Complete KiCAD PCB design course

Unlock the power of embedded systems with this comprehensive course on the ATmega328 microcontroller! You'll gain hands-on experience designing and building custom printed circuit boards (PCBs), bringing your electronic project ideas to life. This course is perfect for beginners and those looking to expand their skills in microcontroller development.

What You'll Learn:

• Understanding PCBs: Dive deep into PCB terminology and learn about the different layers, component types (including sizes and shapes), and component packages. Master the fundamentals of PCB design.
• Schematic Design with KiCAD 6: Become proficient in KiCAD 6, a leading open-source EDA (Electronic Design Automation) tool. Learn to create detailed schematics, place and search for components, understand symbols, and connect components. You'll also learn about annotation, electrical rule checks (ERC), and assigning footprints. We'll cover creating schematic sections for power circuits, microcontroller circuits, and USB to UART interfaces. Understanding datasheets and mechanical dimensions of components is also covered.
• PCB Layout & Routing: Learn the basics of PCB layout, including editor settings, component placement rules, and using free routing software to route tracks. Master the use of the silkscreen layer and Design Rule Check (DRC). Troubleshoot DRC errors, modify footprints, and work with different layers, board outlines, and 3D views.
• PCB Manufacturing & Fabrication: Discover the process of preparing your designs for manufacturing. Learn how to generate Gerber files and upload them to PCB manufacturers. Understand how manufacturers handle component procurement, assembly, and soldering services.
• Soldering & Testing: Develop essential soldering skills for both through-hole and SMD components. Learn about the necessary tools (multimeter, power supply, soldering iron, etc.) and testing techniques to ensure your circuits function correctly.
• ATmega328 Programming & Development: Get started with the popular ATmega328 microcontroller and Arduino-based microcontrollers. Learn to upload code using a mini USB connection and understand the role of the CH340G USB to UART interface. Blink an onboard LED and then explore connecting sensors (analog, digital), OLED displays, and other peripherals to your board.

By the end of this course, you'll be able to:

• Design your own custom PCBs based on the Arduino microcontroller.
• Order components and upload Gerber files to manufacturers.
• Test and debug your hardware boards.
• Program your boards with code.
• Modify existing PCBs to meet your specific project needs.
• Create a wide range of exciting projects, from simple LED control to complex sensor integrations.

This course provides a practical, hands-on approach to PCB design and embedded systems development, empowering you to bring your electronic ideas to reality. Start building!