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How to Get Good at PCB Design A to Z Complete Roadmap

888 views· 27 likes· 18:53· Dec 6, 2025

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Altium Develop Trial 30 Days: https://www.altium.com/yt/kirschmackey $297 EMC course - https://academy.hasofu.com/course/crash-course-emc-emi-signal-integrity $97 roadmap https://academy.hasofu.com/course/pro-hardware-pcb-designer-roadmap $2997 Industry - https://academy.hasofu.com/course/complete-emc-emi-si-pi-high-speed Find me on LinkedIn: https://www.linkedin.com/in/knmackey/ #altiumstories @AltiumStories 00:00 Intro 00:53 Roadmap 05:00 Altium Promo 05:49 Roadmap Continued #PCBDesign #ElectronicsEngineering #ElectricalEngineering #EMTheory #SignalIntegrity #HardwareEngineering #PCBLayout #Altium #HighSpeedDesign #EngineeringEducation #CircuitDesign #PowerElectronics #FPGA #EmbeddedSystems #LearnElectronics

About This Video

I get asked all the time: “How do I get good at PCB design?” In this video I lay out the complete A-to-Z roadmap I use to take someone from zero to industry-ready—up to high-speed digital design—without wandering around for years. If you’re focused, this can be a 3–6 month sprint. The key is not skipping steps: you start with the fundamentals (including my mesh method and the four domains you need to combine), then you learn how PCBs are actually fabricated and assembled so you can speak the language and design boards that can be built. From there I walk you through a project-driven sequence: a simple 2-layer board, then a more serious DFM/DFA-focused design you build to IPC-2221 minimums, and then you level up into electromagnetism, EMI/EMC, and signal integrity—because you do not get “high-speed” for free. High-speed digital design is timing added on top of SI/EMI, and that’s where things get real. I also cover power integrity/PDN, component selection, core electronics fundamentals, and finally the career side: resume messaging, interviewing as a separate skill, and why technical presentations win offers when you package your work correctly.

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