Teach on Udemy

Turn what you know into an opportunity and reach millions around the world.

Learn More

Your cart is empty.

Keep shopping

Eagle CAD PCB Design Course: Theory & Practical approach

Name: Eagle CAD PCB Design Course: Theory & Practical approach
Rating: 4.3 (296 reviews)

PCB Design Course using Eagle CAD: A Comprehensive In-Depth Theory and Hands-On Guide for Beginners and Intermediates.

Created byPradeep Raj

Last updated 9/2025

English

What you'll learn

You will learn Basic Electronics Theory, Circuit Design and Analysis, Basics of Printed Circuit Board, Electronic Components and Instruments. Study notes given.
You will work on Printed Circuit Board Layout Design such as Schematic creation, Library Creation: Electronic Symbol and Package (Footprint Creation) Designing.
Switching schematic to Board Design (Netlist Creation), Thorough knowledge on Constraint Management Settings, Board Shape Creation (DXF import included) & DRC.
Work on Single sided Board Design, Double sided Board Design, Via creation and application. Routing on Top and Bottom Layer includes enough practice modules.
Plan Creation of Power and Ground. Also Split Plan Creation. Design Rule Checking and DRC updates. Work on Artwork. Setting up all required film layer setups.
Gerber Generation and Gerber analysis and improvements. PCB Manufacturing overview.

Course content

5 sections • 36 lectures • 9h 37m total length

Course Promotional Video0:28
Introduction to Course: What we will learn?5:14
What We Learn? This class has explained you about the topics covered in this complete PCB Design: Eagle CAD Course.
Introduction to Eagle CAD Environment31:20
Introduction to Eagle CAD software environment. In this lecture you will know the basic details about the CAD tool Eagle from Autodesk. I have explained about how to we add symbols to schematic and how to handle it in a smooth way. To become expert in any CAD tool you much concentrate on small small settings introduced in the tool. Please watch out the full class without forward to get every information about the tool. In the upcoming class will discuss about schematic design.
Circuit design Simulation and Analysis18:29
This lecturer is about the circuit design process and waveform analysis. We use the power supply circuit which 40VAC and converted it into 12VDC. The software used to simulate and waveform analysis is Proteus design. In the beginning step we used the 40VAC generator mode to generate the 40V sine signal. The generator mode option is given in the tool. Add the inputs to the generator so that it should show and generate the required voltage. Using the instrument mode, took the the oscilloscope to cross check the waveform. Then rectified the signals to positive side to generate linear signal. Again checked the waveform on the oscilloscope and got the positive half cycle. Using filters such as capacitor, removed the unwanted signal and proceed the signals to voltage regulator to reduce the amplitude to 12V. Checked the voltage output voltage using the voltage probe. In the next class we work on the same circuit as a schematic entry. Stay tuned. Thanks a lot.

An Introduction: Working with Library Symbol Creation23:20
This lecturer is about the process of making paper circuit to virtual using the Eagle CAD software platform. Here we discussed the circuit which has input of 240VAC and the output of 12VDC. The input voltage is connected to the Transformer and reduced it to about 40VAC. Later using the rectifier circuit converted it into direct current or linear voltage. Using the Eagle CAD tool, we train on how to prepare the circuit using the existing library. You will able to learn how to find the components or the symbols required for the schematic, how to rearrange the parts according to the circuit flow and also proving the connections one you finish this class. We will learn library creation in upcoming classes. Stay tuned, Thank a lot.
Symbol Creation: Resistor19:41
This topic "Symbol Creation: Resistor" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of resistor and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the resistor and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Capacitor25:56
This topic "Symbol Creation: Capacitor" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of capacitor and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the capacitor and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Inductor16:52
This topic "Symbol Creation: Inductor" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of inductor and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the inductor and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Transformer22:44
This topic "Symbol Creation: Transformer" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Transformer and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the Transformer and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Diode22:58
This topic "Symbol Creation: Diode" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Diode and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the Diode and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Transistor16:38
This topic "Symbol Creation: Transistor" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Transistor and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the Transistor and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Logic Gates15:30
This topic "Symbol Creation: Logic Gates" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Logic Gates and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the Logic Gates and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Connectors16:46
This topic "Symbol Creation: Connector" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Connector and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached different types of the Connector and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Integrated Circuits (ICs)28:56
This topic "Symbol Creation: ICs" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of Connector and adding pins. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible.
There are many methods to create IC symbols depending upon the number of pins. If we have few pins, we can create symbol manually and rename all the pin name one by one. This process takes a lot of time when the IC has more pins. If we have more number of pins in ICs, then we use Pin Array method to establish the pins on the symbol quickly. But again we have to add pin names one by one. So we came up with excel datasheet import method to get the names faster in the design.
I have attached different types of the ICs and its related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.
Symbol Creation: Miscellaneous16:50
This topic "Symbol Creation: Misc" explains you how to create symbols which we use for schematic level. It is clearly explained about how we draw non pin drawing of some other electronic components like Crystals, Resonators, Antennas, Mic and Speakers. Also explained about the Pin properties like Pin Name, Pin Direction, Pin Angle, Pin Length, Pin Function and Pin Visible. I have attached the related symbols in an image. Kindly go through it and create each and every symbol to be a perfect in software.

