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 looking for a Principal Laser Process Engineer who will be responsible for the deployment and optimization of high power laser machines at Diamond Foundry which will be used across our various facilities. You will be coordinating new ablative process development by working with cross-functional teams of mechanical, electrical, automation, optical, software, and system 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.
Responsibilities
Optimize high-power ablative laser processes to deliver micron-precision dimensional modification of diamond at high yields and throughput.
Lead key projects focused on equipment and automation improvements to support scalable manufacturing.
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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.
- Requirements
- 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.
