Top Process Engineer Jobs

Supports Manufacturing Science and Technology activities in a GMP-regulated manufacturing environment, primarily conducting Out-of-Specification investigations. Reviews batch records, process data, equipment logs, and analytical results; develops investigation findings and conclusions; and collaborates with Quality, Manufacturing, Engineering, and management. The role requires technical writing, troubleshooting, data analysis, GMP documentation familiarity, and cross-functional communication. Pharmaceutical or biopharmaceutical experience and cell therapy manufacturing knowledge are preferred.

Develops and supports optical manufacturing processes for fiber-optic devices and components. Responsibilities include sourcing components, assembling and testing prototypes, troubleshooting performance issues, creating build and test documentation, maintaining SOPs, supporting qualification and reliability testing, and transferring new products into manufacturing. The role also provides production support, trains colleagues, coordinates suppliers, and works in office and clean-room environments.

Provides technical accountability for process behavior, operating limits, process control philosophies, alarm management, deviation analysis, root cause investigations, and process optimization in a continuous chemical manufacturing facility. Supports process safety activities including PHA, LOPA, MOC, and PSSR, while partnering with Operations, Maintenance, Reliability, Environmental, and Project Engineering teams to improve safety, reliability, efficiency, quality, and production performance.

Develops and tests manufacturing materials, evaluates suppliers, manages automation projects, improves production processes, troubleshoots technical issues, and maintains process documentation. The role coordinates with suppliers, engineers, production teams, customers, and plant leadership while ensuring materials and processes meet internal and customer standards. Responsibilities include lab and production testing, project planning, employee training, continuous improvement, and compliance with glass manufacturing and TS16949 quality requirements.

Designs and optimizes PVD, CVD, and ALD manufacturing processes for semiconductor and display technologies. Responsibilities include process and hardware development, experimental design, data analysis, film property measurement, troubleshooting, technical documentation, customer issue resolution, vendor collaboration, and implementation of new technologies. The role also trains engineers, leads projects and functional teams, and manages complex engineering experiments with limited supervision.

Develops and tests production materials, evaluates suppliers, manages automation projects, improves glass manufacturing processes, troubleshoots production issues, and maintains process documentation. The role coordinates with suppliers, engineers, production teams, and customers; tracks project progress; conducts lab and production testing; establishes material standards; and trains plant personnel. Experience with glass production, manufacturing software, TS16949, material development, and continuous improvement is required.

Leads process engineering for power boiler, fluidized bed boiler, gasification, and auxiliary systems. Performs calculations, equipment specifications, process design, hazard and risk analyses, customer operator training, documentation, and commissioning support. Collaborates with customers, suppliers, and internal disciplines during sales and project delivery. Requires approximately 25% site work or travel and relocation to or residence near Charlotte, North Carolina.

The Frontend Central Process Integration Senior Engineer leads process optimization across global semiconductor operations, improves yield, and resolves manufacturing issues by collaborating with cross-functional teams.

Leads manufacturing process development, continuous improvement, automation, new product introductions, and capital projects. Partners with engineering, operations, quality, tooling, and supply chain teams to optimize processes, maintain ERP manufacturing data, conduct time studies and validations, develop CAPEX proposals, implement equipment and automation, resolve production issues, and train manufacturing personnel.

Leads process improvement, operational excellence, automation, validation, and new product introduction initiatives at an on-site biotechnology facility. Analyzes operational data, manages investigations and process changes, solves cross-functional operational challenges, and develops sustainable improvements in safety, quality, capacity, delivery, and cost. Partners with Operations, Quality, Supply Chain, Logistics, Maintenance, and other teams on engineering documentation, standard work, and process specifications.

Provide technical and process engineering support to optimize manufacturing operations, improve safety, reduce waste, and increase productivity. Troubleshoot and modify equipment, lead vision system design and implementation, train operators, support commissioning/validation, and develop documentation and preventative maintenance for automated packaging equipment.

Develops, sustains, and improves photolithography processes for semiconductor wafer fabrication. Responsibilities include operating and optimizing DUV and i-line lithography tools, writing recipes, analyzing metrology data, monitoring SPC, controlling defects, improving yield and cycle time, supporting production introductions, and resolving technical issues in a 24/7 fab environment. The role requires extensive hands-on cleanroom work, collaboration with integration and equipment engineering teams, and maintaining production process specifications.

