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I will redesign reverse engineer rf ble lora wearable and compact pcb
Embedded Hardware and PCB Design Engineer ESP32, STM32 and IoT
I’m an embedded hardware and PCB design engineer specializing in ESP32, STM32 and IoT electronics. I design reliable custom PCBs, schematics, battery BMS, motor controllers, power electronics and indu...
About this Gig
Need to recreate, improve, or miniaturize an existing PCB?
I can help with professional PCB redesign and reverse engineering for RF, BLE, LoRa, wearable, and compact electronics.
My services include:
- PCB reverse engineering and schematic recreation
- Existing PCB redesign and layout improvement
- RF, BLE and LoRa circuit integration
- Wearable and miniaturized PCB solutions
- Component identification and replacement
- High-density component placement
- Power and signal routing optimization
- Antenna and RF layout considerations
- Circuit troubleshooting and modifications
- Gerber, BOM and manufacturing files
- Editable schematic and PCB source files
I focus on accurate circuit reconstruction, compact layouts, reliable signal routing, and practical manufacturing requirements.
Whether you have an existing PCB, reference board, images, schematic, or partially completed project, I can help recreate or improve it.
Please contact me before ordering and share your project details so I can evaluate the PCB complexity and provide the right package.
FAQ
What do you need to reverse engineer a PCB?
I can work from an existing PCB, clear photos, dimensions, component markings, schematic, Gerber files, or other available reference material.
Can you recreate the schematic from an existing PCB?
Yes. I can trace connections, identify components, reconstruct the schematic, and recreate the PCB layout based on the available board information.
Can you work with RF, BLE and LoRa PCBs?
Yes. I can work on PCB layouts involving RF, BLE, and LoRa modules, including component placement, signal routing, antenna-area considerations, and compact layouts.
Can you make wearable and compact PCBs?
Yes. I can optimize component placement, board dimensions, routing, and layer usage to create compact PCB layouts suitable for wearable and space-constrained applications.
What files will I receive?
Depending on the package, I can provide editable schematic and PCB files, Gerbers, BOM, drill files, Pick & Place files, and other manufacturing documentation.
