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Leads semiconductor PVD/CVD area manufacturing performance by resolving systemic issues, improving throughput and cycle time, managing capacity planning, assessing operational risks, and guiding capital decisions. Partners with manufacturing, process development, industrial engineering, and operations teams to execute improvement projects and capacity strategies. Analyzes operational data, leads strategic meetings, and drives safety, quality, audit, and procedural consistency initiatives.

Develop and optimize wet cleaning and resist strip processes for EUV and DUV photomasks. Design experiments, analyze defect, contamination, yield, and equipment data, characterize process equipment, evaluate tool matching, and support qualification and corrective actions. Apply statistical analysis, data science, and machine learning to identify process trends and improve yield. Lead an independent project and present technical recommendations to engineering teams and leadership.

Develop comprehensive DRAM system architectures, lead optimization across hardware layers, and interact with customers to translate requirements into silicon designs.

The role involves leading initiatives for process improvement and collaboration across multiple teams to enhance yield performance in product integration engineering.

As a Process Integration Engineer, you will develop and integrate new technology for DRAM memory, optimize performance, and collaborate across teams to enhance production processes.

Leads and develops Field Operations analysts responsible for demand visibility, pipeline health, forecasting, governance, and field intelligence. Oversees analytical rigor, data quality, CRM reporting, and AI-assisted insights while partnering with Sales, Finance, business units, and Revenue Operations leaders. Communicates risks, opportunities, and recommendations to improve forecast accuracy and business predictability.

Maintain and improve semiconductor fab equipment reliability and performance through troubleshooting, root-cause analysis, upgrades, vendor collaboration, SOPs, and cross-functional coordination in a 24/7 cleanroom environment.

As a Device Engineer at Micron, you will characterize and improve DRAM memory technologies while collaborating with various engineering teams to optimize performance and yield.

The role involves leading Dry Etch process development for DRAM, mentoring engineers, collaborating across teams, and defining technical roadmaps to enhance yield and manufacturability.

Design and optimize next-generation memory products. Responsibilities include circuit design, layout management, verification, and cross-functional collaboration for manufacturability.