Top Process Engineer Jobs

The Process Support Engineer guides products from concept to qualification, providing customer support for installations and troubleshooting, analyzing data, and resolving engineering issues.

The Staff Process Quality Engineer will lead APQP and QMS activities, ensuring manufacturing processes are robust and compliant. Responsibilities include PFMEA development, PPAP management, risk assessments, and cross-functional collaboration to enhance production quality and readiness.

The Process Development Engineer develops and improves processes and systems for rocket design, manufacturing, and reliability at SpaceX, ensuring efficiency across various functions while supporting software tasks and data management.

The role involves leading complex application activities, developing new methodologies, and interfacing with customers to optimize system performance and support installation efforts.

The Process Integration Engineer develops new modules for Advanced Semiconductor Packaging, leveraging equipment requirements and driving material and process innovations while collaborating with cross-functional teams.

The Senior NPI Process Development Engineer will design and prototype manufacturing processes, oversee documentation, and enhance medical device production for a startup.

The Process Orchestration Engineer will design, implement, and support automated workflows and integrations, leveraging scripting languages and managing orchestration platforms to enhance enterprise efficiency.

Support methane liquefaction infrastructure and natural gas pipeline design projects, coordinating with teams and overseeing execution. Optimize designs, ensure safety, and manage contractors.

As an Associate Process Improvement Engineer, you will enhance manufacturing efficiency through data analysis and process improvement methodologies, while collaborating with cross-functional teams to implement changes.

Lead data-driven continuous improvement initiatives across manufacturing plants using lean methodologies (A3, Kaizen, VSM). Optimize processes, reduce waste, mentor plant teams, support technology integration, develop SOPs, and report results to leadership to drive operational excellence and cost savings.

The Associate Process Improvement Engineer aids in optimizing processes, reducing waste, and improving worker efficiency through analytics and engineering principles.

Design, develop, and maintain PLC, HMI, SCADA, motion control, and industrial networks for fiber manufacturing. Optimize draw‑tower and coating processes, provide hands‑on troubleshooting and field support, lead automation projects, integrate data acquisition/historian systems, and drive continuous improvement for quality, uptime, and safety.

The role involves improving engineering processes through quality control, training, documentation, and metrics, while supporting project teams and compliance.

Lead process safety risk management across water treatment and distribution assets. Provide technical guidance on hazard identification, barrier-based risk analysis, incident investigations, assurance, and continuous improvement. Collaborate with operational and asset teams to embed safety culture, ensure regulatory compliance, and improve resilience of essential services.

Lead process improvement and R&D initiatives for label and packaging production: plan and execute projects, run trials, analyze data, implement lean/Six Sigma improvements, support cross-functional teams, provide technical sales support, and maintain Elite Plant Standards.

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.

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

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.

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.

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.

Perform conceptual through detailed mechanical design for biopharmaceutical and specialty chemical manufacturing facilities. Specify and coordinate upstream/downstream process equipment, prepare calculations, piping/material specifications, vendor reviews, procurement and construction support, assist startups, perform fieldwork, mentor junior staff, and ensure compliance with ASME BPE and FDA/GMP standards.

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.

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.