The course provides a hands-on introduction to the resources for designing and fabricating smart systems, including CAD/CAM/CAE; NC machining, 3-D printing, injection molding, laser cutting; PCB layout and fabrication; sensors and actuators; analog instrumentation; embedded digital processing; wired and wireless communications. Emphasis is placed on learning how to use the tools as well as understanding how they work.
Design Tools
Design and model a solution to a problem from ThinkCycle.
Help: Laser, Waterjet, NC Knife Cutting
Cut and fabricate something using as many types of materials as possible:
Microcontroller Programming
Machining
Circuit Design
Joe Paradiso's Electronics Primer Notes (Updated by Michael Sung)
Useful Electronic Parts and Circuits Information (Scanned by Michael Sung)
Simple Pseudo-Random Sound Generator Example
A Funny Video of Circuit De-bugging
Problem 1: How to drive stepmotors?
Useful Book: Practical Electronics for Inventors (Good Theory Explanations, Bad Schematics)
3D Printing and NC Machining
Modela Instructions (by C. Scott Ananian)
3D Printer Instructions (by C. Scott Ananian)
John's FabLab Tutorials (by Difrancesco)
Site for Making Gears with Printers of Cutters (by Axel Killian)
PCB Design
Making a New Schematic/PCB Part in Protel '99 (By David Merrill)
Making a PCB on the Modela (Instructions and Software, by CSA)
Carving a Protel Circuit Board on the Roland Mill (Additional Suggestions from Hayes Raffle)
Making a PCB Fixture Bed (Instructions and CAD Files, by CSA)
Forming and Joining
Sensors, Actuators and Displays
3D Input
Wired and Wireless Communications
Networking Standards Definitions (Axel Kilian with Krikorian)
Networking Hardware Schematics, Assembly Code and ORCAD Files
Presentation by Raffi Krikorian
Projects Presentation