Top Process Engineer Jobs

Lead development, startup, and optimization of CMP processes for advanced packaging. Drive yield, cost, and productivity improvements, perform failure analysis and process control, manage complex cross-functional projects, collaborate with vendors, and apply AI/data methods to enhance workflows and manufacturability.

Design, optimize, and control die-casting manufacturing processes. Apply statistical process control, analyze parameters, ensure safety and regulatory compliance, support automation adoption, and collaborate with cross-functional teams to meet production goals.

Lead electrical materials and process engineering for avionics across development and production. Oversee supplier qualification, material selection, specifications, failure analysis, RCCA, MRB dispositions, standards custodianship, and mentor junior engineers. Support labs, audits, and industry IPC committees; travel 10–40% and work fully onsite.

Support and improve advanced packaging assembly processes by diagnosing process issues, performing failure analysis and statistical methods (SPC, FDC, FMEA, 8D), analyzing data to boost yield and quality, partnering with cross-functional and global teams, monitoring trends to increase process capability, and supporting evaluation/qualification of process changes, materials, and vendor solutions.

Develop, optimize, and sustain liquid-phase (wet) process equipment for advanced DRAM. Partner with vendors and internal teams to close hardware gaps, drive installation/qualification/upgrades, apply data analysis to monitor tool performance, troubleshoot issues, and support process transfer from R&D to manufacturing.

Lead and optimize precision laser welding processes to produce hermetic seals for microwave submodules. Set up, calibrate, and operate laser welders; run DOE to define process windows; apply SPC and root cause analysis to meet yield and seal integrity targets. Execute environmental stress screening, perform de-lidding for inspection/rework, liaise with cross-functional teams, document work, manage IP, and mentor junior engineers.

Contribute to next-generation 3D DRAM technology development by optimizing semiconductor process flows, designing and running R&D fab experiments, and analyzing inline, parametric, and probe data. Investigate device performance, reliability, failure mechanisms, variability, and yield issues while collaborating with process development, product engineering, design, probe, and yield enhancement teams. Summarize complex problems and drive technical solutions.

Support process development, equipment design, validation, and implementation for high-volume manufacturing. Drive continuous improvement, root cause analysis, 5S/Lean initiatives, testing, and maintenance support while documenting standardized processes and working cross-functionally with Quality, Engineering, and Manufacturing teams onsite in Santa Ana, CA.

Lead process development, production start-up, and production support for automotive components. Implement engineering changes and process improvements, troubleshoot and repair systems, and ensure environmental aspects of production are addressed.

Develop, optimize, and sustain DRAM manufacturing and assembly processes to improve yield, quality, reliability, cost, and productivity. Lead troubleshooting, root cause analysis, process qualification, supplier quality, and continuous improvement efforts. Use statistical and structured problem-solving methods and leverage data analytics and AI-enabled tools to enhance process control and decision-making.

Supports wet etch process development for next-generation semiconductor technologies through experiments, chemistry development, contamination reduction, surface characterization, and data analysis. Collaborates with engineering teams to improve process capability, productivity, efficiency, and manufacturability. Communicates findings through technical reports and presentations while applying AI-enabled and data-driven methods to optimize research and analysis workflows.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. Creates technical documentation and specifications, develops new technologies and instrumentation, executes engineering projects, and collaborates with R&D teams, customers, vendors, and suppliers. Trains engineers, resolves complex process issues, and leads functional teams or projects.

Leads and supervises process engineering and continuous improvement efforts. Manages team development and employee lifecycle activities, prioritizes operational improvement opportunities, facilitates cross-functional process discovery, applies Lean Six Sigma and data-driven analysis, and oversees process and system enhancements. Ensures measurable goals, ROI, sustainable implementation, stakeholder alignment, change adoption, and high-quality recommendations that improve efficiency, customer experience, and business performance.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film property measurement, and troubleshooting. Produces technical documentation and specifications, develops new technologies and instrumentation, collaborates with vendors and suppliers, engages customers to resolve complex issues, and leads engineering projects and functional teams. Trains engineers in measurement and troubleshooting methodologies.

