Top Process Engineer Jobs

Develops semiconductor yield-enhancement methods through defect inspection, data analysis, inline-to-end-of-line correlation, SPC, and process improvement. The role creates inspection recipes, performs lot and equipment dispositions, identifies process and equipment problems, and drives defect-density reductions across high-volume 200mm and 300mm fabs. It collaborates with process, integration, reliability, packaging, test, and product engineers to improve device performance and support technology development and production schedules.

Design, optimize, and document manufacturing processes for semiconductor, display, and AR technologies. Collect and analyze data, perform hardware characterization, troubleshoot complex issues, implement new technologies, partner with vendors, and support R&D projects while mentoring junior staff.

Support and improve diffusion and single-wafer manufacturing processes for 300mm analog fabs. Implement process improvements, perform lot/equipment dispositions, support ramps and experiments, analyze data, and resolve process/equipment issues to improve yield, cost, efficiency, and quality.

Supports natural gas production automation projects through process control design, implementation, testing, commissioning, maintenance, and troubleshooting. Works with RTUs, PLCs, HMIs, SCADA systems, instrumentation, communication networks, and electronic flow measurement equipment. Assists with site assessments, mechanical, electrical, and software design, technical support, customer interactions, and project execution under experienced engineers and technicians. Occasional travel across Pennsylvania, Ohio, and West Virginia is required.

Develops, validates, and implements aluminum sheet products and manufacturing processes at a new rolling and recycling facility. The role collaborates with manufacturing, laboratories, commercial teams, technical support, and customers to transition products into full-scale production. Responsibilities include defect analysis, metallographic assessment, statistical process control, product and process improvement, customer issue resolution, quality incident support, project leadership, and communication of manufacturing capabilities and metrics.

Drives continuous improvement across manufacturing operations by analyzing production data, identifying waste and bottlenecks, leading Kaizen and DMAIC projects, mapping processes, standardizing work, monitoring KPIs, and validating gains through SPC. Partners with cross-functional teams to improve productivity, quality, cost, service, and operational consistency while supporting deployment of the Magnera Operating System across U.S. and Canadian facilities.

Develop and improve rubber compounds, support production troubleshooting and process improvements, collaborate with shop-floor staff, customers, labs and suppliers, lead continuous improvement projects, define manufacturing standards and analyze data to enhance quality and productivity.

Support new product service/process readiness by developing procedures, BKMs, and technical manuals; lead build & test and failure analysis; drive CAPA and quality issue resolution; create service bulletins and training materials; train field and customer support staff; coordinate parts stocking and manufacturing handoffs.

Leads a team developing MEMS and sensor semiconductor processes across multiple fabs. Drives unit and integrated loop development, process characterization, design of experiments, data analysis, simulation, manufacturability, and production qualification. Collaborates with process, integration, reliability, packaging, test, product, vendor, and foundry teams to improve resonator performance and deliver robust processes aligned with technology roadmaps. Manages schedules, technical discussions, cross-functional communication, and multiple parallel development tasks.

Support production and maintenance to improve quality, safety, and productivity; design and implement manufacturing processes, equipment, and controls; manage product launches, process validation, PFMEA, and change implementation; develop equipment specs, lead projects and suppliers, and drive cost-reduction and automation initiatives. Occasional domestic and international travel may be required.

Provide process engineering support for Nafion IXM manufacturing, troubleshoot production issues, lead improvements in safety, quality, yield, uptime and cost, run trials for new-product commercialization, and participate in Process Safety Management and technical project work.

Lead design, deployment, and operation of pilot-scale mineral refining processes; design experiments, create/process engineering documentation (PFDs, P&IDs, HMBs), manage equipment design and commissioning, troubleshoot and optimize operations, and collaborate with software/ML teams to implement reactor and plant optimization algorithms while ensuring safety and scalability to commercial production.

Support and improve manufacturing processes for composites, machining, molding, bonding, coatings and assemblies. Act as primary operations support, perform root cause/corrective actions, author work instructions, use SPC for process control, troubleshoot tooling/equipment/facility issues, and support implementation of new tooling and equipment. Prepare technical presentations and collaborate with concurrent engineering for build packages.

