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Provides process, materials, and equipment engineering support for manufacturing operations. Troubleshoots production issues, leads root cause analysis, restores process capability, and supports product and process upgrades. Designs and implements equipment improvements, executes testing, improves control strategies, and applies engineering standards to maintain production performance and quality.

Leads Aerospace and Defense customer programs, including contractual execution, SOW administration, budgets, schedules, classified program security, SAPF operations, customer relationships, and business growth. Oversees compliance, financial performance, proposals, and cross-functional teams while serving as the primary customer interface. The role requires government contract experience, classified program support, Secret clearance eligibility, SAP eligibility, and extensive aerospace and defense leadership experience.

Supports enterprise and site-level adoption of Microsoft Copilot, AI Agents, and other generative AI tools. Partners with employees and business leaders to identify AI use cases, gathers user needs, supports idea-generation sessions, coordinates awareness and training campaigns, and contributes to change management. Also provides technical support to manufacturing operations, analyzes equipment and process data, and identifies improvement opportunities.

Leads Product Development Engineering teams in Newark and Hayward, overseeing new product scale-up from laboratory to high-volume manufacturing. Drives process change notifications, best-known methods, laboratory investments, root cause analysis, continuous improvement, and cross-functional collaboration with manufacturing, quality, operations, R&D, and customers. Applies DOE and FMEA methodologies, supports product and quality improvements, and champions environmental, health, and safety programs.

Oversee regional contract manufacturers, manage supplier performance, resolve critical issues, coordinate cross-functional technical and EHS support, and drive improvements in quality, safety, production, delivery, reliability, yield, and cost. The role manages supplier documentation, audits, incidents, spend in SAP, change control, new product introductions, and transitions to new or existing manufacturing partners. Approximately 30%–40% travel to supplier locations is expected.

Lead product quality initiatives for semiconductor materials, including SPC, FMEA, process audits, root-cause investigations, corrective actions, MRB activities, product qualifications, change notifications, and customer complaint resolution. The role partners with manufacturing, engineering, R&D, suppliers, customers, and global teams to reduce process variation, improve controls, address quality concerns, and maintain stable production. It is fully onsite in Marlborough, Massachusetts, with supplier visits and audits.

Develops, improves, and optimizes manufacturing processes for safety, quality, productivity, reliability, yield, and cost. Responsibilities include troubleshooting, root-cause analysis, process trials, validation, documentation, continuous improvement, process control, new product introduction, equipment implementation, and production scale-up. The engineer collaborates with manufacturing, quality, maintenance, engineering, and R&D teams while applying Lean, Six Sigma, and statistical methods.

Provides technical leadership for a manufacturing area, troubleshooting complex process and quality issues and implementing improvements in safety, yield, capacity, reliability, and productivity. Supports capital projects, equipment commissioning, R&D scale-up, process risk analysis, documentation, and performance validation. Collaborates across manufacturing, maintenance, quality, EHS, automation, reliability, and R&D while coaching engineers and strengthening technical practices.

Develops next-generation CMP consumables and processes through hands-on cleanroom experimentation, wafer polishing, tribology, materials characterization, mechanical fixture design, and tool troubleshooting. The role leads experimental studies, DOE, data analysis, automation, and capability development while translating physical findings into process improvements, customer solutions, technical reports, patents, and scalable research workflows. It is designed to develop a long-term CMP technical expert and future technical leader.

Develop and apply CFD, heat-transfer, mass-transfer, and multiphysics models for engineering and product-development challenges. Define modeling objectives, select physics and numerical approaches, build and validate simulations, assess uncertainty and reliability, and translate results into actionable design and process recommendations. Collaborate with scientists and engineers across businesses, create reusable workflows, automate analyses, and communicate technical findings to multidisciplinary teams.