Top Process Engineer Jobs

The Process Engineer will improve water infrastructure, provide technical planning, design and construction support for treatment projects, manage task budgets, and conduct inspections.

Supports the evaluation, validation, documentation, and continuous improvement of manufacturing processes. Provides CNC department support through programming, machine setup, and troubleshooting. Develops work instructions and operator training materials, leads cross-functional PFMEA, Control Plan, and process-flow activities, performs competitive analysis, and improves production methods to reduce waste.

The Process Engineer will analyze and improve vehicle operations through workflow analysis, root cause analysis, measurement framework design, and implementing continuous improvement methodologies across various automotive programs.

Owns end-to-end manufacturing line architecture, process flow, control strategies, verification integration, and digital traceability for complex aerospace hardware. Responsibilities include designing interconnected manufacturing cells, developing control plans and test coverage, implementing MES workflows, driving DFX reviews, improving yield and throughput, and leading continuous improvement. The role partners across engineering, quality, automation, supply chain, and operations to establish controlled, measurable, and verifiable production systems.

Optimize and develop manufacturing processes for automotive glass production. Use process simulation and control techniques, analyze production data with Minitab, reduce scrap and waste, collaborate with manufacturing, QA, and supply chain, implement corrective actions, document changes, and train production staff.

Owns end-to-end manufacturing process flow, process control, verification, test integration, and digital manufacturing data architecture for satellite production. Leads DFM, DFA, and DFT reviews; develops control plans, traceability systems, MES workflows, and line performance dashboards; and drives lean improvements, yield enhancement, readiness reviews, and systemic corrective actions. Partners cross-functionally with engineering, quality, automation, manufacturing IT, and product design teams to scale reliable, testable, high-throughput production.

The Senior Process Engineer will translate engineering workflows into product requirements, validate deliverables, and define checks to automate preconstruction processes while collaborating closely with various engineering disciplines.

Sustain high-volume wafer manufacturing through photolithography process expertise, yield and quality improvements, root-cause investigations, SPC analysis, process optimization, and equipment and process qualification. Analyze cycle time and equipment efficiency while troubleshooting process shifts and implementing manufacturing improvements. The role requires on-site cleanroom work in a 24/7 semiconductor operation.

Build and deploy AI/LLM-powered automations and API integrations to streamline back-office processes. Partner with cross-functional teams to gather requirements, design workflows with orchestration tools, write tested production code, measure automation impact, and stay current on AI tooling.

Optimize assembly processes by conducting time studies, establishing labor standards (MTM), developing standard work and process documentation, leading lean/kaizen events, improving ergonomics and workstation design, balancing lines to takt time, and tracking metrics like OEE, cycle time, and throughput.

The role involves delivering business case quantification, optimizing processes, mentoring teams, and ensuring client satisfaction in healthcare revenue management.

The Stamping Engineer will develop and optimize stamping processes, ensure compliance, support new product introduction, manage projects, and mentor team members while enhancing operational efficiencies.

Lead process improvement and optimization for bulk manufacturing and packaging of adhesives. Support troubleshooting, PSM activities, capital projects, SPC-driven continuous improvement, capacity planning, validation, and cross-functional collaboration to improve safety, quality, productivity, reliability, and cost performance.

As a Process Engineer, you'll design and optimize manufacturing processes, analyze data, troubleshoot engineering issues, and engage with customers to resolve complex concerns.

The Process Engineer IV will design and optimize manufacturing processes, collect and analyze data, troubleshoot issues, and collaborate with teams for semiconductor and display technologies.

Lead CVD process and hardware development for semiconductor/display manufacturing. Design, execute, and characterize processes, troubleshoot complex systems, define technical strategy, and collaborate with internal and external stakeholders to deliver world-class solutions.

Implement, install, and maintain mechanical PCB manufacturing processes (drill, lamination, plating). Develop project plans, establish operating conditions, write procedures, monitor processes, and perform FMEA/root cause analyses to resolve production issues and ensure consistent operation.

Lead safety and process engineering for the cleanroom and H5 environments: manage hazardous and flammable gas systems, chemical inventory, gas monitoring/calibration, SOPs, incident investigations, PM/LOTO protocols, tool maintenance, vendor coordination, user training, and regulatory compliance to ensure safe, reliable nanofabrication operations.

Support safe, efficient paper mill operations by analyzing process and DCS data, identifying improvement opportunities, leading root-cause analyses, implementing process optimizations, supporting trials and startups, developing SOPs and dashboards, and partnering with operations, maintenance, and reliability teams to reduce waste and improve quality and productivity.

Leads Lean and continuous improvement initiatives across laboratory operations. Analyzes workflows, facility design, staffing, process data, and operational metrics to identify problems and improve quality, service levels, costs, laboratory turnaround times, and patient wait times. Develops process maps, standard work, performance metrics, management reports, and optimization recommendations. Trains and coaches project teams, supports the Quality Management System, and collaborates with laboratory personnel and management to implement sustainable process improvements.

Perform hands-on semiconductor process development and optimization for 3D DRAM metals. Partner with cross-functional teams to run experiments, analyze pilot-scale manufacturing data, perform root-cause and failure-mode analysis, and present results. Apply statistical methods and AI/AI-assisted tools to improve process performance and yield.

Provides engineering oversight for MEMS foundry process control and production lines. Develops and monitors wafer fabrication processes, operates metrology and fabrication systems, performs root cause analysis, analyzes process performance and yield, applies SPC, optimizes manufacturing processes, maintains technical documentation, and collaborates with fab operations, engineers, technicians, and leadership to ensure quality and production targets.

Design, run, and analyze complex process engineering experiments; perform hardware characterization and film property measurements; troubleshoot and perform root cause analysis; generate technical reports and documentation; communicate with customers; select vendors; implement new technologies and instrumentation; mentor junior staff and lead project teams as needed.

Develops semiconductor yield-enhancement methods through defect inspection, data analysis, inline-to-end-of-line correlation, SPC, and process improvement. The role creates inspection recipes, performs lot and equipment dispositions, identifies process and equipment problems, and drives defect-density reductions across high-volume 200mm and 300mm fabs. It collaborates with process, integration, reliability, packaging, test, and product engineers to improve device performance and support technology development and production schedules.

Design, optimize, and document manufacturing processes for semiconductor, display, and AR technologies. Collect and analyze data, perform hardware characterization, troubleshoot complex issues, implement new technologies, partner with vendors, and support R&D projects while mentoring junior staff.