Top Process Engineer Jobs

Provides process engineering support for tissue machine assets, improving safety, quality, production, delivery, cost, and Overall Equipment Efficiency. Leads root-cause analysis, process optimization, trials, continuous improvement planning, capital and maintenance projects, and commercialization. Collaborates with operations, maintenance, engineering, and capital execution teams in a 24/7 manufacturing environment.

Conduct hands-on semiconductor dry etch process development: design and run experiments, analyze statistical and manufacturing data, collaborate with cross-functional teams, apply AI or programming tools to optimize processes, and present technical results to engineering leadership.

Lead process integration for advanced DRAM nodes in a greenfield semiconductor fab. Responsibilities include module ownership, root cause analysis, failure investigation, yield and quality improvement, DOE execution, technology transfer, yield ramp, and cross-functional qualification of processes, tools, and materials. The role requires semiconductor HVM experience, knowledge of device physics and reliability, and willingness to travel internationally for training or work shifts as needed.

Develops and refines plasma dry etch processes for advanced DRAM structures, performs root-cause and failure-mode analysis, designs experiments, analyzes data, improves yield, and transfers processes into manufacturing. The role collaborates with process integration, failure analysis, manufacturing, yield, equipment, and vendor teams while leading dry etch technology roadmaps and applying AI-enabled or programming-based tools to improve engineering decisions.

Provide process engineering support for fuel cell manufacturing, troubleshoot production issues, analyze equipment and product data, improve manufacturing yield, and implement corrective and preventive actions. Develop procedures, documentation, and reaction plans; train production personnel; and collaborate with Quality, Product Development, and Manufacturing teams to improve efficiency and resolve root causes.

Leads semiconductor wafer-fab yield improvement by analyzing manufacturing, metrology, defect, electrical-test, and process data. Identifies yield-loss mechanisms, performs statistical analysis and DOE, investigates root causes, and implements corrective actions with Process and Equipment Engineering teams. The role supports technology ramps, develops yield reports, leads cross-functional technical reviews, mentors engineers, and improves fab-wide analysis methods. It is fully onsite in Palm Bay, Florida and requires applicable U.S. person status for ITAR access.

Leads cross-functional process improvement and cost-reduction initiatives in a manufacturing environment. Evaluates equipment, processes, quality data, safety, yields, and operating procedures; conducts experiments, audits, time studies, and root-cause analysis. Develops process documentation, specifications, project charters, cost estimates, training, and implementation plans while partnering with manufacturing, engineering, operators, and vendors. The role requires hands-on work in a non-climate-controlled facility and occasional travel for improvement activities, trials, or training.

Maintains and develops PLC control logic, HMI interfaces, and control-system software for a propellant and ammunition manufacturing facility. Troubleshoots production equipment, supports process improvements, develops capital projects, analyzes control-system data, establishes safety and key-characteristic requirements, prepares equipment specifications, trains personnel, and conducts system testing and validation.

Hands-on Process Engineer supporting manufacturing-floor operations through process optimization, statistical analysis, continuous improvement, equipment reliability, and project leadership. The role improves safety, quality, throughput, yield, cost, and process stability by reducing variation, scrap, downtime, and defects. Responsibilities include root cause investigations, corrective actions, process controls, equipment commissioning, automation initiatives, capital projects, standardized work, and compliance with safety and regulatory requirements.

Develops, implements, optimizes, and sustains PCB manufacturing processes, with primary ownership of lithography operations. Leads NPI, equipment and process qualification, DOE, process capability, documentation, continuous improvement, yield and root-cause analysis, CAPA, equipment troubleshooting, chemical process monitoring, and audit support. Partners with Manufacturing, Maintenance, Quality, and Product Engineering to improve safety, quality, throughput, reliability, and cost.

Design, develop, and optimize industrial processes and equipment for large-scale energetics production. Lead R&D testing of chemistries, improve efficiency and quality through data analysis, enforce safety and environmental compliance, manage equipment maintenance, and mentor a small production and lab team.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, troubleshooting, and technical documentation. The role develops new technologies and instrumentation, leads process engineering projects, trains engineers, works with vendors and suppliers, and engages customers to resolve complex technical issues.

