Top Process Engineer Jobs

Analyze semiconductor inspection data, process flows, and manufacturing metrics to identify defects, excursions, and yield-impacting issues. Support root cause analysis, experimentation, process control, defect reduction, and process optimization in high-volume manufacturing. Use statistical analysis, automation, AI-enabled tools, and data visualization to improve process visibility and manufacturing efficiency. Collaborate with cross-functional and global engineering teams to transfer best practices and maintain process stability.

The Senior Dry Etch Process Engineer improves semiconductor production by developing processes, managing projects, and collaborating across teams to enhance quality and efficiency.

Supports semiconductor inline test processes and equipment in a 100% cleanroom environment. Responsibilities include validating and monitoring production, qualifying new equipment, improving processes for lean manufacturing, managing SPC controls, improving yield, and collaborating with process integration and production teams across shift operations.

Serves as the engineering subject matter expert for pharmaceutical manufacturing process systems, overseeing lifecycle management, qualification, reliability, modifications, troubleshooting, and regulatory compliance. Develops engineering specifications, commissioning and validation protocols, maintenance plans, and corrective actions. Supports capital projects, capacity planning, production operations, and facility uptime while partnering cross-functionally. The role requires pharmaceutical or biotechnology manufacturing experience, knowledge of cGMP and FDA-regulated environments, and participation in a 24/7 on-call rotation.

Supports and optimizes automotive paint operations by troubleshooting process and quality issues, programming robotic paint paths, managing equipment parameters, analyzing process capability, and implementing continuous improvements. Collaborates with production teams, technicians, paint and equipment suppliers, and cleaning vendors. Maintains FMEAs, control plans, and TS-16949 documentation while improving paint quality, efficiency, safety, and material usage.

Lead and optimize high-pressure die casting operations: apply statistical methods and DOE, design runners and cooling, sample tooling, analyze scrap and cycle times, document and control process parameters, manage suppliers and equipment, and support continuous improvement on the plant floor.

Develops, implements, and optimizes manufacturing processes for cooling products. Supports NPI, DFM, process transfers, root cause analysis, process validation, yield improvement, tooling and equipment implementation, supplier qualification, engineering changes, documentation, and production troubleshooting. Collaborates with engineering teams, suppliers, and production personnel to improve quality, cost, delivery, manufacturability, and productivity.

Designs, validates, and optimizes manual and automated manufacturing processes. Implements PLC, HMI, SCADA, robotics, sensors, and instrumentation; develops 3D CAD designs, control panels, fixtures, and electrical schematics. Creates SOPs and maintenance procedures, applies Lean Manufacturing and AI-driven predictive analytics, and leads automation engineering projects from concept through deployment while meeting safety and technical standards.

Monitor, optimize, and improve semiconductor photolithography manufacturing processes to increase yield, quality, efficiency, equipment performance, and wafer output. Analyze process data using SPC, FDC, DOE, AI-enabled analytics, and visualization tools. Lead issue resolution for process, equipment, defect, yield, and output concerns. Maintain procedures, checklists, documentation, and training materials while supporting standardized cleanroom operations on rotating 12-hour shifts.

Leads materials and process engineering for hybrid aerospace manufacturing. Encodes metallurgy, process windows, material models, and manufacturability constraints into DFM systems. Develops WAAM, directed energy deposition, CNC, and hybrid process guidance; characterizes microstructure, defects, stresses, and properties; and conducts hands-on validation through coupons, testing, heat treatment, NDE, and metallography. Owns qualification plans and design allowables aligned with NAVSEA and MMPDS requirements while collaborating with software, design, production, quality, and suppliers.

Senior Process Engineer responsible for designing, improving, and transitioning manufacturing processes into production for advanced electronic warfare assemblies. Duties include developing fixtures and equipment, resolving nonconformances, leading root-cause and corrective actions, supporting production layouts and testing, implementing lean improvements, and mentoring engineering staff. The role is fully onsite and collaborates closely with manufacturing, quality, supply chain, test, and program engineering teams.

Diagnose and resolve DRAM process integration issues, optimize processes, equipment, and materials, and improve yield, quality, and cost. The role validates and qualifies processes for new product introduction, supports SPC/FDC/RMS/APC systems, monitors fab health, manages material suppliers, and supports audits and continuous process technology improvement.

