• views: 173
• date: 2 May 2026
• posted by: 0nelove

What you'll learn
Develop a complete embedded project from scratch — from idea and requirements to a working PCB prototype
Use a professional ECAD environment to create schematic symbols, footprints, and full project files
Apply best practices in schematic and PCB design to meet signal integrity, power integrity, and EMC standards
Design a PCB layout: component placement, trace routing, ground planes, DRC, and Gerber file export
Select components by reading datasheets, comparing key parameters, and sourcing parts from suppliers
Design a complete schematic from scratch: component placement, power rails, decoupling, and net management
Understand the PCB manufacturing process: stackup, tolerances, surface finishes, and how to order from a fab house
Prepare a complete Bill of Materials (BOM) and assembly documentation for PCB fabrication and prototyping
Understand passive and active component parameters — resistors, capacitors, inductors, MOSFETs, and diodes
Requirements
Basic electronics knowledge
Familiarity with basic electronic components: resistors, capacitors, and what a microcontroller is
A computer with internet access to download and install the ECAD software used in the course (free version available)
No prior PCB design or ECAD experience needed — all tools and techniques are taught from scratch in the course
Curiosity and motivation to learn — every concept is explained step by step with practical examples
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.Every lesson includes an attached document — a compact, technically dense reference packed with additional theory, formulas, real-world examples, and engineering rules of thumb. These are materials you can keep and reuse across your own future projects long after the course is done.By the end, you will have the technical knowledge, the practical skills, and the engineering mindset to take any embedded hardware project from idea to prototype — confidently and independently.
Electronics enthusiasts who have project ideas and want to learn how to turn them into a real product, from concept to physical prototype.,Electrical or electronics engineering students who want to complement their theoretical knowledge with a practical, real-world workflow.,Makers and hobbyists already familiar with Arduino or Raspberry Pi, who want to take the next step and design their own custom PCB boards.,Early-stage hardware product developers who want to understand the full hardware development process before working with a team or a manufacturer.,Freelancers and entrepreneurs who want to build an electronics prototype for a product idea and need a step-by-step guide to go from concept to a real, physical boar



   
   
   

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