Designs and analyzes utility and industrial steam generation systems, including boilers, heat exchangers, auxiliary equipment, and pressure parts. Leads boiler process engineering for proposals, studies, contracts, and OEM/service projects. Performs thermo-fluid analyses, ASME Section I calculations, engineering studies, technical reporting, design reviews, and customer/vendor coordination. Develops drawings and technical documentation while applying company standards and industry regulations to create efficient, economical power-generation systems.

Develops and optimizes manufacturing processes to improve production output, quality, efficiency, and cost. Analyzes production data, identifies bottlenecks, recommends equipment and workflow improvements, designs testing methods, calculates production costs, prepares process reports, maintains product information systems, supports manufacturing projects, ensures regulatory compliance, and trains technicians.

Develops, improves, and supports electronics manufacturing processes for final assembly. Responsibilities include factory troubleshooting, process optimization, equipment and tooling development, work-instruction creation, producibility reviews, design-for-manufacturing support, supplier assistance, and project planning. The role requires hands-on electronics assembly experience, CAD modeling, collaboration with design and manufacturing teams, and the ability to obtain and maintain a Secret clearance. Travel to suppliers and customers may be required.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. Produces technical documentation, resolves customer issues, partners with vendors and suppliers, implements new technologies and instrumentation, and leads projects while supporting junior colleagues.

Process Engineer supporting rare earth separation operations at a future commercial facility. Responsibilities include analyzing process chemistry and operating data, troubleshooting with operators, coordinating test work, maintaining mass and energy balances and process documentation, and supporting commissioning and startup. The role focuses on improving recovery, process stability, product quality, and operator guidance through hands-on plant work.

Leads process improvement initiatives in a glass manufacturing facility, particularly the Decorating department. Identifies process leverage points, quantifies benefits, develops implementation plans, and tracks results. The role improves quality, productivity, maintenance, reliability, and HS&E performance while overseeing Kamman & Eldred machines. It also communicates project priorities and progress across the organization and collaborates with multidisciplinary teams to drive operational improvements.

Lead equipment engineering for biopharmaceutical manufacturing operations, including equipment onboarding, troubleshooting, commissioning, qualification, validation, maintenance, and process optimization. Support sterile manufacturing, fill/finish, packaging, utilities, automation, and SCADA integration. Manage engineering projects, GMP quality systems, documentation, risk assessments, investigations, and continuous improvement. Coordinate with cross-functional teams, vendors, and contractors while providing technical leadership, training, and inspection support in a fully onsite cleanroom manufacturing environment.

Optimizes chemical manufacturing processes to improve efficiency, throughput, quality, safety, and cost. Responsibilities include troubleshooting, root cause analysis, process data monitoring, continuous improvement, process documentation, scale-up, new product introduction, and collaboration with Operations, Quality, and Engineering teams. The role also supports regulatory compliance and equipment and process design improvements within plant operations.

Leads process engineering for industrial, chemical, biochemical, agribusiness, and manufacturing projects. Responsibilities include engineering calculations, process simulation, equipment sizing, hydraulic analysis, PFD and P&ID development, field investigations, multidisciplinary coordination, technical reviews, construction support, commissioning, mentoring, estimating, and customer-facing proposal support.

Designs, improves, and transitions manufacturing processes for advanced electronic assemblies. Responsibilities include developing fixtures and equipment, resolving non-conformances, supporting PPV/FAI, driving lean improvements, transitioning new products to production, collaborating across engineering, quality, supply chain, and test teams, and mentoring process engineers and technical staff. This is a fully onsite role in a production environment.

Lead and govern Risk-Based Process Safety for high-complexity memory manufacturing. Partner with engineering and manufacturing to assess and mitigate process risks, support Management of Change, facilitate hazard analyses and investigations, and provide guidance and reporting on safety trends and program health across global sites.

Supports development, optimization, testing, modeling, and scaling of chemical processes for nuclear fuel production. Responsibilities include designing unit operations, conducting pilot-scale tests, analyzing data, preparing engineering documentation, collaborating with manufacturing, operations, safety, and licensing teams, and participating in technical reviews. The role requires foundational chemical or related engineering knowledge and offers opportunities for growth in advanced nuclear energy processing.

Leads continuous improvement initiatives across manufacturing and operational processes using lean principles, root cause analysis, process mapping, and performance metrics. Identifies improvement opportunities, manages cross-functional projects, develops dashboards and KPIs, supports capital justifications, and drives process changes and training. Partners with operations and leadership to improve efficiency, resolve process failures, embed continuous improvement practices, and align projects with organizational strategy.