Top Process Engineer Jobs

Designs, optimizes, and documents complex semiconductor and display manufacturing processes. Performs hardware characterization, measures film properties, analyzes data, troubleshoots issues, partners with vendors and customers, implements new technologies, and leads projects and team training with limited supervision.

Lead sustainment, improvement, and development of photolithography processes in a 200mm fab. Own process levels, qualify new chemicals and tools, collaborate with equipment, integration, and development teams to improve yield, reduce cycle time and cost, and maintain SPC and standard work in a cleanroom environment.

Lead Daily Management Systems and continuous improvement for a plant business unit. Improve equipment reliability (mechanical, pneumatic, electrical, hydraulic), develop team capability, adopt digital tools, analyze KPIs, lead structured problem solving, manage small projects and capital/capex initiatives, and collaborate across Operations, Finance, Engineering, Supply Chain, and Maintenance.

Support manufacturing by analyzing and developing plastic/rubber processing conditions, troubleshooting production issues, creating process plans and bills of materials, training operators, documenting procedures, supporting costing, and driving continuous improvement to meet process control and material property requirements.

Leads process engineering ownership for mAb and ADC programs across facility fit, technology transfer, scale-up, PPQ, commercial manufacturing, and lifecycle improvement. Evaluates equipment, utilities, containment, automation, capacity, and GMP requirements; directs risk assessments, investigations, CAPAs, validation, and capital project support. Partners with cross-functional and client teams, authors technical documentation, provides on-floor leadership, and mentors engineers.

Leads manufacturing process improvement initiatives involving quality, yield, productivity, cycle time, cost reduction, and production efficiency. Analyzes root causes, implements corrective actions, develops process controls and documentation, qualifies equipment, validates processes, and supports engineering changes and new product introductions. Collaborates with production, quality, maintenance, supply chain, and customers to resolve complex manufacturing challenges and improve operational performance.

Lead semiconductor manufacturing quality event management, resolve process excursions, and manage out-of-control and out-of-specification material dispositions. Own statistical factory control, improve process stability and yield, optimize chamber and tool matching, and reduce cycle time and work-in-process wait time. Implement smart manufacturing and automation solutions, maximize capacity utilization, train process engineering technicians, create performance reports and visualizations, and document process learnings.

Develop and improve manufacturing processes, routings, tooling, fixturing, standards, and documentation for precision CNC and high-mix production. Partner with programming, production, quality, supply chain, and estimating on first articles, inspection planning, capability analysis, root-cause investigations, quoting, and cost reduction. Support production-floor issue resolution, process standardization, capacity planning, and continuous improvement while ensuring safe, repeatable, capable, and traceable manufacturing processes.

Develops, qualifies, troubleshoots, and improves PCB fabrication processes. Responsibilities include root cause analysis, equipment capability testing, process programming, customer and supplier support, documentation updates, safety compliance, hazardous waste handling, and project execution. The role is hands-on, onsite, and requires collaboration across departments to resolve production issues and implement process improvements.

Plans and coordinates industrial engineering assignments involving assembly process design, improvement, and manufacturing engineering. Troubleshoots assembly issues, develops process and equipment changes, maintains documentation, reviews production schedules, and leads cross-functional problem-solving using PFMEAs, Poka-Yoke, and Six Sigma. Supports customer initial sample submissions and provides leadership in quality, productivity, safety, ergonomics, and training.

Supports paper mill operations through process optimization, troubleshooting, production trials, data analysis, and improvement initiatives focused on safety, quality, chemical usage, and efficiency. The role monitors operating parameters, evaluates chemicals and equipment, develops dashboards, and supports digital transformation. It collaborates with operators, managers, engineers, environmental teams, and vendors while requiring hands-on problem-solving, cross-shift communication, and flexibility for variable working hours.

Process Engineer III will lead silicone and biochemical manufacturing process improvements, optimization, scale-up, transfers, equipment selection, validation, commissioning, and reliability initiatives. Responsibilities include process data analysis, SAP recipe and quality documentation, Kaizen and Lean activities, root cause analysis, PFMEA, project budgeting, and cross-functional coordination with production, quality, customers, and vendors. The role requires maintaining cGMP and ISO-compliant engineering records and supporting safe, efficient plant operations.

Provides technical expertise across manufacturing processes, including developing manufacturing solutions, optimizing production efficiency and quality, supporting production, training teams, documenting projects, and ensuring new products are manufacturable. The role applies manufacturing processes, statistical process control, structured design, analytical problem-solving, and test or measurement equipment while collaborating with customers and cross-functional teams.

