Senior PCB Design & Layout Engineer RF​/Cellular Hardware

We are seeking an experienced PCB Design & Layout Engineer to support modifications to an existing electronic board as part of a cellular modem replacement project. The engineer will translate hardware design requirements into an updated PCB layout, ensuring that RF routing, antenna interfaces, power delivery, and board-level implementation meet the design requirements.

Experience with LTE/4G/5G cellular hardware is preferred. Familiarity with Nordic Semiconductor nRF
9151 or nRF
91M1 and low-power electronic devices is a plus.

• Review existing schematics, PCB layouts, and hardware design constraints.
• Modify the existing PCB layout to accommodate a replacement cellular modem.
• Update component placement, routing, footprints, and board interconnections as required.
• Implement RF layout practices, including controlled-impedance routing, grounding, and antenna-feed routing.
• Support power-supply routing, grounding, and signal-integrity considerations.
• Coordinate with the RF/hardware engineer on schematic changes and component placement.
• Prepare updated PCB design files and manufacturing deliverables.
• Support prototypes bring-up, layout troubleshooting, and design revisions.

• Hands-on PCB design and layout experience.
• Experience modifying existing PCB designs and incorporating component or modem replacements.
• Understanding multilayer PCB design, grounding, routing, and signal integrity.
• Ability to interpret schematics and work with hardware design engineers.
• Experience using PCB CAD tools such as Altium Designer or Cadence Allegro.

• RF PCB layout experience for cellular or wireless products.
• LTE/4G/5G modem integration projects.
• Controlled-impedance routing and antenna-feed layout.
• Nordic nRF
  9151 or nRF
  91M1 hardware familiarity.
• Low-power and battery-operated device design.
• Prototype fabrication, board bring-up, and design-for-manufacturing (DFM).

A PCB layout specialist who has worked on wireless or cellular hardware and can efficiently update an existing board to support a new modem while preserving RF performance and manufacturability.