Top Process Engineer Jobs

Drives safe, reliable, and efficient adhesive manufacturing processes by improving yield, quality, throughput, and equipment effectiveness. Leads root cause investigations, Lean and Six Sigma initiatives, SOP and process-control development, product scale-up, manufacturing trials, and capital projects involving processing equipment, automation, utilities, and capacity. Partners with Operations, Maintenance, Quality, R&D, Supply Chain, and Engineering to reduce variation, scrap, downtime, and costs while supporting continuous improvement and equipment reliability.

Designs and implements automated sealant and adhesive application processes using FANUC robots and related equipment. Responsibilities include feasibility studies, quotation support, process engineering, offline simulations, customer demonstrations, system launches, training, and customer support. The role requires machine vision, fluid delivery, robot programming, industrial safety, and sealant application expertise, with travel potentially reaching 80%.

Supports process engineering design for manufacturing facilities, equipment, infrastructure, and critical utility systems. Performs engineering calculations, develops process documentation and deliverables such as P&IDs, equipment datasheets, utility summaries, and process flow diagrams. Coordinates with multidisciplinary teams, assists with construction documentation and site observations, and works under the supervision of experienced engineers across project design and construction phases.

Develop and maintain workflow automation solutions, integrations, and a Python-based internal portal. Partner with business users to analyze processes, gather requirements, support self-service workflow adoption, and coordinate with vendors on migrations and issue resolution. Manage platform governance, access controls, documentation, training, and instructional content published through Confluence. Promote workflow best practices and automation across technical and non-technical teams.

Provides technical leadership for nitrogen and ammonia manufacturing processes across multiple facilities. Responsibilities include plant optimization, troubleshooting, process safety, functional safety, capital projects, turnarounds, commissioning, startups, and mentoring process engineers. The role supports performance, reliability, energy efficiency, operating discipline, and risk management while partnering with Operations, Maintenance, Controls, PSM, and Engineering teams.

Process Improvement Engineer role at Synthomer, focused on improving manufacturing processes within a global specialty polymers and ingredients business. The posting indicates this is a replacement and training opportunity but provides no detailed responsibilities or qualification requirements.

Develops and improves machining, automated assembly, anodizing, inspection, and cleaning processes for aerospace, defense, and automotive production. Responsibilities include troubleshooting shop-floor issues, CNC programming collaboration, DFM, fixturing, equipment commissioning, metrology, process documentation, data analysis, and continuous improvement. The role supports production scalability, quality, throughput, and integration of advanced manufacturing technologies.

Develops, implements, qualifies, and improves automated manufacturing processes and equipment. Responsibilities include programming and scripting automation solutions, integrating robotics and hardware, qualifying processes, analyzing manufacturing data, troubleshooting equipment, supporting technicians, documenting results, training users, and driving continuous improvement. The role partners with manufacturing, engineering, vendors, and cross-functional teams in a hands-on semiconductor manufacturing environment.

Supports semiconductor equipment throughout its lifecycle through customer installations, diagnoses, repairs, process development, DOE experimentation, statistical analysis, troubleshooting, and root cause analysis. Collaborates with customers, R&D, and internal stakeholders to develop advanced semiconductor manufacturing processes, resolve complex technical issues, communicate conclusions, and mentor junior colleagues. May lead small projects and serve as a customer-business liaison.

Supports semiconductor process engineering throughout product lifecycles through customer installations, equipment diagnosis, repair, process development, and qualification. Designs experiments, analyzes statistical data, performs root-cause investigations, and resolves complex customer and process issues across deposition, etch, anneal, and implant technologies. Collaborates with customers, R&D, and internal stakeholders, communicates technical findings, mentors junior colleagues, and may lead small projects.

Leads business process improvement and transformation initiatives across cross-functional business and IT teams. Develops process maps, value stream maps, SIPOCs, workflow designs, KPIs, documentation, and training materials. Facilitates stakeholder workshops, gathers requirements, identifies process gaps, builds consensus, and implements scalable solutions that improve operational efficiency. Works independently with minimal guidance and may lead project teams or train junior staff.

Supports process engineers with plant performance analysis, mass and energy balances, technical reporting, process documentation, safety activities, commissioning, and operational support. The intern collaborates with operations, maintenance, EHS, and quality teams at an industrial lithium processing facility while following OSHA, MSHA, environmental, and site-specific safety requirements.

Analyze inline defect signals and tool behavior to detect anomalies, quarantine out-of-control tools, implement inspection strategies, and drive continuous improvement through data-driven problem solving. Partner with global teams, refine inspection methods, and use analytics and scripting to optimize process stability and defect detection in high-volume 300mm semiconductor manufacturing.