Supports high-volume 300mm semiconductor fab operations by developing improved manufacturing processes, procedures, and methods. Drives efficiency, yield, quality, cost, and cycle-time improvements; performs lot and equipment dispositions; investigates process and equipment issues; supports equipment and process startups; conducts process experiments; and applies data analysis to resolve problems. Requires semiconductor fab process engineering experience and a relevant engineering or science degree.

Leads the Process Engineering Department and manages process engineers supporting manufacturing product lines. Drives process control, continuous improvement, waste reduction, quality, efficiency, and cost performance. Applies expertise in foil transfer materials, adhesion, coatings, color theory, and UV or thermal processes. Oversees failure analysis, corrective actions, SOP improvements, Lean initiatives, technical projects, data reporting, safety, and cross-functional coordination. Requires leadership in high-speed manufacturing and familiarity with printing technologies.

Provide process engineering support for pre-filled syringe sterile manufacturing of commercial mAb products. Drive batch-release activities, investigations, CAPA, cycle development, NPI and capacity expansion, vendor/component qualification, and continuous improvement for filling, thawing, formulation, filter testing, and wash/autoclave operations while ensuring GMP compliance.

Provides senior technical leadership for biogas utilization and renewable energy projects. Develops process designs, design bases, flow diagrams, equipment specifications, control philosophies, and safety documentation. Performs advanced process calculations and sizing for equipment, piping, controls, and relief systems. Supports permitting, construction, contractor RFIs, HAZOPs, operations troubleshooting, and system optimization while mentoring engineers and improving design standards. Requires cross-functional collaboration, code compliance, and up to 20% travel.

Leads process engineering for biogas utilization and renewable energy EPC projects. Develops design bases, flow diagrams, equipment specifications, P&IDs, control philosophies, safety reviews, engineering calculations, and technical reports. Coordinates multidisciplinary design, supports permitting and construction, resolves contractor RFIs, mentors engineers, and collaborates with operations to troubleshoot and optimize systems. Ensures compliance with ASME, API, ASTM, and other applicable standards.

Leads semiconductor advanced-packaging process development and equipment ownership for 300mm wafer toolsets. Maintains equipment uptime, resolves production issues, improves yields and costs, develops processes and intellectual property, and applies statistical process control and data analysis. Provides technical guidance to students, faculty, professionals, and a team of engineers and technicians. Responsibilities include equipment procurement, installation, maintenance, procedure writing, user supervision, and cross-training in cleanroom processing disciplines.

Provide technical expertise across manufacturing processes: optimize production for efficiency and quality, ensure manufacturability of new products, support production activities, train teams, produce project documentation, and lead new product introductions following standards and change management.

Drive semiconductor photolithography manufacturing and process development in a ramping fab. Responsibilities include qualifying and enhancing processes, improving yield, efficiency, quality, and machine operations, optimizing lithography materials and film stacks, leading root-cause investigations, analyzing process and equipment data, and resolving manufacturing issues through systematic problem-solving.

Supports high-volume semiconductor manufacturing by qualifying tools and process releases, improving manufacturing procedures, efficiency, yield, quality, and equipment operations. Performs lot and equipment dispositions, analyzes process and equipment problems, supports production flow, and implements cost, quality, capacity, and new-product improvement initiatives. Collaborates across engineering and manufacturing teams to resolve issues and drive continuous improvement in a 300mm wafer fabrication environment.

Provides engineering support for pharmaceutical packaging systems, startup, commissioning, process transfers, validation, and continuous improvement. Leads packaging process optimization, equipment selection, testing, root-cause investigations, deviations, CAPA, change controls, SOP development, and statistical process monitoring. Partners cross-functionally in a GMP-regulated manufacturing environment while maintaining quality, safety, compliance, and cost objectives.

Provides advanced process engineering leadership for pharmaceutical unit operations and oral solid dose manufacturing. Develops modeling, simulation, and digital twin tools; resolves complex manufacturing issues; supports scale-up, equipment selection, process transfers, product supply strategies, and capacity expansions. Leads manufacturing improvements, equipment modernization, physical characterization studies, regulatory contributions, and model-based risk assessments while ensuring cGMP, SHE, quality, and manufacturability standards.