Get oriented with output and feedback by working with an actuator.

Getting oriented with output and feedback by working with an actuator. Taking cues from Google's Paper Signals experiment with materials to create an interesting notification or effect when combined with the actuator.

Origami crane that moves its wings via a servo.

The goal of the object to control an electroic though online data though IFTTT

Combining sensors and inputs in a little warning device that once on, blinks when pressure is applied.

This goal of this project is to create an ambient calendar alert using a neopixel strip.

When a notification function is called, a pattern displays on the LED strip. A button is used to deactivate the notification.

Ambient lighting with the Neopixel

Create an ambient calendar alert using a neo pixel strip.

make an ambient lamp that can respond to the event start or end in a calendar

To explore using multiple inputs to control an output.

A push button toggles the Neopixel on and off, with an LED indicator displaying the switch status. When the Neopixel is off, a yellow LED lights up, indicating that the Neopixel is offline.

The goal of this project is to explore sensor-based inputs and their programming applications, focusing on understanding how sensor readings control outputs. By using a light sensor and LED, the objective is to create a system where the LED turns on or off based on sensor values. This project aims to build a solid understanding of sensor calibration, programming logic, and the relationship between physical inputs and digital outputs, laying the groundwork for future sensor-based applications.

The main goal of this project is to introduce working with breadboards, circuits, and the Photon Particle board. The first assignment involves creating a basic, functional blinking LED with a delay. This project also marks the first experience in writing code for the Particle board.

48675 Week 2 Skill Dev

This is a flex sensor that can display low, medium, high flex on 3 LEDs (green, yellow, red), but only when a button is pressed. When the button is not pressed. all LEDs will be OFF. It is connected to Wi-Fi using a Photon 2 microcontroller.

The goal is to practice making a 2-in (sensors or inputs) 1-out (LED) device.

Set up a switch that turns on the photosensor for LED

control a led with a sensor and a switch

Set up a push bottom and sensor for the circuit!