BESTSELLER

PCB Design & Fabrication

Learn the complete process of printed circuit board design from schematic creation to PCB layout and fabrication. This course focuses on industry tools, component placement, routing techniques, and preparing manufacturing-ready PCB designs.

4.8 (24,985 ratings)
198,300 students enrolled
Rohit Dev Created by Rohit Dev | English

Course Overview

The PCB Design & Fabrication course provides comprehensive training on designing and manufacturing printed circuit boards (PCBs) used in modern electronic devices. PCBs are the backbone of electronic hardware systems and are widely used in consumer electronics, industrial equipment, automotive electronics, telecommunications, medical devices, and IoT systems.

This course covers the complete PCB development cycle—from schematic design and component selection to layout design, signal routing, fabrication processes, and testing. Participants will gain practical knowledge of industry-standard PCB design tools and learn how to create professional multi-layer circuit boards suitable for real-world electronic products.

By the end of the course, learners will be able to design, fabricate, and test functional PCBs for various embedded and electronic applications.

Who can enrol?

  • Electronics and Communication Engineering students
  • Electrical Engineering students
  • Embedded systems developers
  • Hardware design engineers
  • Robotics and IoT enthusiasts
  • Diploma holders in electronics engineering
  • Professionals interested in electronic product development

Tools & Technologies Covered

  • PCB Design Software (e.g., schematic and layout tools)
  • Circuit Simulation Tools
  • Electronic Component Libraries
  • PCB Layout and Routing Tools
  • PCB Fabrication Techniques
  • Surface Mount Technology (SMT) Tools
  • Electronic Testing Instruments

Course Curriculum

45 Sections • 480 Lectures • 65h 30m total length

This module introduces the basic principles of printed circuit boards and their role in electronic systems.

Topics Covered

  • Introduction to printed circuit boards
  • Types of PCBs (single-layer, double-layer, multi-layer)
  • PCB materials and substrates
  • Electronic components used in PCB design
  • PCB design workflow and lifecycle
  • PCB design standards and guidelines
  • Safety considerations in PCB development

This module focuses on creating circuit diagrams and preparing schematics for PCB design.

Topics Covered

  • Basics of electronic circuit design
  • Reading and interpreting circuit diagrams
  • Component selection and specifications
  • Schematic capture techniques
  • Library creation and component symbols
  • Circuit simulation and verification
  • Design rule checking (DRC)

This module teaches the process of converting schematics into physical PCB layouts.

Topics Covered

  • PCB layout fundamentals
  • Component placement strategies
  • Routing techniques and trace design
  • Power and ground plane design
  • High-speed signal routing concepts
  • Multi-layer PCB design
  • PCB layout optimization

This module explains how designed PCBs are manufactured in fabrication facilities.

Topics Covered

  • PCB manufacturing process overview
  • PCB etching and drilling processes
  • Layer stacking and lamination
  • Copper plating and solder masking
  • Surface finishing techniques
  • Quality control and inspection methods
  • PCB prototyping and production

This module covers the assembly of electronic components on PCBs and testing techniques.

Topics Covered

  • Surface Mount Technology (SMT) and Through-Hole Technology (THT)
  • Component placement and soldering methods
  • Automated assembly techniques
  • PCB testing methods
  • Fault detection and debugging
  • Functional testing of electronic circuits
  • Reliability testing

This module explores advanced PCB design techniques used in complex electronic systems.

Topics Covered

  • High-speed PCB design considerations
  • Electromagnetic compatibility (EMC) and EMI reduction
  • Thermal management in PCB design
  • Power distribution network design
  • Design for manufacturability (DFM)
  • Design for testability (DFT)

This module allows participants to apply their learning through a real-world PCB design project.

Topics Covered

  • Project planning and circuit design
  • Schematic development and verification
  • PCB layout creation
  • Design rule validation
  • Prototype PCB fabrication
  • Testing and debugging
  • Final project presentation

Certifications

  • PCB Design & Fabrication Certification
  • Electronic Hardware Design Certificate
  • Project Completion Certificate

Career Opportunities

  • PCB Design Engineer
  • Hardware Design Engineer
  • Embedded Hardware Engineer
  • Electronics Product Development Engineer
  • Electronic Manufacturing Engineer
  • IoT Hardware Developer

Why Choose Us

  • Industry-oriented PCB design curriculum
  • Hands-on training with real design tools
  • Practical projects based on real electronic products
  • Experienced trainers from electronics and hardware industries
  • Flexible learning options with online and offline sessions
  • Certification that enhances career opportunities in electronics design

Course Outcome

After completing this course, participants will be able to:

  • Understand the fundamentals of PCB design and electronic circuit development
  • Create schematic diagrams for electronic systems
  • Design PCB layouts with proper component placement and routing
  • Understand PCB manufacturing and fabrication processes
  • Perform PCB assembly and testing procedures
  • Apply advanced PCB design techniques for high-performance circuits
  • Develop and prototype functional PCBs for real-world applications

Frequently Asked Questions

Everything you need to know about this course

A Printed Circuit Board (PCB) is a board that mechanically supports and electrically connects electronic components using conductive copper traces.

