From Schematic to PCB: Layout Fundamentals

Turning an electronic schematic into a reliable, manufacturable printed circuit board (PCB) is one of the most critical skills in electronics design. Every circuit starts on paper, but only careful layout ensures it works in the real world—whether it’s a hobby project, a startup prototype, or a production-ready product. This course guides you through the fundamentals of PCB layout, from understanding design rules to smart component placement, layer stackup, and routing strategies. Using KiCAD as the practical tool of choice, you will learn step-by-step how to transform a schematic into a professional-quality PCB ready for fabrication. This course is designed for beginners, hobbyists, and early-career engineers who want to master PCB design fundamentals. With a focus on hands-on demos, you’ll follow a consistent project—from schematic import to a completed PCB layout—making the learning practical and directly applicable. This course is designed for electronics enthusiasts, students, and early-career engineers eager to transform schematics into real, manufacturable PCBs. Ideal for those interested in embedded systems, IoT devices, or hardware product development, it bridges theory with hands-on PCB design practice using KiCAD. Basic knowledge of electronics (components, current flow, Ohm’s Law), familiarity with simple microcontroller circuits, basic computer skills, and installation of KiCAD v8+ for hands-on PCB design practice. By the end of this course, you’ll have the confidence and skills to transform any schematic into a fully manufacturable PCB using professional design practices. You’ll understand how to plan layouts, route signals, manage power and ground planes, and verify your design for fabrication. Whether you’re building prototypes, creating hobby projects, or preparing for a career in electronics design, this course equips you with the practical foundation to bring your ideas to life—one board at a time

• Apply PCB workflow from schematic to fabrication applying design rules
• Implement effective component placement and robust power/ground networks
• Integrate signals and verify designs with ERC/DRC

• Basic familiarity with topic and terminology
• Readiness for practice through exercises or case studies