Two-Layer PCB Layout Conversion

I already have a finished schematic and need it turned into a clean, production-ready two-layer board using KiCad. The goal is to squeeze the circuitry into the smallest footprint you can achieve while still respecting good layout practice, clear labelling and standard fabrication limits (0.2 mm trace / 0.3 mm via or better).

Along the way please:
• Follow KiCad 7.x (or later) so the files open smoothly on my end.
• Keep component placement logical for hand or machine assembly; all polarized parts should have their orientation clearly silkscreened.
• Route with balanced trace lengths where signals require it, add ground pours on both layers, and include generous test points for key nets.
• Run electrical-rule and design-rule checks before handing the job off.

Deliverables I expect:
1. Complete KiCad project folder (.kicad_sch, .kicad_pcb, libraries, 3-D step)
2. Gerber, drill and pick-and-place files zipped and ready for any mainstream PCB fab service
3. Updated BOM (CSV or XLSX) with manufacturer part numbers
4. PDF plots of each layer and an assembly drawing for quick visual reference

I will verify the design by loading the files in KiCad and running a fresh DRC pass, then submit the Gerbers to JLCPCB as a final check. If everything clears on the first try the project is accepted; otherwise I’ll return concise notes for one round of revisions.

If this fits your skill set, let’s get started—I’m ready to sign off as soon as the board passes those checks.