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PCB Design: Designing Printed Circuit Board
Role Play
Rating: 4.0 out of 5(13 ratings)
1,761 students

PCB Design: Designing Printed Circuit Board

Mastering the Art of Printed Circuit Boards An A-Z Guide to Designing, Testing, and Manufacturing Electronic Circuits
Role Play
Created byEducational Engineering Team, Educational Engineering
Last updated 2/2026
English
English [Auto],

What you'll learn

  • Master the fundamentals of designing electronic circuits.
  • Simulate and test circuits efficiently with Proteus software.
  • Create professional PCB layouts for your projects.
  • Identify and resolve design errors swiftly.
  • Use Proteus Software, a leading tool in electronic design.

Course content

2 sections • 21 lectures • 2h 15m total length

  • Section Intro0:44
  • What You will learn2:14

    Learn to design, draw, and test electronic circuits using ISIS and ARES, from installation and basic tools to creating and routing a PCB for mass production.

  • Who We Are5:23

    Meet the educational engineering team, a mechatronics and electronics group with over 12 years of teaching and practical projects, delivering real-world pcb design, circuit design, and fabrication guidance.

  • Introduction Prestart Defentions1:15

    Use the protos package to design, draw, and simulate circuits with ISIS, then create a printed circuit board in Eris by placing components and routing traces for production.

  • Design Kickoff Meeting: Proposing a PCB Layout Strategy
  • Installing the Required Software Proteus4:15

    Learn to download and install Proteus demonstration from Lab Center Electronics, accept the license, customize the install, run the demo, and create a new ISIS file for learning electronics.

  • Basic introduction to Proteus ISIS interface and Tools5:47

    Create a new project in Proteus ISIS and explore toolbars, menus, and the main work area, including 3D visualization and circuit measurement.

  • Design Draw and Test your First Simple Circuit5:02

    Design and simulate a simple circuit in ISIS by adding LEDs, resistors, a switch, and a ground, wiring components, applying five volts, and running the simulation.

  • Introducing Some Techniques to Master ISIS3:42

    Copy elements as blocks and use block copy to duplicate circuits in ISIS, then edit item properties like forward voltage. Generate a bill of materials to plan PCB assembly.

  • Create Your Own Electric Element in ISIS Proteus6:01

    Create a custom 28-pin IC element in ISIS Proteus, draw its outline, and add pins to a library for reuse in PCB design; for final production, not simulation.

  • Design Draw and Test a more advanced Circuit8:04

    Design, draw, and test an advanced circuit with an LCD, a PIC microcontroller, resistors, pushbuttons, crystals, and capacitors; use default connections to simplify wiring and prepare the PCB for production.

  • Basic Introduction to ARES interface and tools6:25

    Explore the iris interface for PCB design, learning to use autoroute, track, and package modes to connect elements, and switch between metric and imperial dimensions.

  • Preparing ISIS Circuit Design to be moved to ARES5:30

    Standardize ISIS circuit names before moving to ARES, renaming grounds to VSS and 5V nets to VD, assign PCB packages, and prepare components for PCB layout.

  • Placing Elements the right way in ARES5:41

    Place the lcd and microcontroller first, then fit capacitors, resistors, and buttons close with adjusted pad sizes. Rotate parts to prevent shorts and follow the green nets.

  • Start Routing in Different Ways11:02

    Master routing PCB elements with manual and automatic methods, using design manager, T40 configurations, and top covers and bottom covers, and learn how routing resolves conflicts to connect LCD footprints.

  • Finalize Your Circuit for mass production7:19

    Finalize your circuit for mass production by defining board borders with the board edge, reviewing dimensions, correcting design rule errors, and previewing the 3d visualizer for accuracy.

  • Print PCB Design on Heat Paper3:19

    Master print PCB design on heat paper, improving efficiency and effectiveness as you pick it up and keep everything under control.

  • PCB Board Cleaning and Etching14:41

    Learn practical pcb board cleaning and etching techniques to achieve reliable circuit boards and high-quality manufacturing outcomes. Explore best practices for preparation, process control, and quality assurance.

  • Drilling4:00

    Examine themes of treatment, epidemic, and duty as they surface in the lecture caption, referencing fentanyl and abandonment.

  • Section Summary0:31
  • Reading Material0:26
  • Design Review Session: Presenting Your Completed PCB Layout

Requirements

  • A passion for electronics
  • Basic knowledge of electronics (optional for beginners)
  • Access to a PC or laptop
  • Proteus Software (included in the course resources)

Description

Discover the fascinating world of PCB design and learn how to bring your electronic circuit ideas to life. This course covers everything you need to know to design, test, and manufacture printed circuit boards (PCBs) using Proteus, a top-rated design software. Perfect for beginners and experienced engineers alike, the course offers a comprehensive, hands-on approach to mastering PCB design, helping you build practical skills to create custom electronic circuits and develop solutions from scratch.

What You’ll Learn:

  • PCB Design Essentials – Understand PCB structure, component layout, and design rules.

  • Proteus Software Mastery – Learn how to use Proteus for intuitive circuit design with drag-and-drop ease.

  • Circuit Testing and Debugging – Discover effective methods for testing and refining your circuits.

  • Production-Ready Design – Prepare your circuits for mass production with industry best practices.

Why Enroll in This Course?
Gain practical insights and hands-on experience with PCB design. This course provides an A-Z guide, taking you from the basics of electronic circuits to advanced techniques for designing, testing, and preparing circuits for production. As an essential skill in today's tech-driven world, PCB design knowledge opens doors to numerous opportunities in engineering, electronics, and manufacturing.

What Students Are Saying:
“A refreshing course for anyone with electronics experience! It’s practical and insightful, covering all I needed to know to start designing circuits.” – Michael Williams

Who Is This Course For?

  • Beginners with an interest in electronics design.

  • Engineering Students looking to add PCB design to their skill set.

  • Electronics Enthusiasts eager to bring their circuit ideas to life.

Requirements:

  • No prior PCB design experience is necessary.

  • A computer with Proteus software.

  • An enthusiasm for learning and creating!

Meet Your Instructor
The Educational Engineering Team, led by Ashraf AlMadhoun, has over 13 years of experience in PCB design, microcontroller programming, and circuit manufacturing. With a dedication to accessible, high-quality teaching, Ashraf and his team have helped over 250,000 students worldwide turn ideas into reality. Known for a clear, step-by-step approach, they make complex topics manageable, giving you the tools you need to succeed in electronics and engineering.

Join a community of learners and start designing your own circuits today. Enroll Now!

Who this course is for:

  • Engineering Students exploring circuit design
  • Electronics Enthusiasts looking to enhance their skills
  • Science Students with an interest in practical electronics
  • Anyone passionate about learning electronics and circuit design

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