Support commissioning and operation of a large-scale helium cryogenic plant. Responsibilities include thermal-fluid process design, process safety and controls, schematics and equipment lists, troubleshooting, operating procedures, hardware and skid design, procurement, testing, inspections, and contractor coordination. The role requires hands-on experience with compressible fluids, cryogenic systems, rotating machinery, pressure equipment, controls, and applicable engineering standards, with occasional shift work, travel, and on-call duties.

Improves manufacturing processes through Lean Manufacturing, automation, workflow improvements, data collection, and hands-on technical support. Leads Kaizen and continuous improvement projects, troubleshoots production issues, develops corrective actions, improves yields and efficiency, and supports quality and cost objectives. Collaborates cross-functionally, documents process requirements and equipment specifications, presents project results, and coaches teams in Lean Six Sigma methods.

Develops and optimizes manufacturing processes for cutting tool inserts, provides production and quality support, analyzes process data, and leads continuous improvement initiatives. The role manages capital projects, digital transformation, sustainability, Lean, 5S, TPM, corrective actions, process documentation, equipment reliability, safety, and compliance. It collaborates with production, maintenance, R&D, suppliers, and global engineering teams while providing technical guidance and operator training.

Leads process engineering technical assurance for LNG liquefaction and renewable energy projects through design, construction, commissioning, startup, and operations. Reviews EPC deliverables, process designs, safety studies, operating procedures, vendor documentation, and technical evaluations. Supports troubleshooting, process monitoring, economic analysis, project management, and post-commissioning operations at the Port Arthur LNG facility. The role requires onsite work in Port Arthur, Texas and a TWIC credential.

Develop, maintain, and improve cabinet manufacturing processes. Measure equipment accuracy, perform capability studies, analyze production data, create and validate CNC programs, support new product launches, troubleshoot process issues, and implement improvements focused on safety, quality, productivity, and cost. The role also develops process documentation, trains production employees, supports equipment validation, and collaborates with production, quality, maintenance, engineering, and product development teams.

Leads R&D process engineering for facial tissue innovation, including developing and commercializing new products, process capabilities, materials, and manufacturing operations. The role spans pilot and commercial scale, tissue machine and converting assets, consumer and scientific research, experimentation, data analysis, cross-functional collaboration, technical communication, mentoring, and intellectual-property protection. Travel is expected 15–25%.

Develops and optimizes surface-mount technology processes, including printing, placement, reflow, AOI, and SPI. Troubleshoots defects, leads root-cause and corrective-action activities, supports new-product introduction builds and DFM reviews, maintains process documentation and controls, trains technicians, and drives continuous improvement using Lean Six Sigma tools. Collaborates with production and maintenance teams to ensure stable manufacturing line performance.

Analyzes production operations and develops procedures to improve efficiency, flow, equipment utilization, and workplace layout. Leads Lean and Kaizen continuous-improvement initiatives, creates work instructions and standard work, and manages CAPEX and cost-out projects. Collaborates with production, maintenance, quality, procurement, ITM, and other teams while ensuring compliance with HSE, quality, and regulatory requirements.

Build automated systems for collecting data from laboratory instruments and develop analysis tools for electrical testing, including power quality, harmonics, efficiency, transients, and thermal performance. Create standardized workflows, searchable engineering knowledge bases, and AI-assisted tools. Document, version-control, support, and train users on solutions while working safely in a high-power electrical laboratory.

Lead GMP equipment lifecycle activities, including installation, commissioning, qualification, validation, maintenance, and continuous improvement. Support manufacturing, QC laboratory, facility, and utility systems; investigate deviations; perform root cause analysis; implement CAPAs; and develop reliability strategies. Serve as a technical expert during audits and FDA inspections, support capital projects and technology upgrades, maintain engineering documentation, and partner with cross-functional teams to ensure compliant, reliable operations.

Participates in six-month manufacturing rotations, supporting production processes, equipment, quality, safety, and continuous improvement. Defines work methods, leads Lean and Six Sigma projects, provides technical production support, performs root-cause analysis, designs tooling and fixtures, supports equipment selection and maintenance planning, and maintains manufacturing documentation including routings, bills of material, standard work, and value stream maps.

The Manufacturing Process Engineer develops manufacturing processes, handles equipment programming and training, and leads process improvements while ensuring compliance with quality standards.