Top Process Engineer Jobs

Lead design, development, and optimization of PVD and related processes for semiconductor and display manufacturing. Plan and execute experiments, perform hardware characterization, analyze film properties, generate technical documentation, troubleshoot complex process issues, engage with customers and vendors, mentor engineers, and drive cross-site process development projects.

Leads process engineering and design for energy, chemical, and power projects. Develops PFDs, P&IDs, heat and material balances, hydraulic analyses, equipment specifications, relief systems, and flare headers. Participates in HAZOP and LOPA reviews, evaluates safety and environmental compliance, supervises and mentors engineers, reviews technical work, estimates project resources, and supports reliable equipment operation and business development proposals.

Lead automation and operational technology strategy for a robotic cell therapy manufacturing cluster. Own and sustain monitoring, orchestration, robotics, and integrated equipment platforms in a secure, reliable, GMP-validated state. Manage systems through design, integration, commissioning, qualification, validation, maintenance, and upgrades. Improve automation logic, data flows, alarms, real-time control, energy management, and reliability while troubleshooting complex issues. Partner with multidisciplinary teams, suppliers, and stakeholders; estimate investments and mentor colleagues. Participate in a shared 24/7 on-call support model.

Support development, implementation, and documentation of PCBA production processes. Program SMT/placement, screen print, inspection and dispensing equipment; troubleshoot placement and process issues; generate programs using CAD/Gerbers/centroid/BOMs; create setup docs; manage program libraries and transfer documentation; support capacity planning and occasional maintenance.

Lead development, optimization, qualification, and control of dry film resist (DFR) develop and strip processes for glass panel semiconductor manufacturing. Drive DOE, root-cause analysis, process qualifications, equipment acceptance, SOPs, and continuous improvement to reduce defects, improve pattern fidelity and yield, and support pilot-to-volume manufacturing ramps while ensuring EHS compliance.

Lead development, optimization, qualification, and control of electroless copper deposition for glass substrates and panel-level packaging. Define process parameters, drive DOE and root-cause analysis, improve deposition uniformity and adhesion, support pilot-to-volume ramp, maintain process documentation and EHS compliance, and collaborate with equipment, chemistry, and maintenance teams to enhance yield and equipment reliability.

Lead and support process development, kaizen, and capital improvement projects for material storage, conveyance, and inventory management. Evaluate and implement automated logistics technologies (AGV, AMR, ASRS), optimize facility layout and capacity, and collaborate cross-functionally to drive continuous improvement and ensure safety compliance.

Lead and execute mechanical process system designs for research and test facilities, including piping, pumps, compressors, HVAC, cryogenic, vacuum, and high-temperature systems. Manage technical schedule, budgets, produce calculations, drawings, specifications, support installation/commissioning, attend reviews and travel to sites, and coordinate with multidisciplinary teams to deliver projects.

Lead and optimize manufacturing processes to ensure product quality through monitoring, diagnostic testing, root-cause analysis, process capability improvements, validation of new equipment, and mentoring production teams to apply manufacturing standards and permanent corrective actions.

Lead development, optimization, and control of wet silicon etch processes for semiconductor components. Define process conditions and CTQs, implement SPC and process controls, evaluate and modify tools, transfer technologies from R&D to manufacturing, apply Lean methods, manage projects and budgets, ensure quality system compliance, and drive continuous improvement and safety in etch operations.

Develop and control manufacturing documentation (SOPs, work instructions, process specs), manage document control and ECOs, support process development, manufacturing readiness, change management, continuous improvement, training, and cross-functional sustaining engineering in a regulated precision-manufacturing environment.

Support CNC machining production and maintenance through root-cause analysis, tooling and process improvements, new equipment project management, technical documentation, and cost-reduction initiatives. Lead tooling specs, installation, training, and corrective actions for customer and production quality issues.

Provides process controls engineering support for hydrogen and carbon monoxide production facilities. Supports DCS, SIS, PLC, instrumentation, control logic, HMI, lifecycle planning, system upgrades, obsolescence management, reliability improvements, root cause analysis, and capital projects. Collaborates with plant operations, engineering, technicians, vendors, and regional engineers to improve safety, operability, cybersecurity, and cost efficiency.

Provides customer-facing process and equipment support throughout the semiconductor product lifecycle. Responsibilities include on-site installation, system diagnosis, troubleshooting, repair oversight, equipment qualification, customer instruction, tool optimization, root cause analysis, hypothesis experiments, design of experiments, statistical data analysis, and technical reporting. Acts as a liaison between customers and internal business units while supporting semiconductor processes including CVD, ALD, RIE, PVD, anneal, and implant.

The Process Integration Engineer will lead technology development, design experiments, evaluate device performance, and manage projects in advanced memory production for Micron's semiconductor division.

Lead and participate in cross-functional refinery process design projects: develop basis of design, perform process and safety assessments, prepare PFDs/P&IDs, coordinate with vendors and Project Managers, use process/hydraulic simulation and CAD tools, support stage-gate cost and scope development, and ensure designs meet safety and budget priorities.

Project-based intern supporting data analysis and process improvement for procurement and construction workflows. Responsibilities include cleaning and analyzing data with Python and spreadsheets, building dashboards and process tools, gathering stakeholder feedback, testing workflows with field and vendor teams, and presenting completed projects. Example initiatives include procurement cost analysis and redesigning mobile-friendly construction punch-list processes.

Responsible for developing and maintaining assembly process plans, inspection standards, and ISIRs; performing incoming, molding, painting, and final shipment inspections; identifying root causes and implementing corrective actions; ensuring test equipment calibration; and supporting cross-functional quality assurance to maintain product reliability.

Optimize and improve manufacturing processes to enhance safety, quality, cost, and productivity. Lead process improvement projects, trials, startups/shutdowns, cross-functional teams, operator training, reporting, and process documentation. Promote and use area IT systems like PI, Proficy, and Cognex.

Provide technical leadership for polyiso insulation manufacturing: establish enterprise process standards, lead scale-up and commercialization, optimize cross-site processes, support capital projects, apply statistical methods and process modeling, and mentor engineering capability.

Implement and support continuous improvement and Lean Manufacturing projects at the Mason facility. Facilitate Kaizen events, collect/process data, troubleshoot production issues, lead cross-functional teams, document processes, and deliver results using MS Office and Lean Six Sigma tools.

As a Process Engineer, you will analyze and optimize manufacturing processes, implement improvements, ensure compliance, and drive continuous improvement initiatives.

As a Process Engineer, you will optimize production processes using statistical methods, conduct root cause analysis, and improve operational efficiency. You will also train teams and implement changes for better equipment performance.

The Process Engineer will manage Heat Treat processes, ensuring compliance with specifications, resolving issues, and fostering continuous improvement, while educating operators and collaborating on projects.

The Process Engineer will design, integrate, and deploy electrolyzer systems, ensuring safety compliance and optimal performance, while coordinating certifications and solving engineering issues.