Principal Laser Process Engineer

United States·San FranciscoFull-timelead

EngineeringProcess Engineer

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Overview

Diamond Foundry Inc. is solving the thermal limitation at the foundation of today's most exciting tech industries -- AI & cloud compute, electric-car power electronics, and 5G/6G wireless.

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Diamond Foundry Inc. is solving the thermal limitation at the foundation of today's most exciting tech industries -- AI & cloud compute, electric-car power electronics, and 5G/6G wireless. We have managed to produce the world's first single-crystal diamond wafers and are now on a mission to put a diamond behind every chip. We are the rare unicorn that has grown fast and profitably. We received $515m in funding and are executing a multi-$B expansion plan for one of the greenest forms of tech manufacturing: converting greenhouse gas into diamond wafers using zero-emission energy.

Diamond Foundry is seeking a Principal Laser Process Engineer to oversee the deployment and optimization of high-power laser machines across our various facilities. You will coordinate the development of new ablative processes by working with cross-functional teams of mechanical, electrical, automation, optical, software, and systems engineers to improve and deploy these technologies company-wide. In addition to performing hands-on experiments and developing cutting-edge processes, you’ll be helping mentor team members in performing rigorous, well-designed experiments and making fact-based decisions.

Optimize high-power ablative laser processes to deliver micron-precision dimensional modification of diamond at high yields and throughput.

As a principal engineer, you will not only perform hands-on experiments but also mentor team members in using lab and production equipment to generate data-driven process improvements.

Lead key projects focused on equipment and automation improvements to support scalable manufacturing.

Serve as a subject matter expert, overseeing laser and related processes while optimizing process controls and data collection to drive continuous improvement.

Revolutionize high-power ablative systems to create world-leading throughput and precision performance.

Advanced degree in Materials Science, Applied Physics (materials, laser, or optics focus), or Engineering with a minimum of 8+ years of relevant experience.

Expertise with applying optical fundamentals, laser materials processing, and resolving technical problems in a fast-paced manufacturing environment.

Experience in rigorous experimentation, documentation, and data-driven process improvements.

Experience with mass production of diamond, semiconductors, and/or ceramics is a plus.