Top Process Engineer Jobs

Develop, optimize, and sustain semiconductor fabrication processes to improve yield, quality, cost, and productivity. Use SPC/FDC/APC and data analytics to investigate defects, lead process changes, qualify technologies, manage process control plans, and collaborate across manufacturing, quality, and equipment teams.

Learn and operate defect detection equipment, analyze inline process signals, identify process anomalies, quarantine out-of-control tools, and drive semiconductor defectivity improvements. The engineer will perform root cause analysis, support experimentation, develop inspection techniques, establish health metrics, and collaborate with global manufacturing, process integration, process development, data science, and yield teams to transfer best practices across high-volume manufacturing sites.

Optimizes assembly manufacturing processes, supports new program launches, develops process flows and layouts, improves labor efficiency and quality, creates FMEAs and control plans, implements error-proofing, investigates corrective actions, supports equipment and control changes, and leads lean and ergonomic improvement initiatives.

Leads development and optimization of microelectronics manufacturing processes, including laser welding, package sealing, laser cutting, hermetic testing, painting, marking, and adhesive application. Oversees process labs, evaluates production issues, conducts DOE and statistical analysis, improves yields and manufacturability, develops process documentation, supports fixture concepts and design reviews, and mentors early-career engineers. The role also coordinates with engineering teams and suppliers while maintaining safety, quality, and cost requirements.

Supports and improves semiconductor assembly processes in an advanced packaging development environment. Investigates process issues using failure analysis, FMEA, 8D, SPC, and FDC; analyzes manufacturing data to improve yield, quality, cost, and process capability; collaborates with engineering, operations, suppliers, and global sites; and supports qualification of process changes, materials, and vendor solutions.

Provides sustaining process engineering support for semiconductor solar cell wafer and assembly production. Maintains process control using SPC, troubleshoots equipment and manufacturing anomalies, and drives improvements to reduce cycle time and cost while improving product performance. Supports solar technology R&D, process and product development, material characterization, safety initiatives, and cross-functional Operations objectives. This is a 100% onsite, second-shift role requiring U.S. Person status and the ability to obtain a Secret clearance.

Supports digital engineering and PLM processes for Boeing’s Air Dominance program. Responsibilities include troubleshooting Teamcenter and related applications, developing and rolling out tool capabilities, managing data transitions and migrations, capturing requirements, improving engineering data integrity, and delivering data to suppliers and customers. The role requires cross-functional collaboration, independent work, full-time onsite presence in Berkeley, Missouri, occasional travel, and eligibility for U.S. Secret and SAP clearances.

Manage plant-floor problem solving, containment, corrective actions, engineering changes, and continuous improvement projects. Support production and trades teams, review nonconforming parts, improve throughput and process capability, and ensure compliance with quality systems and GMS processes. Collaborate across Production, Engineering, Quality, and Global Supply Chain while independently supporting off-shift operations.

Serves as a technical liaison supporting new product introduction, production ramp, and stable, high-yield microelectronics manufacturing. Collaborates with design, test, quality, reliability, and program engineering teams to meet production goals. Documents technical work and best practices, communicates data to stakeholders, resolves complex technical issues, and provides technical direction to manufacturing personnel. Requires strong knowledge of RF-related microelectronics manufacturing processes, with experience in production transition, hybrid multichip modules, MIL-STD-883, Lean, or Six Sigma preferred.

Develops and optimizes overlay metrology processes for DRAM photolithography. Responsibilities include evaluating metrology technologies, partnering with equipment vendors, calibrating systems, optimizing measurements and target layouts, supporting process characterization and control, and qualifying technology transfers to production fabs. Requires semiconductor overlay experience, knowledge of lithography and manufacturing processes, data analysis skills, and proficiency with JMP and Python.

Supports machining production by improving safety, quality, throughput, and efficiency. Responsibilities include troubleshooting downtime, eliminating waste, evaluating bottlenecks, developing processes, managing equipment installation and launches, creating PFMEAs and control plans, coordinating vendors, and applying GD&T. The role also provides technical support, develops preventive maintenance plans, coaches teams on lean manufacturing, and works with production, maintenance, and equipment suppliers in an onsite, flexible-shift environment.

Lead startup, development, and optimization of PVD/CVD processes for DRAM manufacturing. Improve yield, reduce cost, resolve production issues, drive SPC improvements, and collaborate with equipment and integration teams to meet project milestones.

