Design a board in 15 hours. Step-by-Step tutorial based on Arduino project (Altium)
InstructorRobert FeranecThe workflow spans from initial schematic capture and component library creation to final manufacturing outputs like BOMs and Gerber files.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This screenshot displays the Altium Designer software interface showing a complex electronic schematic with labeled components like micro USB, power selection, and reset circuits.
This image displays a printed circuit board assembly drawing, illustrating the physical placement and labeling of components such as integrated circuits and connectors for manufacturing.
This view displays a generated Bill of Materials (BOM) spreadsheet listing component categories, manufacturers, part numbers, and supplier details for sourcing.
This photograph displays the manufactured hardware result of a PCB design project, showing the physical '28Pins' board with its components and layout.
Instruction includes creating specific schematic symbols and footprints for parts like the ATMEGA328P, providing a professional foundation.
The use of an older Altium version causes UI discrepancies and menu changes that may hinder progress in newer software versions.
Some learners report difficulty following steps due to missing setup details or a repetitive instructional pace.
The curriculum aligns well with the goals of beginners and students interested in hardware design.
