Course Description
This course covers the basic principles of
developing a hardware product. Designing hardware is more than just
creating a circuit.
Hardware design is hard, but real world experience is the best teacher.
I'll
present to you all the techniques that you won't find in college
courses that have come from experience in designing products in the real
world. You will save time, energy, and money with what you will learn
in this course.
Learn what makes a good hardware designer.
- Setup your own laboratory with tools that will make you better but won't break the bank.
- Choose components effectively for your design.
- Create schematics that can be easily reviewed and picked up by others.
- Learn how to reduce errors when doing a board layout.
- Debug your design quicker by learning how to use your tools on hand.
- Develop skills to confidently populate and assemble prototype boards.
This course does not teach how to design your circuit, but teaches you everything you need to turn that circuit into a product.
This
course has 50 lectures and is broken down into 2 minute lectures to
help you better focus on each topic. I've included several downloads
that help you stay organized while designing your next big thing!
Take
my real world experience and learn from mistakes that I've made and the
processes I've put in place to help me be more efficient at designing
hardware.
Curriculum
Your Notebook
Additional Parts
Assembly Checkpoint
Assembly House
Assembly Introduction
Assembly Presentation
Assembly Tools
Bypass Capacitors
Choosing ICs
Component Footprints
Component Selection Checkpoint
Component Selection Introduction
Component Selection Presentation
Computer
Connections
Debugging Checkpoint
Debugging Introduction
Debugging Presentation
Digital Logic Analyzer
Digital Logic Analyzer Testing
Distributors
Firmware Programmer
Firmware Testing
General Guidelines
Hand Assembly
Hardware Checklist
Hardware Design Practices
Hot Plate Demo
Introduction to Layout and PCBs
Introduction to Tools
Layer Stackup
Layout and PCB Checkpoint
Layout Tips
Multimeter
Multimeter Testing
Oscilloscope
Oscilloscope Testing
Port Settings
Power Supply
Printed Circuit Boards Presentation
Return Path Current
Schematic Checkpoint
Schematic Entry
Schematic Introduction
Schematic Presentation
Section 1: Setting up a Hardware Lab
Section 2: Schematics
Section 3: Component Selection
Section 4: Layout and Printed Circuit Boards
Section 5: Assembly
Section 6: Debugging and Testing
Selecting a Manufacturer
Selecting Capactiors
Selecting Resistors
Signals
Soldering Iron and Heat Gun Demo
Staying Organized
Test Rigs
Tools and Software Checkpoint
Tools and Software Presentation
Trace Routing
Visual Inspection
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