About the job
ABOUT LUMILENS
Lumilens is at the forefront of developing essential photonics infrastructure that fuels the next generation of AI supercomputing. From chip-to-chip optical interconnects to scalable photonic engines, we are ushering in a transformative era of computing that is faster, cooler, and significantly more efficient.
As a well-funded startup supported by Mayfield and led by industry veterans with a track record of scaling groundbreaking technologies, Lumilens is dedicated to creating high-speed photonics products specifically designed to power the future of AI infrastructure and high-performance computing.
This is not just a chance to engage in incremental innovation; it's a unique opportunity to redefine the optical layer from the silicon level upwards. You will collaborate with a team of world-class engineers tackling some of the most complex challenges in scaling optical systems. Every line of code and every design decision you contribute will have a significant impact on the infrastructure of the future.
If you are seeking a mission-driven role with momentum and the opportunity to make a substantial impact, join us on this exciting journey. We are just beginning to make waves.
POSITION OVERVIEW
As a Failure Analysis Engineer at Lumilens, you will be pivotal in assuring the reliability and performance of our cutting-edge optical transceiver products. You will spearhead investigations into optical, electrical, and mechanical failures arising from field deployments or production tests, utilizing schematics, test equipment, and fault isolation techniques to determine root causes and implement corrective measures. Collaborating closely with R&D, supplier quality, and production teams, you will document findings, evaluate field risks, and provide insights that will directly shape product design and enhance manufacturing processes. This role also entails developing new testing infrastructure, scripting automation for customer switches, and occasionally interfacing with customers to address technical inquiries. It is a highly collaborative, hands-on position at the nexus of engineering, quality, and innovation, perfect for someone passionate about problem-solving and driving continuous improvement in advanced optical technologies.
DUTIES/RESPONSIBILITIES
Conduct optical, mechanical, and electrical analysis/troubleshooting of optical transceivers returned from field deployments or internal testing.
Utilize schematics, test equipment, switches, fault isolation techniques, and Design of Experiments to troubleshoot failures.
Collaborate with cross-functional teams, including supplier quality engineers, to determine...
