Top Process Engineer Jobs

Designs and leads end-to-end business process transformations across Operations, Technology, Risk, Compliance, Legal, and customer experience teams. Responsibilities include current- and future-state process design, Lean analysis, requirements definition, benefit realization, process performance management, automation and AI use-case development, and continuous improvement. The role also establishes process engineering methods, standards, governance, and reusable patterns while influencing senior stakeholders and cross-functional teams without direct authority.

Develops and supports automotive paint and finishing processes, including robotic systems and industrial controls. Requires engineering knowledge, automotive finishing experience, color vision testing, Windows proficiency, and familiarity with computer technology and programming. The role supports Magna Exteriors manufacturing operations and continuous process performance.

Process Engineer leading safety, continuous improvement, process optimization, and capital projects in a manufacturing facility. Responsibilities include owning manufacturing processes, resolving quality and equipment issues, analyzing production data, supporting product launches, implementing Lean initiatives, managing equipment projects, standardizing work, and training production teams. The role requires an engineering degree and preferably five or more years of manufacturing engineering experience, particularly in steel processing or heavy manufacturing.

Manage daily operations of a PVC application line for automotive battery trays, monitor process parameters, troubleshoot equipment and process issues, implement improvements, ensure product quality and safety, coordinate with maintenance, QA, and procurement, and document processes and reports.

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.

Develops and optimizes electrode slurry mixing processes for advanced battery cells in a pilot-scale environment. Responsibilities include creating mixing recipes, executing batches, characterizing slurry properties, troubleshooting process deviations, conducting root cause analysis, documenting procedures, and supporting scale-up, process control, quality, yield, and manufacturing improvements. The role collaborates with engineering, quality, operations, maintenance, and manufacturing teams.

Supports high-volume semiconductor manufacturing by monitoring and improving process quality, yield, throughput, and cost. Applies SPC, FDC, DOE, statistical analysis, engineering principles, and data-driven problem solving to resolve process deviations, defects, tool restrictions, and output interruptions. Collaborates with equipment, operations, and engineering teams, performs data analysis and visualization, and uses approved AI-assisted analytics to optimize wafer output and manufacturing performance.

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.

Develops and improves manufacturing processes for liquid-cooling products, including assembly, testing, tooling, fixtures, supplier qualification, and production ramp-up. Collaborates with engineering, quality, supply chain, and external manufacturing partners to identify design-for-manufacturing opportunities, resolve production challenges, and support high-reliability precision components. The role requires hands-on experience with fluid-handling hardware, manufacturing quality, contract manufacturers, and production operations.

Supports process design, development, equipment validation, and manufacturing implementation. Improves process efficiency, quality, stability, and safety through root cause analysis, Lean and 5S practices, testing, documentation, and equipment maintenance support. Collaborates with manufacturing, quality, engineering teams, and vendors to implement improvements and validate repairs. The role is onsite in Santa Ana, California, with occasional domestic and international travel.

Designs, sources, builds, qualifies, and implements assembly machinery, tooling, equipment, and processes for transmission and drive unit manufacturing. Leads equipment integration, plant installation, launch, supplier oversight, cost estimation, and schedule management. Develops manufacturing documentation, applies GD&T, implements advanced technologies, and supports safety, quality, efficiency, and launch readiness. Requires hands-on plant-floor experience and 8+ years of assembly or machining process development.

Owns the design, execution, and continuous improvement of end-of-line and factory acceptance testing for battery energy storage systems. Develops scalable test procedures, sequences, pass/fail criteria, and traceable data capture requirements. Supports customer-witnessed testing, audits, production scaling, supplier activities, and continuous process improvement. The role requires engineering expertise in high-voltage batteries or power electronics, automated test equipment, and data acquisition systems.

Leads quality management system activities for molecular diagnostic operations, including change control, document control, SOP lifecycle management, nonconformance investigations, CAPA, training compliance, audits, and regulatory readiness. Partners with Quality, Regulatory, Engineering, Validation, and Clinical Operations teams to improve processes and maintain compliance. Provides technical expertise for high-complexity molecular diagnostic workflows, mentors personnel, and supports continuous improvement in onsite laboratory and manufacturing environments.

Leads Lean Six Sigma and finance transformation initiatives using DMAIC, process mapping, statistical analysis, and root-cause investigation. Improves finance processes across FP&A, reporting, forecasting, reconciliations, controls, and data quality. Partners with cross-functional stakeholders to deliver measurable gains in accuracy, efficiency, cost, cycle time, and control effectiveness. Creates governance materials, dashboards, procedures, and control plans while training and mentoring Finance teams and improvement practitioners.

Develops and launches transmission and drive unit assembly processes and equipment from concept through implementation. Responsibilities include process and equipment design, supplier oversight, installation, qualification, prototype support, production launch, continuous improvement, and technical project management. The role collaborates with product engineering, manufacturing operations, quality, maintenance, planning, and external suppliers, while monitoring project timing, scope, and budgets.

Develops and optimizes manufacturing processes for automotive powertrain production. Responsibilities include process flow design, PFMEA, equipment specifications, plant-floor implementation, standardized work, technical drawings, GD&T, plant layouts, continuous improvement, lean initiatives, project leadership, root-cause analysis, customer support, training, and compliance with quality, environmental, and safety standards.

Improve semiconductor manufacturing process quality, yield, equipment performance, and efficiency. Monitor process and equipment issues, analyze manufacturing data, apply SPC, FDC, DOE, and structured problem-solving methods, and partner with operations and engineering teams. Lead process optimization, productivity, cost reduction, documentation, training, and corrective-action initiatives supporting high-volume memory production.

Supports semiconductor manufacturing process optimization, yield improvement, defect reduction, cost reduction, and wafer output improvements. Analyzes manufacturing data using SPC, FDC, 8D, DOE, AI, and visualization tools; investigates process excursions, performs root-cause analysis, recommends corrective actions, collaborates cross-functionally, and maintains process documentation.

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.

Owns the lifecycle and performance of biopharmaceutical manufacturing process systems, including design, installation, qualification, production support, deviations, maintenance, and decommissioning. Develops engineering diagrams and specifications, executes FAT and commissioning activities, implements cGMP changes, establishes calibration and preventive maintenance strategies, leads CAPAs, and supports small capital projects. Requires cross-functional collaboration, on-call support, and occasional travel.

The Metrology Engineer will optimize semiconductor manufacturing processes, improve product quality, solve production issues, and collaborate with cross-functional teams.

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

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.

Leads process design, development, scale-up, commissioning, factory trials, and deployment for food manufacturing innovation and optimization projects. Collaborates with RDQ, marketing, manufacturing, and external partners; uses modeling, simulation, technical data, Lean/Six Sigma, HACCP, and continuous improvement methods to solve problems, influence decisions, manage stakeholders, and coach process teams.

Develops, evaluates, selects, and documents materials and processes for aerospace, military, and commercial hardware. Plans investigations, analyzes laboratory and environmental test data, reviews drawings, specifies materials and processes, and prepares technical reports. The role involves collaboration with engineering, production, integration, testing, and customer organizations in office, laboratory, production, and cleanroom environments.