Top Process Engineer Jobs

The Process Control and Automation Engineer improves manufacturing processes by designing and implementing automation systems, and works to optimize efficiency and reliability through advanced engineering strategies.

Design, develop, commission, and troubleshoot process control systems including PLC and DeltaV DCS programming, HMI design, electrical design, batch control strategies, functional specifications, project documentation, estimating, and leading small-to-medium projects while mentoring other engineers and interfacing with clients.

Lead development of SRAM memory devices including bitcell design, process integration, SWR/DOE definition, test-structure and device characterization, simulation and data analysis. Work with wafer fabs and design teams to deliver high-density, reliable SRAM technology, drive yield and qualification, and generate process controls and design rules.

Provide technical oversight and troubleshooting for electrical, instrumentation, and control systems; implement DCS/PLC changes; lead control-based continuous improvement; support PSM activities and capital projects; serve as alarm and interlock guardian; produce procedures/MOCs and train operations and maintenance personnel.

Provide technical leadership for site automation and process control: design, configure, and commission DCS/PLC systems; develop control graphics; manage DCS/SIS, historians, backups, and simulators; support instrumentation commissioning; lead automation projects and MOC activities; coach operations and maintenance; investigate incidents; and provide 24/7 site support for continuous improvement and stable process control.

Provide hands-on support for site automation, process control, and instrumentation (DCS/PLC/SIS). Troubleshoot, configure, and maintain control logic, graphics, and networks; assist commissioning and modifications; support alarm management, process historians, cybersecurity backups, and MOC. Participate in investigations, on-call rotation, and small project support while applying process safety fundamentals.

Lead process integration and yield activities in defect metrology: perform statistical and data mining analyses, drive low-yield investigations, design and run experiments (DOE), develop process flows and equipment configurations, conduct risk and reliability assessments, lead defect/metrology measurement in startup and high-volume manufacturing, mentor team members, and align technical strategy to improve yield and quality.

Develop and implement photolithography processes for next-generation magnetic recording heads, design and run experiments, analyze data to improve yield, qualify new tools, implement process control, and collaborate with cross-functional teams while overseeing process technicians and ensuring manufacturing readiness and safety compliance.

Lead process integration and wafer-level characterization for next-generation thin film recording head technologies. Perform FIB failure analysis, design experiments, analyze backend performance using JMP/Visual Basic, recommend corrective actions, and present findings to teams while adhering to cleanroom and safety procedures.

Lead and implement OSHA process safety requirements for chemical operations: support PHAs/LOPA, review hazard assessments, manage MOC/PSSR, perform root cause analyses, and drive continuous process safety improvements across sites.

Designs and integrates approved AI/ML tools into intelligence workflows by evaluating and configuring tools, redesigning processes, building prompt libraries and templates, measuring performance with KPIs, applying Lean Six Sigma improvements, and driving analyst adoption through training and stakeholder collaboration.

The Process Engineer designs and optimizes manufacturing processes for display and semiconductor technologies, analyzes data, troubleshoots engineering issues, and collaborates with teams and customers.

Provide on-site customer support for semiconductor equipment installations, diagnostics, service and repair. Develop and optimize manufacturing processes, design and analyze experiments (DOE), perform statistical analysis and root-cause investigations, compile technical reports, and mentor junior staff while liaising between customers and R&D.

As a Wet Process Development Engineer, develop and optimize wet etch and cleaning processes for semiconductor fabrication, ensuring yield improvements and seamless integration across teams.

Lead end-to-end APC/MPC lifecycle for refinery units: identify and justify opportunities, design and commission controllers, develop dynamic models and inferential sensors, track KPIs and economic benefits, mentor engineers, support startups/turnarounds, and coordinate control system upgrades and sustainment with Operations, Planning, and OT teams.

Lead design and execution of chromatography-based protein purification processes, mentor team members, drive technology development, author technical documentation, improve lab operations and data systems, collaborate cross-functionally, and support regulatory/viral clearance activities for scalable and commercial processes.

The Senior Process Controls Engineer will design and implement various process control systems, ensuring regulatory compliance and safety while collaborating with cross-functional teams.

The Mechanical Design Engineer will own system architecture for process media and vacuum systems, develop documentation, perform CAD work, simulations, and support system integration in semiconductor equipment.

Develop and optimize photolithography process formulations, methods, and controls to meet quality standards. Create and review technical charts, establish SOPs and FMEAs, integrate equipment/material capabilities, drive continuous improvement (CIP), apply APC/SPC and FEM analysis, collaborate cross-functionally, and support EHS requirements.

Develop, characterize, qualify, and transfer assembly manufacturing processes to production. Design and run DOE, perform FMEA and root-cause analysis, design tooling/fixtures, document processes, train technicians, and oversee equipment procurement, calibration, and maintenance for high-volume optoelectronic assembly.

Design and run experiments to develop and optimize semiconductor and thin-film fabrication methods. Operate deposition, etch, lithography, and metrology tools; develop and transfer process recipes; analyze process data, troubleshoot equipment and recipes, and document results. Read technical literature to inform experiments and mentor/partner with senior engineers to improve yield, consistency, and throughput.

Design and run semiconductor and thin-film fabrication experiments, develop and optimize process recipes, operate deposition/etch/lithography and metrology tools, analyze process data, and document results to improve yield and throughput.

The Senior Engineer will oversee wastewater treatment projects, lead process evaluations, guide junior staff, and engage in business development activities.

Design, maintain, and upgrade process control, automation, and safety systems for a paint/coatings manufacturing facility. Lead control system projects, troubleshoot PLC/HMI/SCADA and instrumentation issues, supervise field teams and contractors, and develop SOPs and system integrations with MES/ERP and data historian systems to improve safety, efficiency, and sustainability.

Design, implement, and optimize automated fulfillment and production processes for high-volume pharmacy operations. Integrate robotics, PLCs, and material handling systems, conduct time studies and capacity planning, develop SOPs, monitor KPIs, and lead continuous improvement using Lean/Six Sigma to improve throughput, accuracy, and regulatory compliance.