Compact Wearable AI PCB Design

I’m building a small, wearable AI gadget and need a concise yet production-ready hardware blueprint. I already have the core components picked out—a specific microcontroller and a matching sensor—so the task is to translate these choices into a clean schematic and a tightly packed PCB layout.

Key goals
• Produce a clear circuit schematic that integrates the chosen microcontroller and sensor, plus the essential power-management and I/O blocks needed for a wearable form factor.
• Create a space-efficient board layout (single or double layer is fine) that keeps traces short and EMI low while allowing straightforward assembly.
• Supply the manufacturing files: Gerbers, drill map, pick-and-place, and a basic BOM tied to common distributors.

I’m comfortable with Altium, KiCad, or Eagle files—use whichever you prefer—and I’ll provide pinouts, datasheets, and any reference designs I already have. The focus is on a solid first pass: no enclosure design or advanced RF work is required right now.

If you have experience squeezing performance into small footprints and can hand back files ready for quick prototyping, I’d love to hear how you’d approach the job and your expected turnaround.