Top Process Engineer Jobs

Supports design, operation, troubleshooting, optimization, and regulatory control of manufacturing processes and equipment at a monoclonal antibody facility. Provides on-floor technical support, leads root-cause analysis and CAPA activities, analyzes process performance, and supports capital projects through design, commissioning, qualification, and validation. Develops technical documentation, participates in safety reviews, manages process changes, and ensures compliance with cGMP and applicable veterinary biologics regulations.

Lead process and material qualification initiatives across manufacturing, product quality, cost savings, supply assurance, and production start-ups. Apply experimentation, data analysis, root-cause analysis, risk assessment, and continuous improvement to resolve manufacturing challenges. Coordinate cross-functional projects with Supply Chain, R&D, Procurement, Manufacturing, and suppliers while communicating technical recommendations and project risks. Support process changes, product launches, manufacturing trials, and operational efficiency improvements.

Leads process engineering teams supporting large capital projects, including licensor package execution, FEED development, process simulations, heat and material balances, PFDs, P&IDs, hydraulics, vessel sizing, relief systems, and flare design. Coordinates with engineering centers, develops process design documentation, and manages schedules, budgets, and progress. Requires a chemical engineering degree, extensive process engineering experience, and knowledge of Aspen software suites.

Leads technical support and process improvement across manufacturing facilities. Responsibilities include developing equipment standards and documentation, training teams, diagnosing problems through root cause analysis, improving reliability and production output, reducing variation and costs, supporting capital projects, eliminating bottlenecks, establishing production standards, and mentoring junior engineers.

Responsible for manufacturing and process improvement projects, including fixture design, process documentation, corrective actions, FMEAs, control plans, BOMs, inspection instructions, and new product releases. The role supports quality initiatives, nonconformance reviews, supplier and customer communication, CNC-related processes, and cross-functional manufacturing activities under supervision.

Develops, optimizes, and transfers thin-film semiconductor processes involving sputtering, evaporation, CVD, and RTA. Owns process equipment, improves yield and reliability, troubleshoots manufacturing issues, and supports automation, equipment qualification, and technology transfers. Characterizes films using multiple metrology techniques and applies SPC, DOE, statistical analysis, and process control methods. Creates process documentation, supports new product development, trains technicians, and works in cleanroom and hazardous-material environments.

Designs and optimizes wet manufacturing processes for semiconductor and display technologies. Responsibilities include tool setup, wafer processing and measurement, chemical and electrochemical analysis, process optimization, failure analysis, reliability testing, documentation, and customer issue resolution. The engineer collaborates with R&D teams, vendors, suppliers, and manufacturing groups while supporting advanced packaging development and high-volume manufacturing.

Designs and analyzes complex semiconductor process engineering experiments, characterizes hardware, measures film properties, troubleshoots issues, and performs root cause analysis. The role includes technical documentation, customer engagement, vendor collaboration, technology implementation, and project leadership. The engineer also serves as a technical resource for junior colleagues and requires limited supervision.

Supports DIB cybersecurity operations through process engineering, technical research, data analysis, and leadership reporting. Develops responses to high-priority data calls, tracks operational plans and capability gaps, reviews systems engineering documentation, and guides process governance and improvement initiatives. The role also requires documenting processes, managing documentation in SharePoint and Confluence, assessing requirements, and collaborating with government and contractor technical teams.

Develops, documents, evaluates, and improves engineering and organizational processes supporting an Intelligence Community mission. Responsibilities include conducting project assessments, analyzing results, recommending improvements, aligning systems and policies with mission strategy, managing process change, implementing business solutions, and developing operational efficiency metrics. Requires extensive process improvement, facilitation, methodology development, change management, organizational development, and data modeling experience in a classified government environment.

Drives continuous improvement and standardization of ceramic manufacturing processes across Pennsylvania and Ohio sites. Leads lean initiatives, process qualification, PFMEAs, DOE, process monitoring, scrap and yield improvement, troubleshooting, work instructions, control plans, and manufacturing training. Develops sampling plans and supports quality activities including GD&T, MSA, Gage R&R, corrective actions, and ISO-related systems. Works in office and factory environments and may travel to Ohio up to 25%.

Develops, improves, and supports manufacturing processes for advanced ceramic and composite components. Responsibilities include optimizing mixing, molding, pressing, and high-temperature firing; reducing scrap and variation; preparing manufacturing documentation; supporting new product introduction, validation, APQP, PPAP, and launches; conducting capability studies, PFMEAs, root-cause investigations, and corrective actions; evaluating equipment and capital projects; and training production teams.

