
Diamond Foundry
Posted 3 months ago
Sustaining Laser Engineer
Bay Area, CaliforniaOn-siteFull-time
AI Summary
Oversees high-power laser processes in a high-volume manufacturing setting, analyzes yield data, troubleshoots excursions, and collaborates with R&D, operations, and quality to continuously improve laser-based production of diamond wafers.
About this role
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 Sustaining Laser Engineer to oversee the deployment and optimization of high-power laser machines across our various facilities. Your primary responsibilities will be to develop systems for collecting, reviewing, and troubleshooting yield and process data across our fleet of ablative laser systems. This role will include flagging, investigating, and correcting process excursions and anything else needed for Diamond Foundry to fulfill its goals. You will be working closely with R&D, operations, and quality teams to ensure stable high-volume manufacturing of first-in-kind processes.
Responsibilities
Requirements
Skills
Ablation Laser ProcessingAutomated Data CollectionContinuous ImprovementData Collection SystemsData VisualizationHigh-power Laser SystemsLaser Process ControlManufacturing Data IntegrationMass ProductionMaterials ScienceOpticsProcess MonitoringProcess OptimizationPython (data Analysis)Quality EngineeringR&D CollaborationRoot-cause AnalysisSix SigmaSQL / Database QueryingStatistical Process Control (SPC)Trigger-based AlertingTroubleshootingYield Analysis