KiCad Two-Layer PCB Layout
Budget: ₹600 – ₹1,500 INR
I already have a finished KiCad schematic and now need it turned into a clean, two-layer PCB. The board is straightforward—just four ICs, one of them an ESP32-S3 MCU—so the focus is on a tidy, compact layout that still respects good routing practice.
I prefer a space-saving footprint overall, yet I do have a handful of placement ideas (mainly around connector accessibility and antenna clearance) that I’ll share once we start; they’re guidelines rather than strict coordinates. No special thermal tricks are required beyond normal copper balancing.
I will provide KiCad-9 schematic as a starting point.
Deliverables
• Complete KiCad project file with the PCB fully routed
• Production-ready Gerber set (plus drill files) generated from that same project
If you work directly in KiCad 9 or later and can keep track naming consistent with my schematic, this should be a quick, clean job for you.
I prefer a space-saving footprint overall, yet I do have a handful of placement ideas (mainly around connector accessibility and antenna clearance) that I’ll share once we start; they’re guidelines rather than strict coordinates. No special thermal tricks are required beyond normal copper balancing.
I will provide KiCad-9 schematic as a starting point.
Deliverables
• Complete KiCad project file with the PCB fully routed
• Production-ready Gerber set (plus drill files) generated from that same project
If you work directly in KiCad 9 or later and can keep track naming consistent with my schematic, this should be a quick, clean job for you.
Related categories:
Electronics
Manufacturing
Electrical Engineering
PCB Layout
Circuit Design
Embedded Systems
Prototyping
3D CAD