Footprint Creation: Resistor (Surface mount package)24:06
This topic "Footprint Creation: Resistor (Surface mount device)" explains you how to create Pads and 2D package of surface mount devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and draw pads and other printable designs. I have attached datasheet of some packages related to surface mount device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: Resistor (Through hole package)15:10
This topic "Footprint Creation: Resistor (Through Hole Package)" explains you how to create Pads and 2D package of Through Hole Devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and add drills, how to draw pads and other printable designs. I have attached datasheet of some packages related to through hole device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: Capacitor (Surface Mount Package)10:36
This topic "Footprint Creation: Capacitor (Surface mount device)" explains you how to create Pads and 2D package of surface mount devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and draw pads and other printable designs. I have attached datasheet of some packages related to surface mount device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: Capacitor (Through Hole Package)8:17
This topic "Footprint Creation: Capacitor (Through hole package)" explains you how to create Pads and 2D package of through hole devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and adding drills and draw pads and other printable designs. I have attached datasheet of some packages related to through hole device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: Connector (Through Hole Packages)10:39
This topic "Footprint Creation: Connector (Through hole package)" explains you how to create Pads and 2D package of through hole devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and adding drills and draw pads and other printable designs. I have attached datasheet of some packages related to through hole device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: Connector (Surface Mount Device Package)8:35
This topic "Footprint Creation: Connector (Surface mount device)" explains you how to create Pads and 2D package of surface mount devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and draw pads and other printable designs. I have attached datasheet of some packages related to surface mount device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: ICs (Surface Mount Device Packages)11:18
This topic "Footprint Creation: ICs (Surface mount device)" explains you how to create Pads and 2D package of surface mount devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and draw pads and other printable designs using "PIN ARRAY" method. I have attached datasheet of some packages related to surface mount device in an image. Kindly go through it and create each and every footprint.
Footprint Creation: ICs (Through Hole Packages)9:32
This topic "Footprint Creation: ICS (Through hole package)" explains you how to create Pads and 2D package of through hole devices which we use for board level. It is clearly explained about how we calculate and analyze the datasheet of a particular device and adding drills and draw pads and other printable designs. I have attached datasheet of some packages related to through hole device in an image. Kindly go through it and create each and every footprint.
Assignments of Footprint Development.7:18
I have attached those datasheets with are often used in the PCB industry. I would like request all the learners to go through it and practice footprint creation.

Introduction: Setting up Grids and User Interface10:30
This lecturer train you about the introduction to Eagle CAD schematic preparation. You will learn how to set up grids and grid styles along with alternate grids while performing the circuit creation. You will also learn 'User interface' such as changing the background color and mouse pointer size adjustments along with adding multiple sheets on the schematic and adding frames to create the schematic.
Circuit Preparation in Schematic level55:07
This class explains about how to prepare circuit in eagle CAD PCB design. A Brief explanation of how to add components from the library and how do add personalized library into the schematic model. Please go through the complete video tutorial.
Electrical Rule Checking and Net naming11:27
This class explain you about how do manage with the Electrical rule checking which often comes while we prepare the schematic design. Error and warnings like overlapping of pins, pin property assignment, net not being connected and junction missing ect. We also work net naming in this section to differentiate signal types.
Exporting Schematic Files10:20
Once the schematic design completes, we will work on ERC checking and net naming. When there will be no errors then we work on exporting the files from the schematic level like partlist, pinlist, BOM, Image and Netlist.
Schematic Preparations: Assignments3:51
Attached some assignment to work on Schematic level.

