The Arduino micro-controller’s super low cost, versatility, and wide-ranging user base (from 10 year old kids with no electronics background to sophisticated electronics professionals) makes it a natural choice for any budding product designer, inventor, or artist looking to build a prototype of their project. Even so, when pondering this credit-card sized tiny computer with its idiosyncratic pin space for the first time, it’s not obvious where to …
Arduino Prototyping Basics
Video description
The Arduino micro-controller’s super low cost, versatility, and wide-ranging user base (from 10 year old kids with no electronics background to sophisticated electronics professionals) makes it a natural choice for any budding product designer, inventor, or artist looking to build a prototype of their project. Even so, when pondering this credit-card sized tiny computer with its idiosyncratic pin space for the first time, it’s not obvious where to start. In this course, Arduino expert Marc De Vinck offers a time tested, fool-proof, and systematic approach to Arduino prototype planning, testing, and production.
Explore what every 1st time Arduino user should know before using the Arduino platform
Learn why you should make a paper plan of a prototype before you touch the micro-controller
Master the basics of reading electronic schematics and how to use a breadboard
Understand how to write Arduino code and gain access to sources of free reusable code
Gain a core understanding of the Arduino Integrated Development Environment (IDE)
Learn to connect the Arduino to the IDE and run your first "Hello World" program
Get wise to Arduino buttons, switches, potentiometers, and power strategies
Learn the basics of creating your own printed circuit boards
Marc De Vinck is the Dexter F. Baker Professor of Practice in Creativity at Lehigh University. He is a former director of product development at MAKE magazine who sits on the Advisory Council at the New York Hall of Science Innovation Institute. Marc says that one of his greatest accomplishments was helping more than 10,000 people learn how to solder. He's a metalsmith, illustrator, 3D modeler, teacher, and writer who co-authored the O'Reilly title MintDuino: Building an Arduino-Compatible Breadboard Microcontroller.
Part 2: Systematic Approach to Prototyping Testing
Why Prototype?
Start with Sketching
Know Your Customer
Getting to an MVP
System Flowchart Diagram
Ip, Open Source, Secrets
Part 3: Arduino Basics
Software Setup
Intro to the IDE
Basic Code Overview
Saving Your Code
Libraries
Boards
Finding Resources
Part 4: Powering your Prototype
Basic Schematics
Jumper Wires
Breadboards
First Sketch - Using an LED
Using Buttons
Button Debouncing
Switches
Potentiometers
Power Your Prototype
LiPo Batteries
Solar Power
Part 5: Prototyping Circuits
PCB Design Software Part 1
PCB Design Software Part 2
Start your Free Trial Self paced Go to the Course We have partnered with providers to bring you collection of courses, When you buy through links on our site, we may earn an affiliate commission from provider.
This site uses cookies. By continuing to use this website, you agree to their use.I Accept