Source
https://www.udemy.com/course/full-stack-embedded-pcb/
Category
File Size
6.3 GB
Publisher
Alex-Cosmin Anghelina
Updated
May 3, 2026
Description
Learn the complete workflow of embedded hardware development — from a raw concept to a fully manufacturable PCB — using a professional ECAD environment and real engineering methods applied to a real project.
What you will build: A fully designed embedded board, developed step by step through every phase of the hardware engineering process, the same way professional engineers do it in the industry.
Course structure:
- Requirements & Architecture — Start by defining clear system requirements: power budgets, communication interfaces, mechanical constraints, and operating conditions. Build a block diagram that maps every functional module before writing a single net.
- Schematic Design — Place and wire components correctly, structure hierarchical sheets, apply decoupling strategies, manage power and signal integrity, and produce a clean, annotated schematic ready for layout.
- PCB Layout — Translate your schematic into a routed board. Learn component placement strategy, trace width calculations, differential pair routing, ground plane management, design rule checks (DRC), and Gerber file and BOM preparation for fabrication.
- Component Selection — Read and interpret datasheets, compare key electrical parameters, understand part tolerances and derating, and confidently source components on different suppliers.
Preview
1 image