Switching to Board: An Introduction to Board Design Environment6:21
"Board Design Environment" this topic explains you about the Board design in Eagle CAD PCB Design. We will learn about the basic option to work on board level. This also explains about user interface option to ease designs.
Board Shape Creation12:06
This class will explain you about the how to create the board shapes, board cuttings and board edge tuning.
Constraints Settings: DRC entry, Net class and Rules19:32
This section class will explain you about the Design Rules, Net Class as well as Net Rules. This section is very important to apply before going for PCB Placement and Routing. Here in this steps we enter the manufacture standards as well as Technical standards like "Trace width and Trace Spacing.
Component Placements: Top and Bottom sides21:17
This class explains on how to work on component placements on single side and double sided.
PCB Routing: Complete Guidelines26:28
This is the main part of the PCB. Here we plan for Routing on top layer as well as bottom layer.
Copper Plan Creation3:45
Copper plane creation can be done with three methods like GND plane, Power Plane and Split Plane.
Gerber Generation9:51
This one is the last topic on this course which is essential to perform the Gerber creation to generate the files required by the manufacturers.

Requirements

Basic Electronics knowledge, BSc(Electronics), Diploma (Electronics or Electrical), BE (Electronics or Electrical), Master degree in Electronics and Electrical
If you are working in PCB Manufacturing and Assembly unit, PCB Design course will be an added skillset to your career profile.
If you own PCB printing, assembly and component soldering unit, you can learn PCB Design and can extend your business unit towards service sector.
If you have passion on Electronics subject, you can enroll this course and convert your passion into career.

Description

"Welcome to our comprehensive online Eagle CAD PCB Design Course: Theory & Practical approach, a gateway to mastering the art of Printed Circuit Board (PCB) design with Eagle CAD. This course is meticulously designed to provide you with an enriching learning experience, catering to both beginners and intermediates. Whether you're an aspiring PCB designer or someone looking to enhance their skills, this course offers a comprehensive, in-depth theory and hands-on guidance that sets it apart as the ideal learning resource.

The demand for PCB (Printed Circuit Board) design services in the market has been steadily increasing due to several factors:

Electronics Industry Growth: The proliferation of electronics in various sectors such as consumer electronics, automotive, aerospace, healthcare, and IoT has led to an increased demand for PCBs.
Miniaturization: As electronic devices become smaller and more compact, the need for intricate PCB designs to accommodate complex circuitry within limited space has risen.
Technology Advancements: Advancements in technology, such as the Internet of Things (IoT), 5G connectivity, and wearable devices, require innovative PCB designs to support their functionalities.
Rapid Prototyping: The trend towards rapid prototyping and shortening product development cycles necessitates efficient PCB design services to quickly iterate and test new designs.
Customization: Industries increasingly require customized PCBs tailored to their specific needs, which drives demand for PCB design services capable of delivering bespoke solutions.
Outsourcing Trends: Many companies prefer to outsource their PCB design requirements to specialized service providers to leverage expertise, reduce costs, and accelerate time-to-market.
Green Initiatives: There's a growing emphasis on environmentally friendly PCB designs, leading to demand for designers who can develop energy-efficient and recyclable PCBs.

Why Our Eagle CAD PCB Design Course Stands Out:

In-Depth PCB Design Knowledge: We go beyond the basics to provide you with an in-depth understanding of PCB design principles. You'll delve into fundamental concepts and explore advanced techniques that are vital in the world of PCB design.
Eagle CAD Expertise: Gain proficiency in Eagle CAD, a trusted and industry-standard software. Learn to create schematics, design footprints, and craft intricate board layouts with confidence.
Flexible Online Education: Enjoy the convenience of online learning, which allows you to pace your learning to suit your schedule and learn from anywhere in the world.
Seasoned Instructors: Benefit from the expertise of our experienced instructors who bring real-world industry insights and best practices to your learning journey.
Hands-On Practice: Practical application of your newly acquired knowledge is key to mastering PCB design. Our course includes real-world projects and exercises that ensure you develop the skills needed to excel in this field.

