Two-Layer Battery-Powered Hardware PCB Layout Design in KiCad
Pain Points (Public)
Hardware developers with finalized schematics often stall during physical implementation, lacking the routing experience or bandwidth to produce compact two-layer layouts that comply with PCB fab tolerances and power integrity requirements.
Suggested Approach (Public)
Execute the physical layout and routing in KiCad from the provided schematic netlist, optimizing component placement, decoupling, and copper pours, followed by thorough DRC checks and export of fabrication-ready Gerber, drill, and assembly files.
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Opportunity assessment PRO
Development brief PRO
- Position as a fast-turnaround web-based review and layout assistant for converting existing KiCad schematics into clean 2-layer battery-optimized boards.
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- Build a web-based file uploader and parser (using JavaScript and HTML/CSS) to accept KiCad schematic and board layout files.
Competitor evidence PRO
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