Lesson series

Practical Signal Integrity, EMI & High-Speed PCB Design

From Confused About Signal Integrity to Confident High-Speed PCB Designer

Signal integrity, EMI, EMC, differential pairs, stackups, return paths, impedance control...

Most engineers know these concepts matter.

Few truly understand them.

This course was created to bridge that gap.

Using practical projects, visual explanations, and real-world engineering workflows, you'll learn the same concepts that have helped students land roles at companies such as Texas Instruments, Garmin, Juniper Networks, Astranis, Teradyne, and other leading technology organizations.

What You'll Achieve:
✔ Understand signal integrity, EMI, and EMC with confidence
✔ Master differential pairs, return paths, and impedance control
✔ Design production-ready high-speed PCBs
✔ Build engineering intuition that transfers across Altium, KiCad, OrCAD, Allegro, and other PCB design tools
✔ Develop practical skills used by professional hardware engineers

Whether you're preparing for your first hardware role or advancing into high-speed digital design, this course provides a practical path forward.
Format

Online
Course

Starting date

Any time

Duration

15 Hours

Price

$697 297

Build a Real USB-A to USB-C High-Speed Project

Learning theory is important.

Applying it is where real engineers are made.

In this course you'll work through a practical USB-A to USB-C converter project that introduces many of the same design considerations found in modern high-speed products.

You'll learn how to:
✔ Create an effective PCB stackup
✔ Define high-speed constraints
✔ Route differential pairs
✔ Verify critical design rules
✔ Prepare designs for manufacturing
✔ Analyze high-speed routing decisions with confidence

Primary demonstrations are performed in OrCAD X / Allegro X, with engineering concepts that apply directly to Altium Designer, KiCad, Xpedition, and other professional PCB design tools.

Whether you're preparing for your next hardware role, expanding your PCB design skills, or transitioning into high-speed design, this course provides a practical roadmap for getting there.
Practical Signal Integrity, EMI, and High-Speed PCB Design

Practical Signal Integrity, EMI, and High-Speed PCB Design

Most PCB designers can route traces. Very few understand why boards fail.

If you've ever struggled with signal integrity, EMI, differential pairs, stackups, return paths, impedance control, or high-speed routing, this course was built for you.

In this hands-on training, you'll learn the practical engineering principles used to design modern high-speed PCBs through real projects, simulations, and implementation exercises.

What You'll Learn
How signal reflections occur and how to eliminate them
How crosstalk impacts performance and how to reduce it
Differential pair routing and length matching
PCB stackup design for signal integrity and EMI control
Return current behavior and grounding strategies
Via stubs, skew, attenuation, and ground bounce
Constraint-driven PCB design workflows
High-speed USB-C board implementation
Practical engineering decisions used in professional PCB development

Included
Signal Integrity and EMI Fundamentals
Real PCB Design Project
USB-C High-Speed Implementation Project
Practical Assignments and Exercises
Downloadable Resources
Lifetime Updates to This Course

Who This Is For
PCB Designers
Electrical Engineers
Electronics Hobbyists
Students Entering Hardware Design
Engineers Transitioning Into High-Speed Design

The Goal
By the end of this course, you'll understand not only how to route a board, but why the design decisions matter and how to avoid the mistakes that cause real hardware failures.

Enroll today and start designing high-speed PCBs with confidence.
High-speed PCB design course

Real Student Outcomes

Students have used these concepts to:

  • Land roles at Texas Instruments, Garmin, Juniper Networks, Astranis, Teradyne, and other technology companies
  • Transition into professional PCB design roles
  • Lead complex PCB projects with greater confidence
  • Solve signal integrity and differential pair challenges that previously felt overwhelming
Testimonials

What our learners say

I struggled trying to understand signal integrity, EMI, and EMC related to PCBs. Now I don't because of your courses. Your courses even helped me with differential pairs which I'm most thankful for.

 When I first started this journey your linked in courses and you tube videos guided me through my design during my internship. Now I have returned to master the art
Jerrval Legette
I fully believe that you are the reason that I got this job. I was lucky to have resources and someone who genuinely cared about helping me succeed. I don't think I can properly describe how valuable that support was.


Kaitlyn Nakamura
Created with