I will wearable pcb layout with nfc, rfid, ble antenna and compact circuit integration
ELECTRONIC AND EMBEDDED SSYTEM ENGINEER
About this Gig
Compact wearable electronics require careful component placement, reliable RF performance, and efficient use of limited board space. I provide wearable PCB layout solutions for smart rings, fitness trackers, health devices, NFC products, RFID systems, and BLE enabled electronics.
What I offer:
- Compact PCB layout and component placement
- NFC and RFID circuit integration
- BLE antenna placement and RF-aware routing
- Flexible and rigid-flex PCB layouts
- High density routing for compact devices
- Power, signal, and ground optimization
- DRC checks and manufacturing preparation
- Gerber, BOM, drill and source design files
I work with KiCad, Altium, Eagle and related PCB tools, with attention to board dimensions, component clearances, antenna zones, connectivity and manufacturability.
Whether you have a schematic, reference design, existing PCB or concept, I can help organize the electronics into a compact and production-ready layout.
Send your schematic, board dimensions and component details, and message me now to discuss your wearable PCB project.
Other Electronics Engineering Services I Offer
FAQ
What wearable PCB projects can you handle?
I can work on smart rings, fitness trackers, health devices, NFC/RFID products, BLE devices, and compact IoT electronics.
Can you integrate NFC, RFID, and BLE antennas?
Yes. I can handle antenna placement, keep-out zones, routing, grounding, and component positioning based on the selected RF components.
Can you work with an existing PCB or schematic?
Yes. You can provide an existing design, schematic, reference PCB, Gerber files, or component list for layout updates or optimization.
Which PCB design software do you use?
I work with KiCad, Altium Designer, Eagle, and other commonly used PCB design platforms.
Can you create flexible or rigid-flex PCB layouts?
Yes. I can handle compact flexible and rigid-flex layouts while considering bend areas, component placement, clearances, and routing constraints.

