Top Process Engineer Jobs

Leads continuous improvement initiatives across manufacturing and repair facilities using Lean and Six Sigma methods. Manages capital projects, facility integrations, kaizen events, process standardization, training, and operational excellence road maps. Develops Power Apps, Power Automate workflows, and Power BI dashboards for digital process improvement. Partners with cross-functional teams to improve safety, quality, cost, and delivery while mentoring leaders and operators and reporting results to executive leadership.

Manage, maintain, and improve lamination assembly production lines. Support manufacturing planning and layout, lead root cause analysis, write standard work, troubleshoot equipment, and prepare capital project justifications to reduce costs and improve safety.

Develop, optimize, and support CNC programs and machining processes for precision glass aerospace components. Responsibilities include programming 3- and 5-axis milling, interpreting drawings and GD&T, selecting tooling and machining parameters, validating toolpaths through simulation, preparing documentation, troubleshooting setups, improving efficiency and quality, maintaining CAD/CAM standards, and collaborating with engineering, production, and quality teams on design and continuous improvement initiatives.

Provides operational engineering support for optical fabrication, metrology, and assembly. Develops, optimizes, and stabilizes manufacturing processes; leads experiments, capability studies, root-cause analysis, corrective actions, continuous improvement, prototype builds, process qualifications, and NPI activities through production release. Collaborates with manufacturing, quality, program management, production, and engineering teams while investigating equipment and fabrication technologies that improve capability, yield, throughput, cycle time, and cost.

Leads development, optimization, and stabilization of optical manufacturing processes across fabrication, metrology, and assembly. Responsibilities include experiments, capability studies, root-cause analysis, corrective actions, yield and cycle-time improvement, equipment evaluation, prototype builds, process qualifications, and new product introduction from feasibility through production release. The role also serves as a subject matter expert, supports technicians, and collaborates with manufacturing, quality, program management, and engineering teams.

Lead controls and process engineering for coatings and bonding in an automotive brownfield production facility. Develop electrical and controls specifications, commission PLC/SCADA/robot integrations, support MES integration, improve OEE, and provide technical support to maintenance and operations to ensure equipment reliability and safety compliance.

Design, implement, and optimize coating and bonding manufacturing processes for vehicle closures. Improve efficiency, quality, and safety; provide technical support and training; perform process simulations, risk assessments, troubleshooting, and documentation; present performance reports to management.

Support and improve body shop manufacturing processes to ensure stability, quality, throughput, and safety. Lead root-cause analysis, implement running changes, optimize flow through time studies and bottleneck analysis, collaborate with production/quality/maintenance, maintain documentation, and drive continuous improvement.

Design, validate, and optimize General Assembly manufacturing processes. Lead NPI, PFMEAs, control plans, tooling integration, layout and equipment selection. Analyze production data, drive continuous improvement, resolve root causes, maintain process documentation, and train technicians and operators to improve safety, quality, throughput, and cost.

Leads the architecture, development, integration, and deployment of automation software for semiconductor manufacturing. Integrates equipment control, MES, yield management, and SPC systems across wafer preparation, die preparation, and assembly test operations. Partners with manufacturing and engineering teams, debugs complex system issues, improves software scalability, analyzes yield and process health, mentors engineers, and drives automation best practices and roadmap improvements.

Participate in a 12-month development program while developing, characterizing, and optimizing MEMS resonator devices for volume production. Drive process and device improvements through testing, design of experiments, data analysis, and simulation. Collaborate with process, integration, reliability, packaging, test, and product engineering teams to improve performance, robustness, reliability, and manufacturability. Manage multiple tasks, lead technical discussions, communicate project status, and deliver results across organizational boundaries.

Graduate engineering intern supporting semiconductor process development and integration within Analog Technology Development. Responsibilities include establishing process strategies, executing process experiments, analyzing device and process yield data, and collaborating with design, reliability, manufacturing, and productization teams to meet performance, cost, reliability, and yield objectives.

