Job Credibility
Certification Valid for Life
Live Classes
Certificate of Completion

Mode of Exam : Online
Duration : 1 Hour
Multiple Choice Questions are asked
No. of Questions are asked : 50
Passing Marks : 25 (50%)
There is no negative marking

Welcome to the course, "Certified KiCad" where you will be taught the basics of KiCad and how to approach with all the contents provided to the advanced levels. Enhance your skills and gain knowledge about the topics discussed in this course. After exploring this course you’ll be able to build PCB design. So let's get started.

In this course you will learn the introduction, their examples, their existence, their importance, their usefulness, how they can make those. This course also covers many versions of KiCad. You will also learn how to design Printed Circuit Boards.

A detailed knowledge of the KiCad CAD application is given in this course.

You will learn many things besides this. Just go through with the single details.

You will just require nothing but a personal computer or Linux, Windows or Mac OS, an internet connection only and no other prior knowledge asThis is a comprehensive course which is designed in such a way that all the given points are given step by step so that it is easy for you all to understand.

This course is for anyone who wants to learn this topic, programming enthusiasts, students, people related to IT industries.

Now you will be able to use KiCad or your own projects. You will get clear concepts in depth from this course and you can apply in your dream jobs. A certificate given by this course will also benefit you in your job interviews. So don't wait any longer, enroll your name in this course and start questing with KiCads

Total: 67 lectures

The structure of this course

Section introduction
Installation for Windows
Installation for Mac OS X
KiCad main components
Documentation and help
The Printed Circuit board
The PCB design process using KiCad
Fabrication

Section introduction
Create a new project
The Schematic
How to create a schematic component
Wiring
Annotating
Doing an ERC check
Associations with Cvpcb
Create a custom footprint with the Footprint Editor
Saving new footprint in new library
Associate the nRF24 part with the new footprint
Netlist
Component footprint placement
Edge cuts and 3D view
Wiring
Labels

Section introduction
Add a capacitor to the schematic in Eeschema
Update Pcbnew with the new netlist
A walk-through the OpenGL Canvas
Controlling the track width
Track width calculator
Copper fills

Section introduction
Create the Gerber files and upload to fabricator
Add a decorative graphic
A few weeks later I have a parcel!

Section introduction
Create the schematic with Eeschema
Create nets and add labels
Hidden pins and Power Flags
Using busses to create readable schematics
The Unconnected component
Associate components with footprints
Create a 2-layer PCB in Pcbnew
Controlling wire width with nets
Another look at OpenGL
Copper fills for VCC and GND
Add text labels
Creating a graphic to decorate your PCB
Export the Gerber files

Section introduction
Sneak preview: what will this board look like in the end?
The circuit
Create the schematic in Eeschema
Schematic Wiring, Part 1
Schematic Wiring, Part 2
Associate components with footprints
Create the PCB in Pcbnew
Layout Wiring (Pcbnew)
Add copper fills for ground and VCC nets
Add text labels and decorative graphics
Export Gerber files

Third party library sources
Importing third-party schematic components
Importing third-party footprint modules

Using hierarchical sheets to expand the 16-LED project in Eeschema
Layout and wiring of the expanded 16-LED project in Pcbnew

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