Develops and improves specialty metal processing, troubleshoots quality issues, controls quality costs, manages off-standard product dispositions, and leads yield and product-quality projects. Ensures products meet customer specifications, supports new product qualification, and works with production, technical teams, and customers to resolve complaints and rejections.

Owns chemical and mechanical process systems for SHINE’s used nuclear fuel recycling pilot facility. Responsibilities include process design, flow diagrams, P&IDs, equipment sizing, requirements, HAZOPs, design reviews, vendor coordination, procurement, factory and site acceptance testing, installation walkdowns, and technology transfer from R&D to fabrication and operation. The role requires sound engineering judgment, simplification of requirements, and support for nuclear facility permitting and construction.

Develops and improves manufacturing processes for specialty rolled products, troubleshoots quality issues, controls quality costs, improves yield and product quality, ensures customer specifications are met, supports new product qualification, and resolves customer complaints. Works closely with production, operations, technical teams, and customers at ATI’s Plate Operations facility.

Provides manufacturing engineering leadership at the Aberdeen plant, evaluates project scope and equipment requirements, leads process, product, and quality improvements, supports process capability initiatives, coordinates cross-functional projects, and reports implementation status and costs. The role requires an engineering degree and offers opportunities for candidates transitioning from other industries or military experience.

Supports multidisciplinary water and wastewater infrastructure projects through engineering analyses, calculations, drawings, specifications, reports, site visits, condition assessments, and startup observations. The role focuses on pipelines, pump stations, treatment systems, and facility upgrades under experienced engineer mentorship, with increasing technical and leadership responsibilities. Field work and collaboration with clients, regulators, and industry partners are required.

Hands-on Process Engineer supporting thermal spray coating production: develop and industrialize customer projects, create process documentation and workmanship standards, support floor production, troubleshoot manufacturing issues, liaise with customer engineering and QA, assist audits, and drive improvements in quality, productivity, efficiency, and cost.

Manufacturing Process Engineering intern supporting team strategies, process improvements, change management, and implementation of new procedures under supervision. The role involves collaborating with stakeholders, managing multiple priorities, learning manufacturing operations, and contributing to projects that deliver business results at the JIJONA plant.

Leads supplier manufacturing process optimization, continuous improvement, quality enhancement, and cost reduction. Assesses supplier capabilities, supports new product introduction and production ramp-up, resolves technical issues, and implements corrective actions. Partners with engineering, quality, procurement, operations, and suppliers on process capability, first article documentation, DFM reviews, and supplier improvement plans. Requires mentoring, supplier coaching, performance reporting, and travel to supplier sites.

Develops defect metrology and process integration strategies for advanced semiconductor technologies. Responsibilities include characterizing yield-limiting defects, investigating root causes, developing metrology recipes, responding to baseline shifts, driving defect-reduction roadmaps, qualifying process fixes, and collaborating with integration, yield, and failure-analysis teams. The role requires strong experimental research, statistical analysis, semiconductor processing, problem-solving, and communication skills.

Develop and mature a cryogenic process-design-kit for superconducting quantum hardware. Own model-to-measurement characterization, plan and analyze cryogenic test chips, extend foundry PDKs to low-temperature regimes, partner with foundry and device teams, establish characterization infrastructure, and use EDA/layout/physical-verification toolsets to translate measurements into models, design rules, and documentation for scalable quantum circuit design.

Develops defect metrology and process integration solutions for advanced semiconductor manufacturing. Responsibilities include identifying yield-limiting defects, managing metrology data collection, investigating root causes, developing recipes and corrective action plans, qualifying process fixes, and driving defect reduction through MBPS and 8D methodologies. The engineer collaborates with integration, yield, and failure analysis teams to improve process capability and meet technology development milestones.

Develops and integrates advanced semiconductor processes from research through high-volume manufacturing. Identifies process parameters affecting yield and performance, uses metrology and data analysis to diagnose root causes, creates improvement roadmaps, develops and qualifies process fixes, and supports technology transfer to manufacturing. Collaborates with integration, yield, module, and design teams while maintaining quality, safety, and accountability standards.

Develops defect metrology and process integration strategies for advanced semiconductor technologies. Responsibilities include identifying yield-limiting defects, operating metrology tools, analyzing data, investigating root causes, developing defect reduction roadmaps, qualifying process fixes, responding to baseline shifts, and collaborating with integration, yield, and failure analysis teams to improve semiconductor manufacturing quality.