Drimva

Qualcomm

Board Engineer, Senior Staff

$170K–$255K

San Diego, California · On-site · Senior Staff · Full-time · Posted Oct 27, 2026

Experience
12+ years in high-speed PCB design; 12+ years in HDI and high-density electronics packaging PCB design; 10+ years in a PCB design role. Separately, minimum qualifications list bachelor's degree plus 6+ years, master's plus 5+ years, or PhD plus 4+ years of hardware engineering or related work experience.
Education
BS Electrical or equivalent engineering or equivalent work experience. Minimum qualifications also list a bachelor's, master's, or PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or a related field.

About the job

Designs and documents high-speed PCB layouts for Qualcomm data center, server, compute, IoT, and R&D reference and test platforms, supporting fabrication and assembly.

What you'll do

  • Design PCB layouts and high-speed multilayer stack-ups for reference, test, and high-volume boards.
  • Apply advanced PCB manufacturing techniques and coordinate design solutions with internal teams and global partners.
  • Support PCB fabrication and assembly with stakeholders and vendors throughout the product lifecycle.

What they ask for

  • Experience using Xpedition or Allegro PCB design tools.
  • 12+ years actively involved in PCB high speed design and 12+ years in PCB design for HDI and high-density electronics packaging.
  • 10+ years in a PCB design role designing consumer-grade products or low-volume test products using latest-generation processor chips and ICs.
  • Experience with Design for Manufacture (DFM) analysis using Valor and/or CAM350 tools.

Nice to have

  • Experience as a board design engineer across high-speed layouts; knowledge of key component suppliers.
  • BSEE with EE experience; experience with Agile or similar PLM software.

Pay

$169,800.00 - $254,600.00 USD base salary

Tools

Xpedition, Allegro, Altium, Valor, CAM350, MS Office 365, DDR5 & 6, PCIe

AI focus

Understanding of how to use AI to efficiently solve problems.

Model-written summary · the original posting is authoritative

First seen Oct 28, 2026 · Last verified Nov 5, 2026 (UTC)