Course Highlights:

PCB Design Fundamentals: Start your journey by mastering the foundational aspects of PCB design, including understanding key components, schematics, and layout principles.
Eagle CAD Overview: Dive into the powerful capabilities of Eagle CAD, a software renowned for its efficiency in creating comprehensive schematics.
Professional-Grade Design: Progress to the point where you can confidently create intricate PCB layouts with precision. Learn how to troubleshoot and optimize your designs for peak performance.
Expert Guidance: Access guidance and support from our seasoned instructors, all dedicated to your success.

Why PCB Design Matters:

PCB design is the backbone of the modern electronics industry. As technology advances, the demand for skilled PCB designers who can create efficient and compact circuit boards continues to grow. This course empowers you to meet this demand by providing you with the knowledge, tools, and hands-on experience required to excel in this dynamic field.

Embark on Your PCB Design Journey:

Join us and take the first step toward becoming a PCB design expert with Eagle CAD. Whether you aspire to work for top electronics companies, launch your own PCB design business, or embark on personal projects, this course serves as your essential stepping stone.

Enroll Today:

Don't miss the opportunity to access the best Eagle CAD PCB Design education available online. Enroll now and open the door to mastering PCB design with Eagle CAD. Your journey to expertise in PCB design begins here!"

Required eligibility:

Diploma in Electrical or Electronics & Communication.
BE/BTech. in Electrical or Electronics & Communication.
BSc/MSc in Electronics & Communication.
ME/MTech. (E&CE) in Communication.

PCB Design Course Content is given below in brief:

Schematic Design:

Basic Electronics theory.
Basics of Circuit designing.
Schematic design preparation.
Schematic part editing and creation.
Net list and Net class creation.
Bill Of Material generation (BOM).
Electrical Rule Checking.

Footprint Creation:

Through hole footprint creation.
Surface Mount Device footprint creation.
BGA/PGA footprint creation.

Board Designing:

Board size and shape creation.
Component placements.
PCB Routing.
Plane creation.
Design rule checking.
Gerber generation.

Skills you gain after the course completion:

Basic Electronics and Electronic components expertise.
Circuit Designing (Power management circuit designing)
Circuit Simulation for best understanding of the subject.
Tools/Software Expertise.
Basic design module practice.
Advanced design module practice.
Library Module: Symbol and Footprint design for all types of packages.
High speed placements & routing techniques.
Design for Manufacturing, Testing and Fabrication expertise.
Gerber generation and editing.

Benefits of choosing PCB Design Course:

Strong hold in basic electronics.
Circuit Design capability.
Circuit analysis & ERC.
Components knowledge.
Power Supply designing.
Power Integrity Analysis.
Multiple PCB-CAD tool expertise.
Expert in library creation.
Multi-layer PCB designing.
Gerber creation & editing.

Who this course is for:

Diploma in Electronics and Communication, Diploma in Electronics and Electrical and Diploma in Electrical.
Bachelor of Engineering in Electronics and Communication, Bachelor of Engineering in Electrical and Electronics.
BSc in Electronics, MSc in Electronics, MS in Electronics and Post graduate in Electronics and communication.
Hardware designers, PCB manufacturer, Electronic Components engineer, PCB design and developers.
Circuit designers, Embedded engineers and Beginners interested in development of PCB

Eagle CAD PCB Design Course: Theory & Practical approach

What you'll learn

Explore related topics

Course content

Printed Circuit Board: First approach4 lectures • 56min

Eagle CAD Library: Symbol Creation11 lectures • 3hr 46min

Eagle CAD Library: Footprint Creation (Package Creation)9 lectures • 1hr 46min

Eagle CAD PCB Design: Schematic Preparation5 lectures • 1hr 31min

Eagle CAD PCB Design: Board Design7 lectures • 1hr 39min

Requirements

Description

Who this course is for: