A course for the world's favorite open source printed circuit board design software.
InstructorDr. Peter DalmarisThe curriculum uses distinct hardware builds, such as a breadboard power supply and an MCU datalogger, to demonstrate practical applications.
Instruction is characterized by a step-by-step breakdown of topics, making the software accessible to those starting from zero.
Editorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This slide introduces KiCad as the world's most popular open-source PCB tool, featuring a background view of the schematic editor showing an MCU Datalogger design.
This flowchart outlines the course structure, progressing from introductory concepts to hands-on projects like LED arrays and ESP32 clones using KiCad.
The presenter introduces updates for KiCad 9 while standing in front of a screen showing technical data visualization and circuit design diagrams.
Content focuses heavily on navigating the KiCad interface and menus, which may lack the technical depth required for advanced design decisions like grounding or stackup planning.
While the course includes updates for newer versions, some signals suggest a mismatch between the advertised version and the active content used in lessons.
The curriculum aligns well with hobbyists and beginners looking for a practical introduction to the software.
