Educational KiCad PCB Design
Budget: ₹1,500 – ₹12,500 INR
I’m putting together a small learning module and need a KiCad-based PCB laid out to illustrate best practices to my students. The board will sit at an intermediate level of complexity: roughly two layers, entirely through-hole parts, and a moderate component count that shows routing strategy without overwhelming beginners.
Here’s what I’m looking for: you’ll take my schematic (or help polish it, if you spot anything odd), arrange the component footprint library, route clean, well-labeled traces, and prepare the manufacturing outputs so the class can send the files straight to a board house. Good silkscreen etiquette and tidy annotation are important, because I’ll use the finished files as teaching material.
Deliverables
• KiCad project folder with completed schematic symbols and footprints
• Routed .kicad_pcb file ready for editing or review
• Gerber, drill and pick-and-place files generated through KiCad’s plot tool
• BOM exported in CSV format, matching through-hole footprints
• PDF or PNG renders of the schematic and board so students can preview the design
I’ll test-fit the design by printing a 1:1 paper version and may ask for a quick tweak or two before we finalize the Gerbers. Once the design passes that sanity check, the project is complete. Feel free to suggest component spacing or educational call-outs that might make the board more instructive—extra insights are always welcome.
Here’s what I’m looking for: you’ll take my schematic (or help polish it, if you spot anything odd), arrange the component footprint library, route clean, well-labeled traces, and prepare the manufacturing outputs so the class can send the files straight to a board house. Good silkscreen etiquette and tidy annotation are important, because I’ll use the finished files as teaching material.
Deliverables
• KiCad project folder with completed schematic symbols and footprints
• Routed .kicad_pcb file ready for editing or review
• Gerber, drill and pick-and-place files generated through KiCad’s plot tool
• BOM exported in CSV format, matching through-hole footprints
• PDF or PNG renders of the schematic and board so students can preview the design
I’ll test-fit the design by printing a 1:1 paper version and may ask for a quick tweak or two before we finalize the Gerbers. Once the design passes that sanity check, the project is complete. Feel free to suggest component spacing or educational call-outs that might make the board more instructive—extra insights are always welcome.