Develop, characterize, and optimize MEMS resonator devices for robust, reliable, and manufacturable volume production. Conduct process and device improvements using testing, design of experiments, data analysis, and simulation. Collaborate with process, integration, reliability, packaging, test, and product engineers to meet electrical performance targets. Manage schedules and multiple tasks, lead technical discussions, communicate project status, and coordinate effectively across organizational boundaries.

Graduate engineering intern supporting semiconductor process development and integration within Texas Instruments’ Analog Technology Development group. Responsibilities include establishing process strategies, executing experiments, collecting and analyzing device and process yield data, and supporting technology development and ramp. The role collaborates with design, systems, productization, reliability, manufacturing, and business teams to meet performance, cost, reliability, and yield objectives.

Hands-on PhD internship developing and optimizing 3D DRAM photolithography processes. Collaborate with cross-functional teams to perform experiments, root-cause analyses, statistical analysis, and apply data-driven and AI methods. Present project results to technical and leadership teams.

Lead and optimize manufacturing processes for production, tooling, and equipment. Validate design specs and shop-floor implementation for new products, tools, or equipment. Manage departmental operations and staff, mentor colleagues, and lead small low-risk projects to meet quality, volume, and timeliness targets.

Design, optimize, and troubleshoot semiconductor and display manufacturing processes. Collect and analyze data, perform hardware characterization, measure film properties, generate technical documentation, engage with customers and vendors, implement new technologies, and mentor junior engineers while leading projects as needed.

Lead continuous improvement and Lean manufacturing initiatives across manufacturing operations. Use problem-solving and advanced quality planning (FMEA, mistake proofing) to implement process controls, justify and manage capital equipment projects, maintain process documentation, support ISO 9001, and collaborate with purchasing and QA to qualify suppliers.

Support operational excellence and quality improvement teams using Lean/Six Sigma and change management methods. Facilitate meetings, collect and analyze data, develop project plans, create standard work, drive waste reduction and sustainability, and assist Process Engineer II in delivering measurable improvements.

Design, optimize, and troubleshoot SIMS metrology processes for semiconductor/display manufacturing. Characterize dopant profiles, run DOE, build SPC and tool-health monitoring, manage SIMS lab operations, train and consult with customers, publish findings, and support on-site lab activities and continuous improvement projects.

Lead development, scale-up, validation, and commissioning of manufacturing equipment and processes. Troubleshoot production issues, run pilot-plant experiments, implement process improvements, and collaborate with cross-functional teams and vendor partners to meet technical and business objectives.

Lead design, optimization, and implementation of ultrapure, industrial, and wastewater treatment systems for semiconductor fabs. Develop PFDs/P&IDs, perform mass balances and equipment sizing, evaluate vendor technologies, support commissioning/startup, troubleshoot systems, ensure compliance, and mentor junior engineers.

Support development, implementation, and optimization of PCBA and SMT manufacturing processes. Maintain and optimize Yamaha SMT, screen printers, SPI, reflow, and selective soldering equipment. Use data analysis, SPC, DOE, and Lean/Six Sigma methods to reduce defects, improve yield, and document processes. Collaborate with production, quality, maintenance, and engineering from NPI through production and train personnel on standardized work.

Owns and maintains CFA dry etch, wet process, and thin-film equipment in a semiconductor fab. Responsibilities include preventive maintenance, troubleshooting, safety compliance, calibration, spare-parts management, equipment qualification, documentation, scheduling, technician training, reporting, and support for production, process engineering, NPI/R&D, facilities, and equipment installation projects.

Leads on-site process and controls engineering at a thermal energy storage plant. Identifies and resolves recurring equipment and performance issues, conducts root cause analyses, coordinates engineering solutions and procurement, supports maintenance and operations teams, improves procedures, and feeds field insights into reliability and product development. Requires strong experience with industrial controls, instrumentation, process engineering, commissioning, plant operations, and formal RCA methods.