Senior Process Engineer leading chemical-industry projects from inception through construction. Responsibilities include engineering studies, reports, process calculations, PFDs, P&IDs, equipment specifications, procurement support, process deliverable reviews, bid packages, multidisciplinary coordination, and field work. The role requires a bachelor’s degree in engineering, PE registration or near-term eligibility, and 10+ years of experience. Chemical plant experience and simulation software knowledge are preferred, with a salary range of $120,000–$130,000 annually.

Leads chemical-industry process engineering projects from inception through construction. Develops PFDs, P&IDs, process calculations, equipment specifications, procurement materials, bid packages, and engineering reports. Reviews process deliverables, coordinates multidisciplinary teams, supports contractors and vendors, and performs field work. Requires a bachelor’s degree in engineering, professional registration or near-term PE eligibility, 10+ years of experience, chemical simulation software expertise, and knowledge of industrial utilities, building codes, chemical storage, and wastewater treatment.

Optimize and validate SMT manufacturing processes (printing, placement, reflow, AOI/SPI), troubleshoot defects, lead RCA/ corrective actions, support NPI/DFM, train technicians, maintain process controls and documentation, and drive continuous improvement using Lean/Six Sigma tools.

Provides technical leadership for EtO sterilization processes in medical device manufacturing. Leads process development, validation, investigations, nonconformance resolution, corrective actions, continuous improvement, statistical experimentation, regulatory compliance, documentation, audits, and change controls. Advises cross-functional teams, mentors engineers, and ensures sterilization process performance, product quality, patient safety, and compliance with FDA, ISO, EN, and company requirements.

Senior Process Engineer responsible for optimizing chemical manufacturing processes, monitoring production metrics, troubleshooting batch operations, improving yields and quality, managing process safety and change control, and delivering cost-saving projects. The role collaborates with operations, engineering, R&D, and plant leadership; supports cGMP qualification and validation; develops engineering documentation; and participates in safety, environmental, and continuous improvement initiatives.

Monitors, audits, analyzes, and optimizes PCB manufacturing processes, including plating and via fill. Performs chemical analysis, root-cause investigations, process implementation, equipment installation, SOP creation, and quality tracking. Provides engineering support, trains operators and junior engineers, manages TruChem software, supports maintenance, creates AutoCAD drawings, and leads process improvement projects while following safety and production requirements.

Hands-on Process Engineer responsible for improving boat manufacturing efficiency, quality, consistency, safety, and production readiness. The role analyzes production data and workflows, leads root-cause investigations, implements lean and continuous improvement initiatives, evaluates equipment and materials, develops manufacturing documentation, supports new product introduction, and trains employees on revised processes. Regular production-floor work and cross-functional collaboration are required.

Provides technical leadership for improving manufacturing safety, quality, yield, throughput, and cost. Responsibilities include evaluating equipment investments, leading continuous improvement, troubleshooting production processes, coordinating new product process planning, managing capital projects, reducing variation through process control, documenting procedures, and tracking operational metrics. The role requires collaboration with operations, product engineering, contractors, and other internal teams in an onsite manufacturing environment.

Supports Polyimide batch manufacturing by troubleshooting processes and equipment, improving safety, quality, yield, throughput, and efficiency. The role leads continuous improvement, analyzes manufacturing data, investigates deviations and complaints, develops dashboards and predictive analytics, and collaborates with Operations, Maintenance, Quality, R&D, Supply Chain, and Commercial teams. This is a fully onsite position in Parlin, New Jersey.

Supports manufacturing execution for the OTTAVA surgical robotic platform. Provides hands-on shop-floor support for system integration, manufacturing tests, troubleshooting, root cause analysis, production continuity, and quality-system activities. Partners with Manufacturing, Test, Quality, NPI Engineering, and R&D teams to resolve hardware, software, and system-level failures, implement corrective actions, and maintain compliant production documentation.

Leads development, optimization, validation, and continuous improvement of capacitor manufacturing processes. Provides hands-on production-floor troubleshooting, designs tooling and fixtures, applies Lean, SPC, DOE, PFMEA, and Six Sigma methods, conducts root-cause analysis, and collaborates with maintenance, quality, and production teams to improve safety, quality, yield, throughput, cost, and process capability.

Manages and supports mill process control systems, including PLCs, distributed control systems, and quality control systems. Provides technical direction, supervises union technicians, oversees preventive and predictive maintenance, manages outages and contractors, supports capital projects, maintains documentation, and improves equipment reliability, safety, and cost performance. Requires an engineering degree or equivalent experience, 2–5 years of engineering experience, and proficiency with Microsoft Office, Project, and AutoCAD.