Top Process Engineer Jobs

Lead development and optimization of RET and OPC solutions for advanced memory lithography. Drive projects across R&D and manufacturing, analyze patterning issues, deploy simulation and process improvements, adopt AI-enabled methods, and mentor junior engineers to improve yield and manufacturability.

Develops and improves automotive assembly manufacturing processes, including equipment specifications, labor estimates, layouts, lean improvements, launches, engineering changes, and production problem resolution. Leads 8D investigations, coordinates vendors and customer-site activities, supports quality and throughput objectives, and assists with employee training and supervision. Responsibilities also include employee relations, performance appraisals, scheduling, attendance management, safety, and production output oversight across varying shifts.

Develops and improves semiconductor fabrication processes using AI, machine learning, advanced analytics, and automation. Responsibilities include optimizing process conditions and equipment parameters, improving yield and capability, reducing costs, managing process improvement projects, evaluating new equipment and materials, and conducting abnormality analysis and root-cause investigations. The role requires data-driven problem solving, statistical analysis, collaboration in a manufacturing environment, and working compressed 12-hour shifts in cleanroom attire.

Develop, validate, document, and launch casting manufacturing processes, equipment, tooling, and technologies. Support manufacturing validations, PPAP, equipment installations, troubleshooting, defect analysis, testing, and first-time quality optimization using statistical methods. Create process flows, control plans, PFMEAs, and technical documentation. Conduct nondestructive and destructive casting tests while working hands-on onsite in the casting shop and collaborating with design, tooling, quality, suppliers, and launch teams.

Manage plant-floor problem solving, containment, corrective actions, engineering changes, and continuous improvement projects. Support production and trades teams, review nonconforming parts, improve throughput and process capability, and ensure compliance with quality systems and GMS processes. Collaborate across Production, Engineering, Quality, and Global Supply Chain while independently supporting off-shift operations.

Supports and optimizes circuit card assembly and conformal coating manufacturing processes for aerospace and defense electronics. Responsibilities include troubleshooting equipment and process issues, improving yield and capability, supporting SPC, NPI and NRE builds, qualifying equipment, maintaining process documentation, and ensuring compliance with AS9100 and IPC standards. The role collaborates with Operations, Quality, Maintenance, Engineering, and safety teams to improve production readiness, efficiency, uptime, and defect reduction.

Provides process engineering support for wire and ribbon bonding manufacturing. Develops and implements assembly processes, analyzes defects and yields, leads root-cause and corrective-action activities, and drives continuous improvement using Six Sigma, Lean, DOE, and SPC. Supports production-floor operations, tooling and fixture requirements, automation equipment implementation, process qualifications, and manufacturing ramp-ups while collaborating with technicians, operators, engineering, and program teams.

Develop, optimize, and sustain semiconductor fabrication processes to improve yield, quality, cost, and productivity. Use SPC/FDC/APC and data analytics to investigate defects, lead process changes, qualify technologies, manage process control plans, and collaborate across manufacturing, quality, and equipment teams.

Provides process engineering support for wire and ribbon bonding manufacturing, including assembly process development, production-floor problem solving, defect reduction, yield improvement, tooling and equipment specification, and new automation implementation. Analyzes defect data, performs root-cause and corrective-action activities, supports material reviews, and applies Six Sigma, lean manufacturing, DOE, and SPC methods. Works with engineering, production, technicians, and operators to improve throughput, quality, cost, and delivery.

Supports wire and ribbon bonding manufacturing processes in a fast-paced production environment. Drives process development, defect reduction, root cause analysis, yield improvement, tooling and equipment requirements, corrective actions, and continuous improvement using Six Sigma and lean principles. The engineer supports production-floor activities, new automation implementation, process qualifications, and collaboration among engineering, product integration, technicians, and operators.

Investigate, improve, and maintain semiconductor metrology measurement recipes in a high-volume fabrication environment. Resolve recipe and equipment issues, collaborate with process engineering teams, create recipes for new part types, manage documentation and WIP, monitor KPIs and holds, respond to production events, and improve cycle time and recipe availability. The role supports shift operations and may involve 24x7 manufacturing coverage.

Develops and optimizes overlay metrology processes for DRAM photolithography. Responsibilities include evaluating metrology technologies, partnering with equipment vendors, calibrating systems, optimizing measurements and target layouts, supporting process characterization and control, and qualifying technology transfers to production fabs. Requires semiconductor overlay experience, knowledge of lithography and manufacturing processes, data analysis skills, and proficiency with JMP and Python.

As a Staff Process Engineer, you will develop, optimize processes, resolve assembly issues, and ensure quality in the semiconductor manufacturing sector.

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.

Develop, optimize, and qualify diffusion deposition, anneal and reflow processes in high-volume semiconductor manufacturing. Troubleshoot line issues, run equipment/material evaluations, collaborate with suppliers and fab teams, and apply structured problem-solving (FMEA, 8D, SPC) to improve yield, quality, reliability, and cost.

Lead and optimize high-pressure die casting operations: apply statistical methods and DOE, design runners and cooling, sample tooling, analyze scrap and cycle times, document and control process parameters, manage suppliers and equipment, and support continuous improvement on the plant floor.

Supports digital engineering and PLM processes for Boeing’s Air Dominance program. Responsibilities include troubleshooting Teamcenter and related applications, developing and rolling out tool capabilities, managing data transitions and migrations, capturing requirements, improving engineering data integrity, and delivering data to suppliers and customers. The role requires cross-functional collaboration, independent work, full-time onsite presence in Berkeley, Missouri, occasional travel, and eligibility for U.S. Secret and SAP clearances.

Support front-end circuit card assembly and conformal coating manufacturing: develop, optimize, and sustain processes; troubleshoot equipment; run SPC and yield-improvement efforts; support NPI/NRE, equipment qualification (IQ/OQ/PQ), and ensure AS9100/IPC/J-STD compliance while maintaining process documentation and driving continuous improvement.

Support and improve semiconductor assembly processes in an advanced packaging development environment. Diagnose process issues using failure analysis, FMEA, 8D, SPC, and FDC; analyze manufacturing data to improve yield, quality, cost, and process capability; collaborate with engineering, operations, suppliers, and global sites; monitor trends; and qualify process, material, and vendor changes.

Develop, startup, optimize, and sustain photomask (reticle) inspection processes including EUV inspection and ADC. Diagnose and resolve process issues, lead yield and cost improvement projects, monitor tool health and SPC, qualify new inspection tools, collaborate across R&D and manufacturing, and mentor staff while applying data analysis and AI to improve inspection performance.

The Senior Dry Etch Process Engineer improves semiconductor production by developing processes, managing projects, and collaborating across teams to enhance quality and efficiency.

Lead startup, development, and optimization of PVD/CVD processes for DRAM manufacturing. Improve yield, reduce cost, resolve production issues, drive SPC improvements, and collaborate with equipment and integration teams to meet project milestones.

The Metrology Engineer will optimize semiconductor manufacturing processes, improve product quality, solve production issues, and collaborate with cross-functional teams.

Develop, optimize, and sustain vapor-phase etch and cleaning processes (HF-based) for DRAM manufacturing. Own single-wafer vapor etch modules, drive defectivity reduction, perform RCA and statistical root-cause analysis, lead process qualification and transfers, collaborate with equipment and yield teams, and apply data/AI tools to improve yield, cost, and productivity.

Develop and integrate metrology processes for advanced memory technologies, qualify EUV lithography processes, perform material and layout evaluations, drive yield and failure analysis, partner with equipment vendors, and document/process-transfer results to manufacturing.