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Leads a technical team developing and qualifying BEOL process flows, recipes, devices, and advanced packaging modules for power semiconductor products. Establishes testing, process control, inspection, and corrective-action methods to support performance, reliability, and defect-free manufacturing. Manages technology roadmap activities, analyzes defect trends, and collaborates with internal and external customers.

The job description provides no specific responsibilities or qualifications. The role title indicates an engineering position focused on equipment engineering.

Provides engineering support for semiconductor manufacturing operations, including production oversight, automated assembly tool support, capacity modeling, and manufacturing efficiency improvements. Ensures production assumptions, constraints, and output rates remain accurate while supporting throughput, cycle-time, prototype success, shipment targets, quality, productivity, and environmental health and safety requirements.

Performs semiconductor failure analysis through TEM analysis and FIB-based sample preparation. Responsibilities include wafer cleaving, optical inspection, coating, delayering, precision milling, lamella preparation, TEM imaging, and EDX elemental analysis. Ensures sample quality and supports urgent fabrication and failure analysis requests. Requires independent night-shift work, laboratory safety compliance, cross-shift communication, and continuous improvement of sample preparation processes.

Develop and improve semiconductor manufacturing processes, formulations, methods, and controls. Create technical analyses, SOPs, and FMEAs; integrate equipment and materials to meet process specifications; review development requirements, costs, and schedules; and drive continuous improvement initiatives. Collaborate cross-functionally while supporting environmental, health, safety, and security programs. The role requires rotating 12-hour shifts in an electronic production or wafer-fab environment.

Owns and improves photolithography equipment performance across quality, uptime, and cost metrics. Responsibilities include preventive maintenance planning, KPI monitoring, equipment troubleshooting, parts logistics, maintenance budgeting, corrective-action documentation, continuous improvement, and coordination with process and manufacturing engineering teams. The role also coaches subordinates, maintains equipment knowledge, and upholds 6S standards in fab, sub-fab, and office environments.

Supports 12-hour rotating-shift semiconductor production by maintaining process integrity, troubleshooting process issues, assisting with process qualification and optimization, monitoring SPC data, coordinating with specialists, following SOPs, supporting improvement projects and audits, and maintaining safety and housekeeping standards.

Analyze inline defect data using inspection and SEM review tools, troubleshoot affected process equipment, disposition inspected lots, and place out-of-control lots on hold. Support yield engineering, process integration, and technology development teams with defect analysis. Monitor scan maps and SPC charts, manage WIP control, and create inspection recipes for Rudolph and KLA tools. The role requires rotating 12-hour shifts in a semiconductor fabrication environment.

Develops and maintains semiconductor fab real-time dispatching rules, automation workflows, and integrations with material handling, robotics, and manufacturing systems. Responsibilities include optimizing production models, maintaining system availability, administering and tuning applications, troubleshooting engineering applications, supporting infrastructure upgrades, and coordinating with cross-functional manufacturing, engineering, planning, and IT teams.

Supports semiconductor production through process qualification, troubleshooting, statistical process monitoring, process improvement, quality audits, and production-area safety. The role works rotating 12-hour shifts, coordinates with specialists, minimizes lot holds, follows SOPs, and assists engineers with fine-tuning manufacturing processes and improving module productivity and output quality.