 This course is suitable for electronics engineering students, embedded developers, hardware engineers, and anyone interested in electronic product design. 

 Basic knowledge of electronics is helpful, but beginners can also follow the course with proper guidance. 

 Participants will learn how to design schematics, create PCB layouts, understand fabrication processes, and assemble electronic circuits. 

PCB designers are needed in industries such as:

  • Consumer electronics
  • Automotive electronics
  • Telecommunications
  • Industrial automation
  • Medical devices
  • Aerospace and defense

 Yes. Participants will work on real PCB design projects and develop a functional circuit board. 

 The course typically takes 6 weeks depending on the learning schedule. 

Yes. Participants who successfully complete the training and project will receive a PCB Design & Fabrication Certification.

PCB Design & Fabrication

AED 320.00

AED 400.00

2 days left at this price!

Login to Enroll Create Free Account

Flexible payment options available

About the course:
  • Duration: 6 Weeks
  • Mode: hybrid
  • Session: Weekdays or Weekends
  • Level: beginner
  • Language: English

Student Testimonials

What our students say about this course

Rated 4.8 / 5
8 reviews

The PCB Design and Fabrication course provided a comprehensive understanding of circuit board development from schematic design to final fabrication. The instructors explained routing techniques, component placement strategies, and signal... The PCB Design and Fabrication course provided a comprehensive understanding of circuit board development from schematic design to final fabrication. The instructors explained routing techniques, component placement strategies, and signal integrity considerations in a very practical way. The hands-on design exercises helped me confidently design multilayer PCBs used in real electronic products. Read more

Nitin Verma
Nitin Verma
Hardware Design Engineer, Foxconn Technology Group

This course helped me understand the complete PCB development workflow including schematic capture, layout design, and manufacturing processes. The trainers explained design rules, grounding strategies, and PCB fabrication steps very... This course helped me understand the complete PCB development workflow including schematic capture, layout design, and manufacturing processes. The trainers explained design rules, grounding strategies, and PCB fabrication steps very clearly. The practical assignments allowed us to design and simulate real electronic circuits, which greatly improved my confidence in PCB design. Read more

Sahil Khanna
Sahil Khanna
Electronics Design Engineer, Philips Electronics

I found this course extremely useful for learning professional PCB layout techniques. The modules covering routing strategies, footprint creation, and signal integrity were particularly valuable. The instructors also explained the... I found this course extremely useful for learning professional PCB layout techniques. The modules covering routing strategies, footprint creation, and signal integrity were particularly valuable. The instructors also explained the manufacturing and testing stages of PCBs, which gave me a deeper understanding of how electronic boards are produced in real industrial environments. Read more

Komal Shah
Komal Shah
Circuit Design Engineer, Bosch India

The PCB Design training provided an excellent balance of theory and hands-on experience. I learned how to design high-quality PCB layouts while following proper electrical and manufacturing guidelines. The practical... The PCB Design training provided an excellent balance of theory and hands-on experience. I learned how to design high-quality PCB layouts while following proper electrical and manufacturing guidelines. The practical sessions helped me build confidence in using professional PCB design tools and understanding how boards are fabricated and assembled. Read more

Ajay Singh
Ajay Singh
Hardware Developer, Dell Technologies

This course gave me a strong foundation in modern PCB design practices. The trainers explained topics like multilayer board design, component placement optimization, and routing techniques in great detail. The... This course gave me a strong foundation in modern PCB design practices. The trainers explained topics like multilayer board design, component placement optimization, and routing techniques in great detail. The practical projects allowed us to implement real design workflows similar to those used in electronics manufacturing companies. Read more

Tarun Arora
Tarun Arora
Electronics Engineer, HP Inc.

The training sessions were very practical and focused on real-world PCB design challenges. I particularly liked the lessons on design rules, PCB stack-ups, and fabrication constraints. The instructors also shared... The training sessions were very practical and focused on real-world PCB design challenges. I particularly liked the lessons on design rules, PCB stack-ups, and fabrication constraints. The instructors also shared useful industry insights about manufacturing processes and quality testing of electronic circuit boards. Read more

Pankaj Yadav
Pankaj Yadav
Product Design Engineer, LG Electronics

The PCB Design course helped me understand the entire electronic hardware development process. The instructors guided us through schematic creation, PCB routing, and design verification steps. The hands-on assignments were... The PCB Design course helped me understand the entire electronic hardware development process. The instructors guided us through schematic creation, PCB routing, and design verification steps. The hands-on assignments were extremely helpful and allowed me to develop practical design skills required in electronics product development. Read more

Ritu Sharma
Ritu Sharma
Hardware Engineer, Panasonic India

This training provided a clear understanding of professional PCB design workflows used in the electronics industry. The modules on component placement, routing optimization, and PCB fabrication were very informative. I... This training provided a clear understanding of professional PCB design workflows used in the electronics industry. The modules on component placement, routing optimization, and PCB fabrication were very informative. I now feel confident designing circuit boards for embedded systems and electronic devices. Read more

Akash Nair
Akash Nair
Embedded Hardware Engineer, Sony Electronics
Call Enquire Courses