Owns process systems and equipment packages for GMP biologics manufacturing facilities from design through turnover. Leads vendor coordination, construction support, commissioning, qualification, punch-list closure, issue resolution, change control, and GMP readiness. Partners with engineering, construction, manufacturing, quality, vendors, and other cross-functional teams to deliver systems safely, on schedule, within budget, and in compliance with approved specifications and regulatory requirements.

Design, implement, and optimize manufacturing processes for PCB production. Troubleshoot root causes, establish process controls, introduce new equipment and ECOs, train production staff, and drive cost, quality, and throughput improvements.

Leads mechanical product quality across manufacturing, assembly, and factory release operations. Develops inspection and control plans, supports mechanical testing and dimensional verification, resolves nonconformances, and drives root cause, CAPA, process capability, and continuous improvement. Partners with engineering, manufacturing, suppliers, and field construction teams to prevent defects, improve first-pass quality, ensure standards compliance, and support new product and process readiness. Coaches inspection teams and participates in audits, design reviews, and customer acceptance activities.

Leads electrical process quality for factory manufacturing, assembly, integration, testing, and product release. Develops inspection and control plans, supports electrical inspections and testing, resolves factory and field quality issues, and drives root cause analysis, CAPA, process capability, and corrective actions. Partners with engineering, manufacturing, suppliers, and construction teams to prevent defects, improve first-pass quality, ensure standards compliance, and support production readiness, audits, validations, and continuous improvement.

The Process Controls Engineer will manage plant process control system performance and reliability in a chemical manufacturing environment. Responsibilities include designing control strategies, troubleshooting automation systems, coordinating upgrades and software updates, analyzing process data, maintaining P&IDs and procedures, supporting capital projects, and ensuring safety and regulatory compliance. The role requires collaboration with engineering, operations, maintenance, instrumentation, and IT teams.

Develop and improve semiconductor process technologies in a 300mm analog and embedded wafer fab. Responsibilities include device and process characterization, experiments, data analysis, simulation, parametric performance ownership, root-cause analysis, product flow development, and technology transfer into manufacturing. The role leads cross-functional efforts with process, integration, reliability, packaging, test, and product engineering teams while managing schedules, technical discussions, and multiple concurrent projects.

Provides technical leadership for manufacturing packaging and processing systems. Troubleshoots production issues, improves equipment reliability, eliminates losses, supports start-ups, and develops operational capabilities. Uses manufacturing data, statistical analysis, unit-operation knowledge, and continuous improvement methods to optimize production rates, quality, safety, capacity, and system performance. Works closely with operators, maintenance, technicians, and cross-functional plant teams.

Designs, programs, maintains, troubleshoots, and optimizes PLC-based industrial control systems. Supports SCADA, HMI, RTUs, instrumentation, industrial networking, SQL databases, historians, and legacy OpenVMS environments. Develops control strategies, resolves automation and communications issues, supports modernization projects, maintains documentation and backups, and collaborates with operations, maintenance, engineering, and vendors. Participates in on-call support and emergency outage response.

The Manufacturing Process Engineer manages engineering activities for production teams, focusing on safety, quality, productivity, and process improvement, while supporting team development and collaboration.

Lead development, qualification, and supplier management for FR4/PCB substrates. Drive DFM/DFT, quality control, failure analysis, reliability testing, and engage in packaging production processes and supplier risk mitigation.

Drive continuous improvement to eliminate production losses using data analysis and root-cause problem solving. Apply SPC, DOE, Lean tools, and process validation; lead implementation, train technicians, support quality systems, and deliver cost and productivity improvements.

Lead thin-film ceramic materials and MEMS process development for implantable neural interfaces, from feasibility to scale-up. Define deposition strategies, characterize film properties, integrate processes into MEMS flows, design DOEs/test structures, author technical documentation and IP, and recommend new materials and methods for biocompatible encapsulation.