ITP Physical Computing
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What Is Physical Computing?
Electronics
Electricity: the Basics
Transistors, Relays, and Controlling High-Current Loads
Understanding DC Power Supplies
Level Shifting
Microcontrollers
Microcontrollers: The Basics
Digital Input & Output
Analog Input
Analog Output
Programming
Variables
Programming Terms and Programming Environments
Sensors: the Basics
Serial Communication
Asynchronous Serial Communication: The Basics
Interpreting Serial Data
Synchronous Serial Communication: The Basics
DC Motors
DC Motors: The Basics
Controlling Stepper Motors
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Videos: Electricity
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Labs: Electronics
Lab: Components
Lab: Setting Up A Breadboard
Lab: Switches
Lab: Soldering
Lab: Electronics
Labs: Arduino Digital and Analog
Lab: Digital Input and Output with an Arduino
Lab: Analog In with an Arduino
Lab: Servo Motor Control with an Arduino
Lab: Tone Output Using An Arduino
Lab: Sensor Change Detection
Labs: Serial Communication
Lab: Intro to Asynchronous Serial Communications
Lab: Serial Input to P5.js
Lab: Serial output from P5.js
Lab: Two-Way (Duplex) Serial Communication Using An Arduino and P5.js
Lab: Serial Communication with Node.js
Lab: Serial Input to an Arduino from Node.js
Lab: Serial Output from an Arduino to Processing
Lab: Two-way (Duplex) Serial Communication using an Arduino and Processing
Lab: MIDI Output using an Arduino
Lab: Arduino to DAW
Lab: SPI Communication With A Digital Potentiometer
Lab: I2C Communication With An Infrared Temperature Sensor
Labs: Motors and Transistors
Lab: Using a Transistor to Control a High Current Load
Lab: Using a Transistor to Control High Current Loads with an Arduino
Lab: DC Motor Control Using an H-Bridge
Lab: Controlling a Stepper Motor With an H-Bridge
Labs: Mouse Control
Lab: Mouse Control
Lab: Mouse Control With Joystick
Lab: Mouse Control With Pushbuttons
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Videos: Electricity
Videos: Electricity
Originally written on August 27, 2014 by Jeffrey Feddersen
Last modified on August 22, 2015 by ps2409
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