Top Tech Jobs & Startup Jobs

Lead DRAM process node startup, qualification, yield optimization, and ramp. Provide process integration guidance, run electrical failure analysis, prioritize yield issues with cross-functional teams, and apply data-driven methods to improve product performance and manufacturability.

Lead shift-based thin films process development and wafer flow, manage and mentor engineers, partner with process/integration/equipment teams, ensure data quality and resolve yield/defect issues, and drive operational improvements using data science and AI-enabled approaches.

Develops, optimizes, installs, qualifies, and sustains wet process equipment for advanced DRAM manufacturing. Partners with vendors, R&D, process engineering, and manufacturing teams to resolve hardware issues, complete tool upgrades, analyze performance data, and transfer processes into high-volume production. The role requires hands-on semiconductor equipment expertise, problem-solving, data analysis, and experience with spin clean and drying systems.

Leads and validates third-party instrumentation and control system designs for advanced semiconductor manufacturing facilities. Reviews PLC, SCADA, DCS, instrumentation architectures, loop diagrams, and specifications; evaluates reliability, cybersecurity, integration, and compliance; performs quality reviews and risk assessments; and coordinates with contractors, vendors, and internal teams through system integration, commissioning, and startup.

Integrate and manage foundry PDKs, rule decks, models, libraries, and IP bundles across semiconductor design environments. Responsibilities include secure collateral downloads, standardized installation, multi-node setup, CAD flow validation, unit/smoke/regression testing, release packaging, documentation, version control, and automation of installation and validation workflows. The role requires collaboration with foundries and build teams while ensuring stable, complete, and timely PDK releases.

Design and qualify probe cards for Micron's products; lead design reviews, manage supplier relationships, and perform statistical analysis.

Lead introduction of new DRAM nodes into high-volume production, driving yield ramp, qualification, and production readiness. Collaborate with Design, Technology Development, Quality, and Test to analyze yield and electrical failures, identify root causes using statistical and lab analysis, and implement process optimizations for improved performance and cost.

As a Senior PVD/CVD Equipment Engineer, you will focus on the installation, maintenance, and optimization of semiconductor manufacturing equipment, collaborating with teams to improve efficiency.

Investigate electrical failures and semiconductor yield issues through electrical characterization, failure analysis, test-data correlation, and manufacturing-data analysis. Develop automation, monitoring, screening, and analytics solutions to improve defect detection and investigation efficiency. Collaborate with design, product, process integration, manufacturing, and data science teams to resolve yield and reliability challenges, communicate root causes, and support corrective actions and technology ramps.

Leads semiconductor equipment installation and qualification programs, coordinating equipment teams, manufacturing, facilities, construction, suppliers, procurement, and global stakeholders. The role drives installation quality, safety, schedule adherence, supplier performance, issue resolution, standardization, and continuous improvement. It also applies data, automation, and emerging AI technologies to improve operational processes and factory readiness.