Industrial Two-layer PCB Design

I’m ready to move an industrial-grade product from concept to production and need an experienced PCB designer to turn my schematics into a robust, fabrication-ready multi-layer board. The board will sit at the heart of heavy-duty equipment, so reliability, thermal management and clean power distribution are critical. Core requirements • Board type: Two-layer, sized for an industrial enclosure, with careful stack-up planning for signal integrity and EMI control. • Key circuitry: a high-performance microcontroller section alongside tightly regulated power-supply stages. (I don’t need sensor interfaces on this revision, but I’d like to keep future expansion in mind.) • Deliverables: complete schematics, routed PCB layout, Gerber/ODB++ files, manufacturing drawings, pick-and-place data, and an updated BOM. If you can supply 3D STEP files for enclosure checks, even better. • Tools: I typically review projects in Altium Designer, but KiCad or Eagle are fine as long as the exports are clean and well-documented. • Acceptance: I’ll run your output through DRC, impedance checks and a fabrication quote; the job is complete once the board passes those gates without design hold-ups. If you’ve built multi-layer boards for industrial gear before and can collaborate quickly on revisions, I’d like to hear how you’d approach this project and your usual turnaround time.