Top Process Engineer Jobs

Designs and sets up paint and assembly manufacturing processes, tooling, and workstations. Supports AutoCAD drawing changes, SPC and capability studies, process improvements, launch coordination, data management, ISIR submissions, and quality problem-solving using AIAG core tools. Prepares documentation for 8-Ds, AFEs, CIP, and customer quotes while supporting production troubleshooting and continuous improvement.

Lead R&D process design and deployment for cakes & pastries, managing scale-up, pilot plant trials, process specifications, risk assessments, data-driven decisions, and cross-functional stakeholder alignment to deliver consumer-centric manufacturing processes.

Lead day-to-day health of lithography processes and tools in high-volume manufacturing. Own excursion investigations, root-cause analysis, tool matching, sampling strategies, and data-driven improvements to yield, output, cycle time, and cost while partnering with operations and area leaders.

Support and improve photomask/reticle manufacturing by monitoring process health, analyzing yield and defect trends, partnering with equipment teams, performing root cause analysis on out-of-spec reticles, driving data-based disposition decisions, and communicating BEOL issues to improve yield and cycle time.

Leads process development, production startup, and improvements in an automotive manufacturing environment while considering environmental factors.

The Equipment Engineer will oversee and optimize CMP equipment, while the Process Engineer will enhance manufacturing processes, focusing on DRAM development and SPC initiatives.

Identify, diagnose and resolve assembly process issues; coordinate process/equipment/material evaluations and implement optimizations; lead yield improvement and cost reduction; validate new process baselines and support new product introduction; support SPC/FDC/RMS/APC and site-to-site portability; manage and audit material suppliers; support internal and external audits.

Support and optimize fab tool processing and capacity; analyze data and SPC to identify root causes and drive yield/cost improvements. Troubleshoot complex process/equipment issues, manage projects, coordinate change control and safety, and collaborate with shift teams, equipment engineers, and process integration to ensure consistent, high-volume production.

The role involves monitoring metrology processes, developing new inspection techniques, collaborating with R&D, and mentoring technicians.

Serve as Release Train Engineer supporting the OKC Training Systems Agile Release Train. Coach Agile teams, facilitate PI planning and synchronization, manage ART metrics, resolve impediments, escalate risks, and drive continuous improvement across cross-functional teams to align strategy and execution.

Lead engineering process design, standardization, and modeling (SIPOC/process trees); manage central process repository (Alfresco/DMS); drive process excellence via data analytics and reporting; collaborate with technical SMEs and senior leadership; support governance, metrics, and executive-level communications; implement process management methodologies and automate workflows. On-site five days/week; travel ~10%.

The Semiconductor Process Engineer develops and optimizes manufacturing processes, improving product quality and yield while managing process-related issues and collaborating with suppliers.

The Photolithography Process Engineer supports lithography operations, monitors tool health, executes control plans and assists in process improvements.

The role involves wafer characterization, data analysis, and supplier collaboration to ensure quality and reduce risk in semiconductor manufacturing.

As a Principal Process Engineer, you'll optimize die bonding processes, improve yield and cost, and resolve manufacturing issues while leading initiatives and collaborating with teams.

The role involves supporting bonding processes in a microelectronics manufacturing environment, focusing on process development, improvement, and collaboration with cross-functional teams to enhance production efficiency.

The engineer will lead improvements in automated optical inspection, support manufacturing teams, and validate new AOI equipment while analyzing technical problems.

Develop battery cell formation solutions, provide technical support, oversee manufacturing systems, and improve processes while ensuring safety and compliance.

The role involves setting up manufacturing processes, engineering changes, monitoring data, developing automation solutions, and collaborating with manufacturing teams for process improvements.

The Senior Photolithography Process Engineer will optimize processes in semiconductor manufacturing, improve product quality, and resolve production issues through collaboration and project management.

The Implant Process Engineer will develop and optimize ion implantation processes, drive yield improvements, and collaborate with various teams to ensure robust process performance in semiconductor manufacturing.

Lead startup, development, and optimization of diffusion processes for DRAM manufacturing. Improve yield, reduce cost, resolve production issues, manage SPC charts, and collaborate with equipment, integration, and cross-functional teams to drive productivity and quality improvements.

Support production by troubleshooting process and equipment issues, drive root-cause analysis and corrective actions, maintain process documentation (FMEA, job instructions), lead continuous improvement projects, and support launches to ensure safe, high-quality, high-throughput manufacturing.

Manage PVC application line operations for automotive battery trays, monitor processes, troubleshoot issues, and implement improvements to ensure quality and efficiency.

The Process Engineer will support the microelectronics manufacturing cell by coordinating with various functions to resolve issues, lead continuous improvement efforts, and ensure successful operations of bonding equipment.