Posted 1mo ago

Senior Photonics Process Development Engineer

@ Monarch Quantum
San Diego, California, United States
$125k-$175k/yrOnsiteFull Time
Responsibilities:Lead development, Improve yield, Support transition
Requirements Summary:Lead photonics process development; BS/MS in optical/electrical/related field; 8+ years in photonics/process development; export-controlled access.
Technical Tools Mentioned:Wire bonding, Die bonding, Vacuum reflow soldering, Fiber splicing, Optics alignment, Process control, Documentation
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Job Description

Join our fast-paced and passionate team as a Senior Photonics Process Development Engineer. As we scale, you will play a key role in developing and maturing the processes that enable our products to move from concept to production. This is a highly hands-on role for someone who thrives in a dynamic startup environment and enjoys solving complex manufacturing challenges.

You’ll work closely with device, optical, mechanical, and manufacturing engineers to turn fragile photonic designs into robust, repeatable products. You’ll contribute to establishing best practices, improving yield, and supporting the transition from R&D to production.

Key Responsibilities

  • Lead hands-on process development for:
    • Wire bonding (Au, Al; ball and wedge)
    • Die bonding (epoxy, eutectic, and solder attach)
    • Vacuum reflow soldering (AuSn, SAC, indium, etc.)
    • Fiber splicing (fusion splicing, PM fiber alignment)
    • Optics attach and active alignment (lenses, isolators, fiber arrays)
  • Design and execute DOE experiments to improve yield, reliability, and performance
  • Support the transition of processes from R&D to pilot and early-stage manufacturing
  • Develop and maintain process flows, work instructions, and travelers
  • Perform root-cause analysis for yield loss and reliability issues
  • Collaborate with equipment vendors on tooling, fixturing, and process optimization
  • Support product qualification, reliability testing, and failure analysis efforts
  • Train technicians and manufacturing personnel on established processes
  • Contribute to continuous improvement of process control and manufacturability