Top Process Engineer Jobs

The Senior Process Engineer will optimize and design processes for pharmaceutical manufacturing, ensuring operational excellence, safety, and efficiency while leading technical projects and collaborating with stakeholders.

Lead sustaining engineering for PCB manufacturing processes: troubleshoot and optimize processes, run statistical analysis and FMEA, support new product introductions, manage capital equipment projects, drive continuous improvement (Kaizen, 5S), interface cross-functionally and serve as Responsible Engineering Authority for assigned product lines.

As a Process Engineer III, you will design and optimize manufacturing processes, perform hardware characterization, troubleshoot issues, and collaborate with teams to ensure product reliability.

Design and optimize semiconductor and display manufacturing processes. Collect and analyze data, perform hardware characterization, troubleshoot complex issues and root-cause analysis, measure film properties, create technical documentation, engage with customers, partner with vendors, implement new technologies, and mentor junior engineers.

Senior-level module process engineer specializing in epitaxy and wafer fab equipment. Leads root-cause diagnostics, data-driven yield and integration improvements, customer engagements, continuous improvement projects, and mentorship of junior engineers. Drives adoption of service technologies and optimizes process Cpk, defect reduction, and CSA value.

Support downstream process and catalyst development by operating lab-scale reactors, designing experiments, performing unit operations and separations, running HPLC and other analytical assays, collecting and analyzing samples, reporting results, and assisting scale-up and continuous improvement while following safety and compliance procedures.

The Business Process Engineer will design, assess, and document projects and must demonstrate proficiency in programming to automate revenue cycle management processes.

The Senior Process Engineer will develop and optimize processes for thin-film applications, troubleshoot production issues, and standardize operations, focusing on deposition techniques and equipment qualifications.

The Senior Process Engineer will lead process development and optimization for grinding and polishing operations in optical fabrication, ensuring stability and quality targets while collaborating with various teams for continuous improvement.

The Process Engineer II investigates manufacturing non-conformances, resolves issues, supports pilot batch creation, and collaborates with teams for quality assurance in a regulated environment.

Support systems engineers by designing, managing, and improving enterprise-level processes. Facilitate project teams, lead process reviews, transfer new practices via training and facilitation, and coordinate cross-team integration to ensure consistent engineering processes across programs and acquisitions.

Support Vehicle Repair/Test (VRT) with statistical process control, data analysis, and periodic job observations. Maintain quality charts, confirmation maps, and cycle layout indicators. Lead root-cause analysis, corrective actions (8D), variability reduction, lean initiatives, and cross-functional VRT teams to resolve assembly and manufacturing quality issues.

Designs and optimizes manufacturing processes for printed circuit board, control panel, cable, and wire harness assembly operations. Responsibilities include new product introduction, engineering change management, documentation, troubleshooting, failure analysis, test procedure support, continuous improvement, Lean and Six Sigma initiatives, quality compliance, and cross-functional technical support. The role also supports labor standards, RFQs, customer requirements, audits, corrective actions, and production activities.

Support design, operation, control and optimization of mAb manufacturing processes. Provide on-floor troubleshooting, ensure cGMP compliance, perform data-driven process improvements, lead capital project lifecycle activities, and develop technical documentation and risk mitigation strategies.

Supports food and beverage manufacturing through process design, scale-up, commercialization, material handling, batching, continuous improvement, and capital projects. Troubleshoots chronic process issues, evaluates ingredients, products, equipment, and technologies, measures process capability, documents changes in Product Lifecycle Management, and applies design of experiments, statistical analysis, and Statistical Process Control. The role requires plant-floor trial participation, occasional business travel, and lifting up to 50 pounds.

Supports pilot-scale formulation and drug product production, including technology transfer, process development, scale-up, process control, equipment operation, maintenance, troubleshooting, product characterization, SOP authoring, and laboratory best practices. The role focuses on lipid nanoparticle and sterile fill-finish operations while maintaining safety, environmental compliance, and operational excellence in a site-based environment.

Provides process engineering design and project support for refinery capital projects from concept through commissioning. Owns relief valve and flare system programs, performs equipment sizing and process calculations, develops PFDs, P&IDs, and heat and material balances, and uses Aspen HYSYS, PI System, and Seeq for modeling, troubleshooting, and optimization. Supports process safety, environmental compliance, commissioning, multidisciplinary reviews, mentoring, and process improvement initiatives.

Provide technical support to maintain safe manufacturing operations and improve process efficiency, quality, and waste reduction. Troubleshoot production problems, implement corrective actions and process improvements, train operators on equipment and procedures, support continuous improvement initiatives, and collaborate with supervisors, maintenance, and project engineering to increase machine productivity.

Designs and implements process improvements for safety, quality, service, and cost. Supports daily operations (tier process, EHS, MOC), performs OEE and statistical analysis, leads continuous improvement and capital/NPI projects, troubleshoots defects using root cause analysis, manages supply projects, and provides engineering support with occasional nights/weekends.

Lead development and improvement of CNC machining processes for optical fabrication. Drive cycle-time and quality improvements, perform hands-on trials, analyze process data (SPC, capability studies), resolve tooling and equipment issues, support qualifications, and collaborate with production, quality, metrology, and maintenance to ensure production readiness and continuous improvement.

Provides process control and industrial automation expertise for natural gas production operations. Performs site assessments, mechanical, electrical, and software design, installation, acceptance testing, commissioning, maintenance, troubleshooting, and repair of RTUs and related systems. Implements control schemes using RTUs, PLCs, HMIs, SCADA, and communication networks. Supports sales, project execution, customer engagements, and Emerson partner coordination. Regular travel is required across Pennsylvania, Ohio, and West Virginia, including possible overnight travel.

Leads continuous improvement initiatives across manufacturing and repair facilities using Lean and Six Sigma methods. Manages capital projects, facility integrations, kaizen events, process standardization, training, and operational excellence road maps. Develops Power Apps, Power Automate workflows, and Power BI dashboards for digital process improvement. Partners with cross-functional teams to improve safety, quality, cost, and delivery while mentoring leaders and operators and reporting results to executive leadership.

Manage, maintain, and improve lamination assembly production lines. Support manufacturing planning and layout, lead root cause analysis, write standard work, troubleshoot equipment, and prepare capital project justifications to reduce costs and improve safety.

Develop, optimize, and support CNC programs and machining processes for precision glass aerospace components. Responsibilities include programming 3- and 5-axis milling, interpreting drawings and GD&T, selecting tooling and machining parameters, validating toolpaths through simulation, preparing documentation, troubleshooting setups, improving efficiency and quality, maintaining CAD/CAM standards, and collaborating with engineering, production, and quality teams on design and continuous improvement initiatives.

Provides operational engineering support for optical fabrication, metrology, and assembly. Develops, optimizes, and stabilizes manufacturing processes; leads experiments, capability studies, root-cause analysis, corrective actions, continuous improvement, prototype builds, process qualifications, and NPI activities through production release. Collaborates with manufacturing, quality, program management, production, and engineering teams while investigating equipment and fabrication technologies that improve capability, yield, throughput, cycle time, and cost.