Learn PCB Printed Circuit Board: A Complete Bundle Udemy Course

You will get the chance to learn:

1. PCB Design and Fabrication using Fritzing Software
2. The PCB Design: Master Designing Printed Circuit Board using Proteus Software
3. PCB Design: Make Arduino Nano using Altium Designer
4. 3D Simulation: Microcontrollers, Electronics, Mechanism, PCB using Yenka Software

Let’s talk in more details about each Section

PCB Design and Fabrication For Everyone

Learn Printed Circuit Board (PCB) design from Scratch With Zero Experience in Electronics, No Effort, and a Free Software

>>> This course is a first of its kind in which you will learn from start to finish on how to design your own Printed Circuit Board (PCB) with Zero Experience in Electronics and Circuit Design, YES, you did hear me, No experience is required at all. <<<

Welcome to this course.

Printed Circuit Board design is very interesting for any electronics geek, microcontroller programmers anyone wishing to build his PCB by themselves. It is very simple and easy to understand for beginners.

No Previous Experience + Free Software + Time-Saving Techniques = Perfect PCB Design

This is available for your in this course + Bonuses and additional Material + PCB Design Software.

PCB Design: Master Designing Printed Circuit Board

A-Z Guide to designing, testing and Manufacturing any electronic circuit, using the most popular electronic software.

>>> A-Z Guide to designing, drawing and testing any electronic circuit that comes in hand, using one of the most popular software in the electronics industry, after this course, you will be a master at making your electric circuit board. <<<

Welcome to this course.

• You will become professional in making your own electronics circuits, you will even be able to master mass producing any electronics circuit that you find useful.
• Video and Text lectures are included along with the software package that will be used in this course.
• All that you need for this course is your laptop and headphones.
• This course is open to comments and suggestions.

3D Simulation: Microcontrollers, Electronics, Mechanism, PCB

Enter the world of 3D simulation and have fun learning and teaching Microcontroller Electronics, Mechanical, and PCB

>>> 3D simulators nowadays are covering all aspects of the electronic design process, in 3D. In this course, you will get the chance to explore the wonders of 3D simulation of a limitless range of circuit boards, 2D circuit design tools, and also PIC microcontroller simulation, testing, and programming. <<<

Welcome to this course.

You will get the chance to learn:

• 3D Electronic simulation and design
• PIC microcontroller programming
• Flowcharting
• 3D PCB simulation
• 3D mechanisms
• Measurement

What You Will Learn in This Course

• What is Crocodile Technology
• Why it is helpful to simulate and design in 3D
• Download and Install the Software
• User Interface Introduction
• Design and Simulate ON/OFF Switches Circuits
• Design and Simulate Microcontroller Systems
• Flowcharting.
• Design and Simulate Simple Led On/Off Circuits
• Design and Simulate Simple Led Flasher Circuits
• The Design and Simulate Simple 7 Segment Circuits
• Design and Simulate Counter using 7 Segment Circuits
• Design and Simulate Motors

This will be a journey of a lifetime for everyone looking for a new vision in Engineering Simulation, easy to use and really helpful software will be introduced.

PCB Design: Make Arduino Nano using Altium Designer

Learn Printed Circuit Board design by Making Arduino Nano in Altium Designer Software.

Welcome to this course.

What is this course about:

This course, you will learn from start to finish, from zero to production-ready on how to design custom Arduino Nano Printed Circuit Board.

What you should expect after taking this course:

• Get started PCB design using Altium Designer.
• Download and install an Altium designer.
• Create the Arduino Nano Schematic in Altium designer.
• Wiring components in Schematic view.
• Transfer schematic into PCB.
• Place components on board.
• Create a multilayer board.
• Route layers and place components on board.
• Autoroute to save time.
• Eliminate design errors.
• Create Gerber files for your manufacturer.