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The Hardware Engineer's Breakthrough: From Support to Senior Designer

This isn't just another PCB design course - it's your pathway out of the career ceiling that's keeping you stuck.

If you're a $100K+ engineer trapped in support, test, or CAD roles while watching others design the complex systems you know you're capable of building, this program breaks you free.

Using Kirsch Mackey's proven MESH method, you'll transform from someone who follows tutorials to an engineer who understands the fundamental principles behind high-speed PCB design. No more guessing, no more imposter syndrome - just the systematic confidence that separates senior designers from everyone else.

The result is this: You become the hardware architect that companies actively recruit, not just another engineer hoping for a chance to prove yourself.

In 18 weeks, you'll master the complete design process: high-speed routing, signal integrity, power integrity, and EMC - the specialized skills that turn support engineers into design leaders.
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What's included?

  • 10 Chapters
  • 1 Certification
  • 2 Key Projects
  • 125+ Videos
  • 10+ PDFs and Docs

Become a Hardware Engineer

You will learn how to design printed circuit boards operating at low speeds and high speeds (10 Gbps) through study, theory and application

New Career + New Status + More money

Self-Start a new career in Hardware and PCB design within 90 days, and in advanced Hardware and PCB design in 90 days.
Overview

Here is what we will cover in
this course

The MESH Method to PCB Design

The fastest method to holistically understanding PCB design from low speed to high speed

Schematic Capture

Learn Schematic Capture and Principles Across multiple different PCBs. Learn practical tips or capture that take interdisciplinary teams into consideration.

PCB Layout

Place your components optimally for manufacturing, signal integrity, EMI, PI and high-speed digital design

Understand and plan for communication Protocols

Design a PCB for interfaces like PCIe, MIPI, I2C, SPI, UART, USB, Ethernet, etc.

Gain Embedded Mobile Experience

Design boards for mobile and/or embedded processors and memory systems

Professional Software

Learn using your software of choice (Altium Designer 25, Cadence OrCAD/Allegro 24.1, Siemens Xpedition 2054, KiCAD 9, Fusion360)

Curriculum (General)

Module 1: EMC Physics for PCB Designers (4 hours)
Module 2: High-Speed Routing with Confidence (6 hours)
Module 3: Signal/Power Integrity Fundamentals (4 hours)
Module 4: Systematic Design Validation (4 hours)
Project: Design a complex high-speed board with mentorship
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