Lead startup, development, and optimization of CMP processes for DRAM production. Drive yield, defectivity, cost, and productivity improvements; resolve manufacturing issues; collaborate with equipment and integration engineers; manage projects to hit milestones; own and improve SPC charts; travel internationally for onboarding and training; adopt Agentic AI and data science/programming tools to improve workflows.

Manage DRAM technology transfer projects from qualification through volume manufacturing ramp. Coordinate with fabrication, process, equipment, planning, procurement, and quality teams to align tool matching, process requirements, materials readiness, technology qualification, yield, and schedule. Lead value engineering and tool evaluation projects, analyze process and matching data, enforce CEERB and sign-off requirements, address process and hardware changes, and capture lessons learned for future technology transfers.

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.

Supports night-shift wafer manufacturing by monitoring and improving semiconductor fabrication processes. Responsibilities include supervising operations, analyzing production and process data, troubleshooting abnormal conditions, managing semiconductor equipment, conducting experiments, monitoring SPC indicators, improving yield and quality, and collaborating with engineering and production teams. The role requires adherence to safety and manufacturing procedures, clear communication, shift handoffs, cleanroom work, and availability for 12-hour night shifts.

Designs and optimizes end-to-end material flow, packaging, and material-handling processes for automotive manufacturing. Responsibilities include PFEP analysis, packaging and equipment planning, logistics calculations, capacity and ergonomic studies, Lean implementation, project coordination, SAP logistics-system optimization, RFQ costing, and development of operating standards. The role supports new product integration while balancing production constraints, customer requirements, regulatory standards, space, labor, equipment, and capital investment needs.

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.

Process Engineer responsible for optimizing factory processes to maximize recovery, throughput, and extraction while minimizing costs. Provides technical support, process training, safety and quality leadership, KPI analysis, SPC management, process hazard assessments, continuous improvement, and support for project installation and commissioning. Develops production plans, work instructions, process documentation, and operational reports while supporting regulatory and agency interactions.

Develops, transfers, starts up, and optimizes semiconductor manufacturing processes. Analyzes production data, applies SPC and structured problem-solving methods, improves yield, quality, productivity, cost, and risk, and resolves manufacturing issues. Supports process qualifications, technology transfers, equipment installations, and production ramps while collaborating with equipment, manufacturing, quality, and integration teams. Uses automation, AI-enabled tools, and analytics to accelerate engineering problem solving.

Develop and integrate advanced photolithography processes for memory technologies, including EUV, materials, reticles, layouts, OPC, overlay optimization, and process-window analysis. Improve yield, device performance, and process capability through data analysis, failure analysis, and vendor collaboration. Document processes, communicate results, and support technology transfer from R&D into high-volume manufacturing while contributing to AI-enabled solutions.

Leads advanced manufacturing process development and continuous improvement at a decking production facility. Responsibilities include process controls, layout and ergonomic design, documentation, data-driven OEE and safety projects, equipment and robotics improvement, and technical leadership of process technicians. Requires manufacturing process engineering expertise, Lean tools, extrusion and material-transfer knowledge, cross-functional collaboration, and strong communication skills.

Characterize semiconductor materials and devices using advanced analytical techniques, apply statistical process control, develop novel materials, and recommend improvements to material performance. Collaborate with equipment, manufacturing, and integration engineers while transferring new films and technology developments to manufacturing sites. The role requires cleanroom fabrication, device and materials characterization, electrical measurements, and film deposition experience.

Supports semiconductor manufacturing process optimization, yield improvement, throughput enhancement, cost reduction, and issue resolution. The intern monitors process performance, analyzes manufacturing data, troubleshoots defects and equipment restrictions, and applies SPC, FDC, DOE, 8D, AI, and data analytics methods. The role collaborates with process owners, equipment engineering, operations, and other stakeholders to improve wafer processing and manufacturing performance.

Develops, starts up, and optimizes wet etch semiconductor manufacturing processes to improve product quality, yield, productivity, cost, and risk management. Collaborates with equipment and integration engineers to resolve production issues, completes improvement projects, and manages SPC charts. Applies data science, AI, LLM, and automation tools for defect analysis, trend detection, process monitoring, and reporting. Requires semiconductor process experience, an engineering degree or equivalent background, and international travel for onboarding and training.