Top Process Engineer Jobs

Supports manufacturing operations through implementation, validation, troubleshooting, and sustaining of torque tools, vision systems, production equipment, and processes. Investigates process deviations and equipment failures, validates torque requirements, improves vision-system reliability, supports production readiness and equipment ramp-up, applies Lean principles, and collaborates with manufacturing, maintenance, and engineering teams. The role also trains others and shares technical knowledge.

Supports manufacturing operations through implementation, validation, sustaining, and troubleshooting of production processes, torque tools, vision systems, and equipment. Measures and validates torque, investigates process deviations, troubleshoots vision and equipment issues, supports production ramp-up, applies root cause analysis and Lean Manufacturing principles, and improves process reliability. Collaborates with manufacturing, maintenance, operations, and engineering teams while training others and transferring technical knowledge.

Provides technical support for coil coating and metal-processing manufacturing facilities. Leads process improvements, equipment troubleshooting, root-cause analysis, capital projects, and equipment upgrades. Supports combustion systems, thermal oxidizers, curing ovens, heat exchangers, and fluid-based systems through engineering calculations and process data analysis. Coordinates vendors, contractors, design, installation, construction, commissioning, and startup activities. Requires an engineering degree, at least five years of industrial process experience, and up to 30% travel.

Develop and improve CMP and wet manufacturing processes in a semiconductor fab. Support daily manufacturing execution, tool recovery, installations, qualifications, excursion containment, material disposition, process experiments, and ramp activities. Analyze data, resolve process and equipment issues, improve yield, efficiency, quality, and cost, and create operational best practices and documentation. Train technicians and junior colleagues while collaborating across teams to address changing fab priorities.

Supports high-volume semiconductor manufacturing by improving processes, methods, equipment operations, yields, efficiency, and quality. The engineer performs lot and equipment dispositions, investigates process and equipment issues, supports equipment and process startups, conducts experiments, analyzes data, and resolves manufacturing problems. The role requires a bachelor’s degree in an engineering or scientific discipline and two years of semiconductor metrology process engineering experience.

Leads process optimization and continuous improvement across manufacturing operations, reducing scrap, downtime, and costs while improving quality and throughput. Manages capital projects, automation upgrades, process controls, new process introductions, root-cause analysis, and corrective actions. Partners with production, quality, maintenance, EHS, and sales teams, ensures safety and regulatory compliance, and mentors junior engineers and technicians. The role is primarily plant-based with occasional travel.

Lead continuous improvement initiatives and optimize manufacturing processes to improve efficiency, reduce waste, and increase quality. Responsibilities include root cause analysis, corrective actions, experimentation, capital project support, process documentation, automation evaluation, KPI reporting, and cross-functional troubleshooting. The role requires hands-on manufacturing experience and application of Lean and Six Sigma methodologies in an on-site industrial environment.

Leads AI-enabled manufacturing optimization across production facilities by analyzing machine, downtime, scrap, and production data. Develops monitoring dashboards, alerts, predictive maintenance tools, troubleshooting guidance, and operational KPIs. Partners with operations, maintenance, engineering, and leadership teams to improve OEE, throughput, uptime, quality, and efficiency. Supports IoT data collection, machine analytics, process improvements, and implementation across facilities, with travel as needed.

Develops and maintains quality and manufacturing processes for precision CNC-machined components. Responsibilities include inspection planning, FAI and PPAP documentation, root cause analysis, SPC and process capability improvement, ISO 9001 and AS9100 compliance, operator training, CNC process optimization, NPI support, supplier quality, and continuous improvement. The role is onsite in Muskegon, Michigan, with occasional travel up to 5%.

Develops and sustains semiconductor wafer fabrication processes through statistical process control, process documentation, experimentation, yield improvement, and equipment troubleshooting. The role monitors production and equipment performance, creates work instructions, supports new product processes, establishes preventive maintenance procedures, maintains safe process areas, and trains production staff. Collaboration with production, maintenance, and engineering teams is required. A bachelor’s degree in science or engineering is required; semiconductor experience is desirable but not required.

Leads logistics process engineering projects across warehouse and material-handling operations. Responsibilities include evaluating automation, developing equipment specifications, managing capital projects, analyzing cycle times and capacity, designing layouts and tools, running simulations, improving safety and efficiency, and coordinating with cross-functional teams and contractors. The role requires AutoCAD and SolidWorks expertise, project management, equipment testing, and domestic and international travel up to 10%.

Leads development and industrialization of automotive electrical and electronic products and manufacturing processes. Responsibilities include DFM, DFA, DFT, process development, prototyping, validation, production readiness, advanced automation, simulation, and technology assessment across power electronics, batteries, embedded systems, motors, PCB assemblies, and related systems. Provides technical leadership while collaborating with product engineering, manufacturing, suppliers, research partners, and technology teams.

