How is the KiCad PCB design workflow different from just drawing a schematic or a layout?

A schematic or a layout on its own covers only one stage of PCB design. The workflow taught here links the circuit diagram, package choices, routing, rule checks, and fabrication outputs so the design can move through the full process.

What tools, platforms, or methods are used in this course?

The course centers on KiCad as the main open-source PCB design platform. It uses a schematic-to-layout workflow together with design-rule checking and fabrication-output preparation.

Mastering KiCAD: Open-Source PCB Design for Beginners

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Mastering KiCAD: Open-Source PCB Design for Beginners

Dozenten: Maheen Rasheed

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1 Modul

Verschaffen Sie sich einen Einblick in ein Thema und lernen Sie die Grundlagen.

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1 Modul

Verschaffen Sie sich einen Einblick in ein Thema und lernen Sie die Grundlagen.

29 Bewertungen

Stufe Mittel

Empfohlene Erfahrung

3 Stunden zu vervollständigen

Flexibler Zeitplan

In Ihrem eigenen Lerntempo lernen

Was Sie lernen werden

LO1: Identify the right component packages required to complete the PCB design.
Implement PCB design guidelines tailored to the chosen fab house.
Interpret the requirements and design a PCB from schematic to fabrication outputs using KiCAD.
Create custom packages, implement panelization and differential pair routing techniques.

Kompetenzen, die Sie erwerben

Kategorie: Technical Design
Kategorie: Design
Kategorie: Software Installation
Kategorie: Diagram Design
Kategorie: Open Source Technology
Kategorie: Data Import/Export

Werkzeuge, die Sie lernen werden

Kategorie: Design Software

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Unterrichtet in Englisch

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In diesem Kurs gibt es 1 Modul

This course covers all these topics. This is a step-by-step course on printed circuit board design. We will demonstrate how KiCAD can be used to create professional PCB designs through multiple examples. You’ll dive deep into specific use cases such as multi-page schematic, multi-layer PCB layout and PCB panels, all while highlighting the best practices to be followed while designing a schematic or a layout.

One of the unique aspects of this course is its focus on hands-on learning. Whether you are a beginner or have some experience in electronics, this course will equip you with the knowledge and skills needed to create professional printed circuit boards. This course is ideal for Electronics, Electrical, and Computer Science engineering students, aspiring embedded systems professionals, and makers and hobbyists with a foundational understanding of basic electronics and components. It’s designed for anyone eager to develop professional-grade PCBs using open-source tools like KiCAD, offering practical insights and hands-on experience to bring your electronic designs to life. Participants should have a basic understanding of electronics concepts, including types of components, current flow, Ohm’s law, 3-pin regulator circuits, basic oscillators like astable multivibrators, and simple microcontroller circuits. Computer proficiency is also essential. Additionally, ensure you have KiCAD software version 8.0.6 installed and your system meets the common requirements. We will explore KiCAD to create multilayer and mixed signal PCB designs, route differential pair signals, design PCB panels, generate gerber files and apply signal integrity and EMC techniques.

In this course, you’ll explore the step-by-step process of printed circuit board (PCB) design using KiCAD. Through multiple examples, you’ll learn how to create professional PCB designs while diving into specific use cases like multi-page schematics, multi-layer PCB layouts, and PCB panels. Along the way, you’ll discover best practices for designing schematics and layouts, equipping you with the skills to create high-quality PCB designs efficiently.

Das ist alles enthalten

13 Videos5 Lektüren1 Aufgabe4 peer reviews3 Diskussionsthemen

13 VideosInsgesamt 69 Minuten

Introduction to the Course & Meet Your Instructor3 Minuten
Component Packaging & Mounting7 Minuten
The Art of Schematic Design5 Minuten
Your First PCB Completed Design7 Minuten
Building On Your First PCB7 Minuten
Generate Fabrication Outputs5 Minuten
Updating Your KiCAD Libraries7 Minuten
The Art of Panelization in PCB Design5 Minuten
Routing Differential Pair Signals6 Minuten
Signal Integrity & EMC Challenges5 Minuten
The Art of Mixed Signal Designs6 Minuten
Creating Your First Multi-Layer PCB Design5 Minuten
Congratulations and Continuous Learning Journey2 Minuten

5 LektürenInsgesamt 25 Minuten

Welcome to the Course: Course Overview5 Minuten
SMD Component Packages5 Minuten
Electronics Standards5 Minuten
PCB Manufacturing Process5 Minuten
High Speed PCB Designs5 Minuten

1 AufgabeInsgesamt 20 Minuten

Mastering KiCAD: Open-Source PCB Design for Beginners20 Minuten

4 peer reviewsInsgesamt 60 Minuten

Hands on Learning (HOL): BJT Astable Multivibrator PCB (Part 1)15 Minuten
Hands on Learning (HOL): BJT Astable Multivibrator PCB (Part 2)15 Minuten
Hands on Learning (HOL): Building a 4 Layer Mixed Signal Design15 Minuten
Project: Create a 4 layer PCB similar to Arduino Uno involving Atmega328p Microcontroller15 Minuten

3 DiskussionsthemenInsgesamt 15 Minuten

Team Consistency in Design5 Minuten
KiCAD vs Commercial Tools5 Minuten
Multilayer PCB for High-Speed Projects5 Minuten

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Maheen Rasheed

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instructor must improve his english furthermore the tutorials were too fast

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Häufig gestellte Fragen

In this course, the KiCad PCB design workflow means creating a printed circuit board step by step inside KiCad, from the schematic to the final fabrication files. The focus is on linking package selection, layout, and design checks so the board is designed as a complete process.

You would use it when you need to move from an electronic circuit idea or requirement to a board that can actually be fabricated. The course presents it as a repeatable way to handle package selection, layout planning, and manufacturability instead of treating PCB work as a one-off drawing exercise.

It sits after you understand the circuit requirements and before the final manufacturing files are sent out. In the course, the workflow keeps schematic work, footprint choices, layout decisions, and design checks connected as one repeatable process.

A basic understanding of electronics is helpful, including common components, current flow, Ohm's law, simple regulator circuits, basic oscillators, and simple microcontroller circuits. You also need general computer proficiency and a working KiCad installation, because the course starts from applying the PCB design process rather than teaching electronics from the ground up.

You practice choosing component packages, building schematics, assigning footprints, laying out boards, and checking designs against manufacturer constraints. The course also extends that same workflow to multi-page organization, multi-layer or mixed-signal layout, differential pair routing, panelization, and fabrication file generation.