Top Process Engineer Jobs

The Senior Process Development Engineer will design and test chemical processes, lead projects, troubleshoot equipment, and ensure safety in operations. Collaboration with various engineering teams and data analysis are key responsibilities.

Support manufacturing by identifying and leading process and quality improvements, resolving production quality issues, validating packaging, performing statistical analyses (DOE, capability, hypothesis testing), and driving root-cause corrective actions using lean Six Sigma methods. Interface with cross-functional teams for new product introduction, efficiency gains, and stop-ship/quality alert resolution while preparing process and product reports and participating in continuous improvement activities.

Develop and optimize wafer fabrication processes, lead device development, troubleshoot challenges, and improve manufacturing efficiency in MEMS and photonics technologies.

The Process Integration Engineer develops MEMS processes, optimizes fabrication, collaborates with teams, and leads technical programs to enhance quality and efficiency.

Support process and equipment development for detector assemblies, including DOE, equipment commissioning, and troubleshooting issues using Six Sigma methodology.

The R&D Process Engineer will optimize workflows in the semiconductor industry, engage with customers, ensure efficient lab operations, and establish process control metrics.

As a Process Development Engineer, you will design experiments for semiconductor fabrication, optimize recipes, and troubleshoot tools in a fast-paced startup environment.

Lead development of control philosophy, automation architecture, and instrumentation strategy for fuel cycle systems. Define control system architectures, HMI, alarming, and data requirements; select and manage vendors; produce control narratives, I/O lists, and diagrams; integrate with plant and fusion machine controllers; and lead onsite and remote commissioning to ensure safe, reliable operation.

Lead design, optimization, and troubleshooting of refinery processes; mentor junior engineers; perform process modeling, PHA/HAZOP safety analyses, cost/economic evaluations; support capital projects, operations, and regulatory compliance to improve safety, efficiency, and margin.

Provide customer-facing process and equipment support for semiconductor manufacturing systems. Lead on-site installations, system diagnostics, repairs, DOE-driven experiments, statistical data analysis, root cause investigations, and technical reporting. Collaborate with customers and R&D, mentor junior staff, and may lead small projects.

The FAP Engineer improves body-in-white manufacturing processes by analyzing production data, troubleshooting issues, ensuring quality standards, and collaborating across teams for process optimization.

Responsible for developing and optimizing processes for 3D NAND semiconductor manufacturing, leading innovations, solving process issues, and mentoring junior engineers.

The Industrial Process Engineer increases productivity by managing workflows, optimizing processes, and reducing waste in manufacturing. They coordinate process planning, provide feedback on trials, and implement efficiency improvements in a collaborative environment.

The Process Quality Engineer will help in developing and managing quality control systems, perform audits, analyze data for non-conformance, and support quality improvement initiatives across teams.

Support the Navy PSO with data-driven root-cause analysis, develop dashboards and driver metrics, standardize reporting, deliver training and change management, present executive summaries, implement P2P methodologies, and evaluate program maturity and adoption.

Lead development, integration, and qualification of semiconductor processes; drive yield improvement, defect reduction, and cost optimization using DOE/SPC and data analytics; enable NPI ramp and process transfer to high-volume manufacturing; lead failure analysis and reliability matching; collaborate with design, manufacturing, and foundry partners; mentor engineers and drive continuous improvement.

Lead cross-functional teams to design and implement process improvements, airflow visualization programs, validations, and tech transfers for sterile drug manufacturing. Perform feasibility and scale-up studies, root-cause investigations, CAPA, process characterization, and technical writing. Support regulatory readiness, contamination control, and production performance to improve yield, reduce deviations, and ensure compliance with GMP/ICH/QbD expectations.

Lead development of embedded flash memory technology including process integration, device optimization, failure analysis, yield improvement, silicon validation, and reliability qualification while managing cross-functional projects and foundry interactions.

Designs, configures, integrates, and implements DCS/PLC/SIS control systems for continuous and batch chemical processes. Performs P&ID review, network and Aspentech IP21 maintenance, supports maintenance and projects, develops alarm management and APC, creates cost estimates, participates in PHAs/LOPAs, and provides on-site startup and troubleshooting support.

Support DCS/PLC automation and field instrumentation for industrial gas facilities. Troubleshoot operations, implement improvement projects, support outages, and optimize control systems for safety and performance. Provide 24/7 remote support and collaborate with multidisciplinary teams.

Lead the qualification and process development for a new InP photonics semiconductor fabrication facility, focusing on process integration and yield improvement.

Assist senior systems engineers in implementing Digital Engineering and MBSE processes enterprise-wide. Support model portfolio development, model integration/interoperability, model quality reviews, and DE-based acquisition methods. Deliver foundational DE approaches, help implement MBSE techniques, support federated modeling, and communicate modeling concepts to stakeholders under supervision.

Own and optimize CNC machining value-streams from raw stock to finished parts: improve spindle utilization, reduce setup and downtime, manage SAP scheduling and tool programs, lead SYNCHRO+ and lean initiatives, author factory standards and routings, drive OEE and quality improvements, and support process development in welding and secondary operations.

Lead design, build, and commissioning of custom production equipment for advanced materials. Deliver automated, instrumented machines from concept to production, integrate automation/HMI/sensing/SPC, manage CAD/PDM workflows, estimate schedules, validate subsystems, mentor engineers and technicians, and operate/maintain shop equipment.

The Process Integration Engineer develops silicon process technology for integrated devices, optimizing processes and facilitating technology transfers while ensuring manufacturability and reliability.