Design, run, and analyze complex process engineering experiments; perform hardware characterization and film property measurement; troubleshoot and perform root cause analysis; generate technical documentation and reports; engage with customers, select vendors, implement new tools, and mentor junior engineers while leading projects as needed.

Supports semiconductor manufacturing process optimization, yield improvement, defect and excursion resolution, tool availability, and wafer output initiatives. The intern applies SPC, FDC, 8D, data analysis, visualization, and engineering methods while collaborating with equipment, operations, and cross-functional teams. Responsibilities also include maintaining tool documentation, updating procedures, completing project work, and following safety requirements.

Designs and analyzes complex semiconductor process engineering experiments, characterizes hardware, measures film properties, troubleshoots issues, and performs root cause analysis. The role produces technical documentation, works with customers and suppliers, implements new technologies and instrumentation, and leads projects while mentoring junior colleagues. Requires a bachelor's degree, 4–7 years of related experience, and occasional travel.

Designs and optimizes semiconductor and display manufacturing processes through hardware characterization, experimentation, data analysis, film measurement, and troubleshooting. Develops technologies, products, methodologies, instrumentation, technical documentation, and process specifications. Collaborates with R&D teams, vendors, suppliers, and customers to resolve complex engineering issues, execute process engineering projects, and address high-value problems. Trains engineers on measurement techniques and data interpretation.

Own cable and harness manufacturing process development from prototype through production and supplier transfer. Develop wire preparation, crimping, termination, tooling, documentation, electrical testing, process controls, and capacity plans. Lead supplier qualification, first article builds, audits, RCCA, DFM/DFT feedback, technician training, and production improvements. The role is onsite in San Diego and supports aerospace and defense manufacturing under ITAR requirements.

Leads the design and execution of liquid processing systems for food and beverage manufacturing. Responsibilities include translating client requirements into process deliverables, managing scope, schedules, budgets, vendors, and technical evaluations, and overseeing P&IDs, equipment specifications, risk assessments, FATs, model reviews, commissioning, and startup. The role also supports construction activities, coordinates with clients and internal teams, and mentors junior engineers.

Supports and improves pharmaceutical manufacturing processes, particularly aseptic filling and isolator operations. Troubleshoots equipment and process issues, analyzes data, reduces waste and variability, and leads continuous improvement initiatives. Develops GMP documentation, validation protocols, engineering batches, and corrective actions. Supports commissioning, qualification, validation, FAT, SAT, equipment selection, and process optimization while collaborating with production, maintenance, quality, and external partners.

Designs, analyzes, optimizes, and supports sanitary dairy and food-processing systems, particularly membrane filtration projects. Responsibilities include process calculations, P&IDs, technical specifications, cost estimation, automation support, factory acceptance testing, commissioning, startup, performance verification, operator training, troubleshooting, and continuous improvement. The role collaborates with sales, project management, automation, manufacturing, field teams, and customers, with approximately 35% travel.

Designs, monitors, validates, and continuously improves manufacturing processes with emphasis on product quality, safety, and efficiency. Transfers products from development into full-scale production, authors work instructions and technical reports, investigates out-of-specification and out-of-trend products, supports customer inquiries and validation batches, and performs packaging fill-weight studies.

Leads process improvement initiatives in a distribution center using 5S, root cause analysis, Six Sigma, time and motion studies, KPI analysis, standard work, and loss elimination. Manages improvement projects, develops gap analyses, supports WPS deployment, drives sustainable savings, and assists managers with process optimization. Supervises, trains, and develops associates while ensuring compliance with company policies and performance objectives.

Develops SOPs and work instructions, leads process improvement and kaizen projects, performs root cause analysis, supports equipment installation and automation troubleshooting, and ensures manufacturing systems comply with standards. The role collaborates with operations, OEMs, contractors, and plant teams on equipment evaluation, trials, launches, value stream mapping, PFMEAs, control plans, and continuous improvement. It also mentors team members and requires rotating shifts, overtime, weekends, and travel up to 50%.

Provides process engineering support for tissue machine assets, improving safety, quality, production, delivery, cost, and Overall Equipment Efficiency. Leads root-cause analysis, process optimization, trials, continuous improvement planning, capital and maintenance projects, and commercialization. Collaborates with operations, maintenance, engineering, and capital execution teams in a 24/7 manufacturing environment.

Conduct hands-on semiconductor dry etch process development: design and run experiments, analyze statistical and manufacturing data, collaborate with cross-functional teams, apply AI or programming tools to optimize processes, and present technical results to engineering leadership.