Design PCBs Like a Pro: Master KiCad

Design PCBs Like a Pro

A 15-Week Guided Program from Basics to Manufacturing

About the course

Join our 15-week guided program and unlock the secrets of PCB design. Whether you're a beginner or looking to advance your skills, this course takes you from the basics to manufacturing, ensuring you become proficient in KiCad. Gain hands-on experience and practical insights to excel in the world of PCB design. Enroll now and start your journey to designing PCBs like a pro!

Comprehensive Curriculum

Master PCB design from scratch to manufacturing with step-by-step guidance.
Hands-On Practice

Apply theoretical knowledge in practical projects to enhance learning and skill development.
Expert Instructor

Learn from Peter Dalmaris, a seasoned professional with years of experience in PCB design.

About the Creator

Peter Dalmaris

Hi, I'm Peter Dalmaris, your guide to mastering PCB design. With a passion for teaching and years of industry experience, I'm here to share my knowledge and help you succeed. Join me in this transformative journey to become a PCB design expert!

Curriculum

1. Why KiCad? Understanding PCBs and the Design Process
2. Installing KiCad and Exploring Example Projects
3. Overview of KiCad's Core Applications
4. Working with Paths, Libraries, and Project Setup
5. Setting Up KiCad on macOS, Linux, and Windows
1. Introduction to Your First Project: The LED Torch
2. Creating Your KiCad Project and Schematic Sheet
3. Adding and Managing Symbols in Your Schematic
4. Wiring the Schematic and Electrical Rules Check (ERC)
5. Test the Schematic and Add Comments
1. From Schematic to Layout: Project Objectives
2. Launch Pcbnew and Import Footprints
3. Define Board Outline and Edge Constraints
4. Routing the PCB Tracks
5. Refine Layout, Add Silkscreen, Run DRC, and Export Gerbers
1. Core Design Principles and PCB Terminology
2. Applying Design Rules and Constraints
3. Managing and Creating Schematic Symbols
4. Managing and Creating PCB Footprints
5. Design Workflow and Planning Considerations
1. Project Introduction – Design a Simple Breadboard Power Supply
2. Draw the Schematic for Your Project
3. Prepare for PCB Layout: Netlist, Footprints, and Sheet Check
4. Layout Your First PCB: Board Outline, Placement, and Tracks
5. Finish the Layout, Add Silkscreen, and Run Design Checks
1. Using the Symbol Chooser and External Libraries
2. Create Your First Custom Schematic Symbol
3. Finding and Using Footprints in KiCad
4. Create Your First Custom Footprint
5. Bulk Editing Symbols and Footprints
1. Net Labels and Net Classes
2. Electrical Rules and Customization
3. Filled Zones and Keep-Out Zones
4. Using the Interactive Router
5. Length Measuring Tools
1. Create a Custom Silkscreen or Copper Graphic
2. Understanding BOMs and Assembly Documentation
3. Grid Overrides and Field Name Templates
4. Plugin and Content Manager
5. PCB Manufacturing and Tools
1. Finding and Fixing Defects
2. Creating Custom Graphics
3. Grid Overrides and Teardrops
4. Editing Track and Via Properties
5. Activity – Create a Custom Silkscreen Graphic
1. Project Introduction and Schematic Setup
2. Symbols and Component Values
3. Arrange, Annotate, Associate and Wire the Schematic
4. Nets, ERC and Design Comments
5. Review and Import to Layout Editor
1. Component Placement and Board Outline
2. Routing and Outline Refinement
3. Copper Fills and Silkscreen Design
4. Design Rule Check and Repairs
5. 3D Models, Export, and Manufacturing Preparation
1. Project Introduction and Schematic Setup
2. Annotate, Arrange, Associate, and Set Values
3. Wiring the Schematic
4. Nets, Net Classes, and Electrical Rules Check
5. Comments and Layout Setup
1. Define Board Outline and Constraints
2. Component Placement and Outline Refinement
3. Routing the PCB
4. Copper Fills, Keep-Out Areas, and Silkscreen
5. Routing Improvements, DRC, and Manufacturing
1. Add 3D Shapes
2. Fixing a Design Defect
3. Four-Layer PCB Routing and Manufacturing
4. Updating the Layout from Schematic Changes with Git
5. Finding and Correcting a Design Defect
1. Project Management with Git
2. Using the Circuit Simulator
3. Python Scripting API
4. Jobsets in KiCad
5. Design Blocks

Ready to Learn FPGA Programming?

Enroll now to access the comprehensive course and kickstart your journey to mastering FPGA programming using Red Pitaya's STEMLAB 125-14

Take me to the Elektor Shop