiarity with conditional logic and if statements

A light that reminds you about your upcoming meeting. It will start to emit light 15 mins before the meeting, then slowly turn to red at 5 mins mark before the meeting and glow more intensely until the meeting time, then it will slowly fade.

Goals: This practice exercise will challenge you to create an ambient calendar alert using a neopixel strip. By the end of the project, you’ll have connected your Particle device to your Google Calendar through IFTTT and display an alert using a Neopixel LED array

An energy-saving light control device with 2-in (sensors or inputs) 1-out (LED) This device is created using a photoresistor, a potentiometer and an LED. If the surrounding lightness is below a certain point, the LED will be turned on and you can control its lightness as you wish. If it is light enough, the LED will automatically be turn off to save energy.

The objective of this project is to build a circuit with a photoresistor sensor to read the intensity of the light in the room. The intensity of the light in the room can be read in a scale in the Cloud.

The objective of this project is to build a circuit with a photoresistor sensor to read the intensity of the light in the room. The intensity of the light in the room can be read in a scale in the Cloud.

Given the amount of light in the environment, adjust the brightness of the light using a potentiometer, an LED, and a photoresistor.

The adaptive light will automatically dim itself if the surrounding is bright, and brighten itself if the surrounding is dark.

The objective is to create a working LED circuit that is controlled by 3 inputs, a photoresistor, a potentiometer, and a switch. This circuit is a simplified version of a street lamp, which will be automatically turned on when the light is out. In addition to the basic street lamp feature, I've added a switch to turn it on and off and a potentiometer to adjust the brightness.

The goal of this project was to become acquainted with some of the sensors in the kit, incorporate them into circuits/code to produce actions and feedback, as well as to become familiar with conditional logic.

Goals: Get oriented with the Particle platform, build your first circuit and code your first project.

Learn to make LEDs blink and simple connected internet appliance.