Top Process Engineer Jobs

Lead process engineering for upstream dairy production to optimize blending, standardization, heat treatment, filtration, and sanitation. Drive process capability studies, capital projects, yield improvement, waste reduction, documentation (P&IDs, SOPs, CCPs), and ensure food safety and regulatory compliance while collaborating with cross-functional teams.

Lead upstream dairy process optimization—improve blending, standardization, heat treatment, filtration, and sanitation. Drive capital projects, process capability studies, P&ID documentation, and cross-functional continuous improvement while ensuring food safety and regulatory compliance.

Lead plant-level continuous improvement using Lean and Six Sigma (DMAIC) to reduce waste, increase capacity, improve quality and safety. Drive projects, train/coaching, implement standard work, analyze KPIs, maintain regulatory compliance, and collaborate cross-functionally to deliver quantifiable savings and process improvements.

Support process and production engineering for a high-hazard chemical plant: monitor and troubleshoot units, lead PSM activities (PHA, PSSR), drive MOC and continuous improvement, support capital projects, perform testing, revise procedures, and mentor junior engineers.

Develop, characterize, and optimize wafer fabrication processes (lithography, etch, deposition, metallization, anneal). Create SOPs, process recipes, SPC/OCAP, and control plans. Support process transfers, yield improvement, defect reduction, DOE experiments, and process documentation. Work in cleanroom environment with chemicals and follow EHS and quality standards.

Develops and owns optical thin-film deposition processes for thermophotovoltaic devices. Responsibilities include cleanroom process development, equipment qualification, optical and device modeling in Python, thin-film metrology, process control, experimental design, data analysis, troubleshooting, and validating model predictions against device performance. The role drives TPV efficiency improvements, documents processes, trains users, and collaborates cross-functionally to transition R&D processes toward production.

Develops, configures, customizes, troubleshoots, and monitors SAP and non-SAP interfaces across cloud, on-premises, and hybrid environments. Supports HCM, Finance, Logistics, Enterprise Asset Management, and Utilities interfaces. Responsibilities include business-process analysis, process redesign and mapping, interface implementation, error handling, monitoring, unit-test documentation, and testing support. The role also supports SAP Process Orchestration, SAP BTP Integration Suite, API Management, and PO-to-BTP migration.

Leads Oracle ERP and PLM integration, engineering process governance, workflow optimization, engineering change management, data integrity, KPI reporting, and continuous improvement. Collaborates across Engineering, IT, Manufacturing, Supply Chain, Quality, and Operations to migrate and standardize processes, automate workflows, improve BOM and revision control, resolve system issues, and support training and digital transformation initiatives.

Supports semiconductor fab production through real-time lot and equipment dispositions, quality containment, process troubleshooting, and data-driven improvements. Develops manufacturing procedures that improve yield, efficiency, equipment operation, and quality. Provides on-shift operational support, identifies systematic process and equipment issues, and communicates findings to engineering teams. Requires flexibility to transition from first shift to an alternative shift schedule.

Designs and analyzes small-scale upstream process studies for AAV and plasmid manufacturing. Supports preclinical and clinical manufacturing across upstream, downstream, fill-finish, and drug-device processes; facilitates technology transfers to internal and external GMP sites; provides on-site manufacturing support; and develops tools for technology-transfer workflows. Requires expertise in cell culture, single-use bioreactors, cGMP, process sciences, and preferably gene therapy processes.

Design, specify, and commission electrical, instrumentation, and control systems (DCS/PLC/SCADA) for chemical plant maintenance projects. Prepare specs, evaluate bids, manage procurement, review drawings, support vendor checkout, pre-commissioning and startup, and collaborate with multi-discipline teams to ensure safety and continuous improvement.

The Production Engineer is responsible for process improvements, technical support, and overseeing projects to enhance production quality and efficiency.

Drive manufacturing process improvements by working hands-on with production teams to reduce scrap, downtime, and variation. Use Lean tools and structured problem solving to implement standard work, visual controls, and process validations. Analyze production and quality data, lead improvement projects, train operators, and partner with Maintenance and Quality to boost efficiency, yield, safety, and cost performance while sustaining gains.

The Dry Etch Process Develop Engineer will develop and optimize plasma etch processes for memory devices, collaborating with cross-functional teams to enhance manufacturing techniques and improve process metrics.

Lead transfer of products from NPI into high-volume manufacturing by scaling and maturing processes, validating equipment and process capability, troubleshooting production issues, conducting experiments and root-cause analysis, and developing documentation and training to ensure launch readiness and sustained production performance.

Drive yield and automation improvements for MEMS back-end manufacturing (wafer probing, dicing, AOI, wafer mapping). Use DOE and SPC, support R&D and capital equipment projects, define corrective actions, document process changes, train operators, and ensure process stability within the IATF16949 quality system.

Lead process and manufacturing engineering for Class I/II medical devices: design tooling/equipment, develop and validate processes, scale-up manufacturing, troubleshoot production, manage supplier/contractor transfer, improve QA and technical transfer, drive cost and process optimization, ensure FDA and ISO 13485 cGMP compliance.

Partner with maintenance and production to design and implement continuous improvement projects, troubleshoot equipment, perform root cause analysis, develop work instructions and CAD layouts, support equipment qualification/purchasing, and apply SAS for IoT to improve process quality and predictive maintenance.

Develop and improve molding manufacturing processes for SMC products: maintain setup documentation, run mold and material trials, perform weekly product testing, evaluate molds, coordinate mold maintenance and vendor quotes, track COAs, and collaborate with R&D and production to reduce scrap and improve quality and output.

Apply process improvement methodologies to align and improve enterprise-level processes across DoD/IC programs. Facilitate project teams, coordinate cross-team engineering efforts, transfer new processes through facilitation, training, interviewing, and knowledge transfer, and support estimating, planning, and tracking of projects.

Lead enterprise-level process improvement efforts for DoD/IC programs: design and transfer processes, facilitate and train project teams, coordinate multi-team integration, and support acquisition-phase process engineering and change management.

Support troubleshooting and process design for industrial-scale ethanol plants: develop P&IDs and equipment specs, perform material and energy balances, design control systems, analyze operations to reduce cost and time, lead operator activities, run tests, and apply chemical engineering principles to environmental problems. Collaborate with senior engineers and manage project tracking.

Support product specifications, monitor refinery efficiency, assist project engineering, conduct economic analysis, and ensure compliance with safety regulations.

Lead process engineering for semiconductor fabs: design, optimize, and integrate high-purity process and utility systems (gases, chemicals, UPW, wastewater, vacuum); develop PFDs/P&IDs and equipment specs; support commissioning, startup, troubleshooting, risk assessments, and mentor junior engineers to ensure regulatory and client requirements are met.

Support new product development and sustaining manufacturing by developing CNC processes, tooling, fixtures, and process improvements. Drive automation, process control, variability reduction, cost justification, and cross-functional projects to ensure quality and production efficiency.