Provides process engineering support for metal casting, forming, and brazing operations. Troubleshoots production issues, improves quality and yield, conducts DOE and SPC, analyzes material composition and microstructure, and implements corrective actions. The role develops standardized processes and documentation, supports continuous improvement, supervises operators as needed, and coordinates with R&D, production, supply chain, and quality teams while managing multiple projects.

Leads process improvement and manufacturing process development for ceramic-to-metal components used in medical and aerospace applications. Responsibilities include designing and scaling processes, troubleshooting production issues, preparing technical documentation, conducting PFMEAs and root-cause analysis, reducing scrap, improving yield and uptime, supporting product launches, planning capital equipment, collaborating cross-functionally, and mentoring junior engineers.

Supports the design and engineering of manufacturing facilities, equipment, infrastructure, and critical utility systems. Performs basic engineering calculations, process modeling, material and energy balances, equipment sizing, and hydraulic or heat-transfer analysis. Develops process documentation including flow diagrams, equipment datasheets, utility summaries, and P&IDs. Coordinates with architects, engineers, designers, clients, and construction teams across project phases under the supervision of experienced engineers.

Develop and scale robust, high-volume manufacturing processes for new consumable products. Lead process development, controlled experiments, DOE, root-cause investigations, change management, and process transfers in a regulated production environment. Collaborate with R&D, Quality, Manufacturing, Supply Chain, and Engineering teams; serve as a subject matter expert on critical process characteristics; apply SPC, FMEA, Gauge R&R, CPM, and DFM; and lead technical project teams through commercialization.

Assist with maintaining and improving manufacturing processes through data-driven problem solving, process monitoring, and continuous improvement. Responsibilities include coordinating operational excellence projects, transferring production technology, establishing new processes, introducing products, supporting quotations, implementing KVP and PDCA management, and conducting grinding tests to improve tool quality.

The Process Engineer will develop and optimize processes for product quality and yield, coordinate evaluations, and support audits while resolving manufacturing issues.

Develops and improves aerospace manufacturing processes, work instructions, tooling, and equipment. Partners with design engineering and production to resolve manufacturing issues, evaluate discrepant hardware, analyze process data, implement corrective actions, and improve safety, quality, cost, and efficiency. Maintains manufacturing bills of material and technical documentation, supports qualification activities, and presents solutions to leadership, customers, and engineering review boards.

Designs, develops, maintains, and improves industrial process control hardware and software solutions. Supports SCADA, HMI, LAN communications, instrumentation, production applications, and 24/7 plant operations. Translates business requirements into cost-effective technical solutions, analyzes hardware and software needs, and collaborates with management, operations crews, and technical support teams.

Leads manufacturing process transfer, validation, scale-up, sustaining engineering, and continuous improvement for life science consumables. Responsibilities include troubleshooting, root cause analysis, CAPA, process monitoring, Lean/Six Sigma implementation, NPI support, documentation, equipment onboarding, and operational readiness. The role partners cross-functionally with product development and operations while supporting cleanroom manufacturing, process qualification, yield improvement, capacity expansion, and production launch.

Provides technical support to manufacturing operations through floor-based process learning, troubleshooting, and process improvement projects. Responsibilities include investigating operational challenges, developing project estimates, designing solutions using AutoCAD or SolidWorks, occasional 3D printing, and collecting and analyzing process data. The internship is part-time during the academic year and full-time in summer, with mentorship and professional development opportunities.

Year-round Process Engineer Intern supporting steel manufacturing operations through time studies, root cause analysis, data collection, statistical analysis, process optimization, and Lean continuous improvement. The intern will collaborate with operators and cross-functional teams to improve production efficiency, product quality, and process standards in the draw departments. The role is part-time during the academic year and full-time during summer in an onsite manufacturing environment.

Supports manufacturing quality and process engineering by resolving production quality issues, leading corrective actions, improving cycle time and efficiency, reducing cost and scrap, managing documentation changes, and coordinating cross-functional problem-solving teams. The intern will interpret product specifications and design documents, support stop-ship activities, present issue status to management, and drive quality improvements across factory operations.

Lead the design, implementation, troubleshooting, optimization, and maintenance of GMP biopharma manufacturing processes. Manage capital projects from requirements development through design, procurement, installation, commissioning, qualification, and manufacturing handoff. Support process scale-up, technical transfer, EHS compliance, validation, quality activities, and multidisciplinary project coordination. Review and develop SOPs, MBRs, qualification protocols, change controls, CAPAs, and audit responses.