Course Content

Introduction to PCB Design
Understand the basics of printed circuit boards and their role in electronics product development. Learn PCB types and industry applications.

Introduction to KiCad Software
Overview of KiCad interface, tools, and workflow. Set up project files and understand schematic-to-PCB process.

Electronic Components & Symbols
Learn electronic components, footprints, and schematic symbols. Understand libraries and component selection.

Schematic Design in KiCad
Create circuit schematics using KiCad. Connect components properly and verify electrical rules.

Annotation & ERC (Electrical Rule Check)
Annotate components and perform error checking to ensure proper circuit design.

Footprint Assignment
Assign correct PCB footprints to schematic components. Understand package types (DIP, SMD, etc.).

PCB Layout Design
Convert schematic to PCB layout. Place components and plan board structure efficiently.

Routing & Track Design
Route tracks manually and automatically. Understand track width, clearance, and design rules.

Ground Planes & Power Planes
Design proper grounding and power distribution for stable circuit performance.

Design Rule Check (DRC)
Verify PCB layout using DRC to eliminate errors before manufacturing.

3D Viewer & Board Inspection
Visualize PCB in 3D. Inspect layout for mechanical and structural correctness.

Generating Gerber Files
Export Gerber files and drill files required for PCB manufacturing.

PCB Manufacturing Process Overview
Understand fabrication steps, assembly, soldering, and testing basics.

Multi-Layer PCB Basics
Introduction to double-layer and multi-layer PCB design concepts.

Mini Project
Design a simple PCB such as a power supply board, sensor module, or Arduino shield.

Capstone Project
Develop a complete custom PCB from schematic design to final Gerber file ready for fabrication.