Develop, start up, and optimize wet etch processes for DRAM manufacturing to improve yield, reduce defects and cost. Collaborate with equipment and integration engineers, drive SPC improvements, manage projects to close yield/production gaps, and apply data science/AI tools to improve workflows.

Lead development and optimization of RET and OPC solutions for advanced memory lithography. Drive projects across R&D and manufacturing, analyze patterning issues, deploy simulation and process improvements, adopt AI-enabled methods, and mentor junior engineers to improve yield and manufacturability.

Develops and improves manufacturing processes, validates and implements equipment, documents standardized procedures, and supports root-cause analysis. The role applies 5S and lean manufacturing methods, performs testing, validates repairs and calibrations, and identifies efficiency, quality, and safety improvements. It requires collaboration with manufacturing, quality, engineering teams, vendors, and suppliers. The position is onsite in Santa Ana, California, with occasional domestic and international travel.

Investigate, improve, and maintain semiconductor metrology measurement recipes in a high-volume fabrication environment. Resolve recipe and equipment issues, collaborate with process engineering teams, create recipes for new part types, manage documentation and WIP, monitor KPIs and holds, respond to production events, and improve cycle time and recipe availability. The role supports shift operations and may involve 24x7 manufacturing coverage.

Provide technical process and application support for digital engineering and PLM systems (Siemens Teamcenter/NX) across engineering and manufacturing. Troubleshoot, develop, test, and roll out DE/PLM tool capabilities, manage data migrations, capture requirements, improve data integrity, and support supplier/customer data delivery within multidisciplinary teams.

Supports Boeing’s Digital Engineering and PLM environment for an Air Dominance program. Responsibilities include troubleshooting Siemens Teamcenter and related engineering and manufacturing applications, developing and deploying tool capabilities, managing data transitions and migrations, capturing requirements, improving engineering data integrity, and delivering data to suppliers and customers. The role requires collaboration across engineering, manufacturing, quality, program management, and other teams in a fully onsite setting.

Provide technical DE/PLM process and application support for engineering and manufacturing teams. Troubleshoot Teamcenter/NX issues, design and roll out DE tool capabilities, manage data migrations, capture cross-functional requirements, improve data integrity, deliver engineering data to suppliers/customers, and support Model-Based Engineering and manufacturing workflows within a multidisciplinary program team.

Optimizes semiconductor manufacturing processes to improve yield, quality, throughput, equipment effectiveness, and wafer output. Analyzes process performance using SPC, FDC, DOE, and engineering tools; resolves process, tool, defect, and yield issues; maintains procedures and training documentation; and uses analytics, visualization, and AI-enabled tools to drive continuous improvement. Collaborates with equipment engineers, operations teams, process owners, and cross-functional stakeholders while working assigned rotating shifts.

Improves semiconductor wafer manufacturing processes through yield, quality, efficiency, throughput, and cost-reduction initiatives. Resolves process and equipment issues, monitors SPC performance, analyzes manufacturing data, executes optimization projects, updates procedures, and collaborates with equipment, operations, process owners, and other stakeholders. The role requires shift flexibility and supports high-volume manufacturing area KPIs.

Supports and improves semiconductor assembly processes within Micron’s advanced packaging development organization. Diagnoses process issues using failure analysis, FMEA, 8D, SPC, and FDC; analyzes manufacturing data to improve yield, quality, cost, and process capability; collaborates with engineering, operations, suppliers, and global sites; monitors trends; and qualifies process, material, and vendor changes.

Analyze inline defect signals and tool behavior to detect anomalies, quarantine out-of-control tools, implement inspection strategies, and drive continuous improvement through data-driven problem solving. Partner with global teams, refine inspection methods, and use analytics and scripting to optimize process stability and defect detection in high-volume 300mm semiconductor manufacturing.

Analyze semiconductor process flows, inline defect data, and metrology signals to identify anomalies, conduct root-cause investigations, and improve defect performance. Support experimentation, baseline monitoring, defect-reduction initiatives, process optimization, and technology transfers in high-volume manufacturing. Collaborate with global manufacturing, process integration, process development, yield engineering, and data science teams to deploy best-known methods and improve yield and quality.

Lead startup, development, and optimization of wet etch processes for DRAM production. Improve yield, reduce cost, resolve manufacturing issues, collaborate with equipment and integration teams, and drive SPC-based process improvements while meeting project milestones.