Top Process Engineer Jobs

Supports semiconductor manufacturing process optimization, yield improvement, defect reduction, cost reduction, and wafer output improvements. Analyzes manufacturing data using SPC, FDC, 8D, DOE, AI, and visualization tools; investigates process excursions, performs root-cause analysis, recommends corrective actions, collaborates cross-functionally, and maintains process documentation.

Leads manufacturing process design, equipment installation and validation, continuous improvement, safety, and plant-wide standardization. The role drives OEE and safety improvements through root cause analysis, Lean and Six Sigma methods, equipment specifications, process optimization, capital projects, SOPs, work instructions, and cross-functional mentoring. This is a full-time onsite position in New London, North Carolina.

Supports development, optimization, and sustainment of MMIC manufacturing processes from engineering transition through production. Performs RF measurements, product characterization, troubleshooting, root cause analysis, corrective actions, modeling, simulation, and technical documentation. Assists with IC package, test fixture, and PCB design, low-volume assembly, die inspection, and customer application support. Collaborates with engineering, manufacturing, quality, supply chain, suppliers, and customers to improve process capability, product performance, quality, and manufacturability.

Serves as the engineering subject matter expert for pharmaceutical manufacturing process systems, overseeing lifecycle management, qualification, reliability, modifications, troubleshooting, and regulatory compliance. Develops engineering specifications, commissioning and validation protocols, maintenance plans, and corrective actions. Supports capital projects, capacity planning, production operations, and facility uptime while partnering cross-functionally. The role requires pharmaceutical or biotechnology manufacturing experience, knowledge of cGMP and FDA-regulated environments, and participation in a 24/7 on-call rotation.

Owns the lifecycle and performance of biopharmaceutical manufacturing process systems, including design, installation, qualification, production support, deviations, maintenance, and decommissioning. Develops engineering diagrams and specifications, executes FAT and commissioning activities, implements cGMP changes, establishes calibration and preventive maintenance strategies, leads CAPAs, and supports small capital projects. Requires cross-functional collaboration, on-call support, and occasional travel.

The Metrology Engineer will optimize semiconductor manufacturing processes, improve product quality, solve production issues, and collaborate with cross-functional teams.

The Senior Dry Etch Process Engineer improves semiconductor production by developing processes, managing projects, and collaborating across teams to enhance quality and efficiency.

Characterize semiconductor materials and devices using advanced analytical techniques, apply statistical process control, develop novel materials, and recommend improvements to material performance. Collaborate with equipment, manufacturing, and integration engineers while transferring new films and technology developments to manufacturing sites. The role requires cleanroom fabrication, device and materials characterization, electrical measurements, and film deposition experience.

Leads process design, development, scale-up, commissioning, factory trials, and deployment for food manufacturing innovation and optimization projects. Collaborates with RDQ, marketing, manufacturing, and external partners; uses modeling, simulation, technical data, Lean/Six Sigma, HACCP, and continuous improvement methods to solve problems, influence decisions, manage stakeholders, and coach process teams.

Supports semiconductor high-volume manufacturing through process optimization, yield improvement, cost reduction, and wafer output initiatives. The intern analyzes process and equipment data, applies SPC, FDC, and 8D methodologies, resolves yield and defect issues, improves tool availability, updates documentation and procedures, and collaborates with equipment, operations, and engineering teams.

Monitor and improve semiconductor manufacturing processes, recipes, equipment utilization, quality, capacity, and production efficiency. Analyze process data, resolve bottlenecks and chronic SPC issues, troubleshoot complex problems, drive root-cause corrective actions, maintain process consistency, and support cost reduction. The role also requires capacity planning, QDR documentation, operational holds, equipment issue resolution, and international travel up to 25%.

Supports and optimizes automotive paint operations by troubleshooting process and quality issues, programming robotic paint paths, managing equipment parameters, analyzing process capability, and implementing continuous improvements. Collaborates with production teams, technicians, paint and equipment suppliers, and cleaning vendors. Maintains FMEAs, control plans, and TS-16949 documentation while improving paint quality, efficiency, safety, and material usage.

Develop, startup, optimize, and sustain photomask (reticle) inspection processes including EUV inspection and ADC. Diagnose and resolve process issues, lead yield and cost improvement projects, monitor tool health and SPC, qualify new inspection tools, collaborate across R&D and manufacturing, and mentor staff while applying data analysis and AI to improve inspection performance.

Diagnose and resolve DRAM process integration issues, optimize processes, equipment, and materials, and improve yield, quality, and cost. The role validates and qualifies processes for new product introduction, supports SPC/FDC/RMS/APC systems, monitors fab health, manages material suppliers, and supports audits and continuous process technology improvement.

Develop and optimize semiconductor packaging processes, automation, equipment, and data systems for quality, reliability, cost, and manufacturability. Conduct root cause analyses and failure investigations using FMEA, 8D, SPC, and FDC. Collaborate with equipment, process development, and integration teams, support pilot-line operations, and transfer technologies to high-volume manufacturing sites.

Develops and optimizes advanced packaging CMP processes for semiconductor manufacturing. Responsibilities include consumables research, equipment evaluation, process experiments, monitoring and control, yield and productivity improvement, failure analysis, risk management, and resolving manufacturing issues. Leads complex cross-functional projects, collaborates with vendors and international teams, advises management, and contributes to innovation through patents and technical publications.

Support the development, optimization, and sustainment of PCVD semiconductor manufacturing processes. Analyze process data, troubleshoot issues, improve yield and productivity, conduct experiments and qualifications, and collaborate with cross-functional engineering and manufacturing teams. Apply statistical methods, data analytics, and AI-assisted workflows to monitor processes and solve problems. Document findings, present technical results, and recommend improvements in a fast-paced fabrication environment.

Designs, validates, and optimizes manual and automated manufacturing processes. Implements PLC, HMI, SCADA, robotics, sensors, and instrumentation; develops 3D CAD designs, control panels, fixtures, and electrical schematics. Creates SOPs and maintenance procedures, applies Lean Manufacturing and AI-driven predictive analytics, and leads automation engineering projects from concept through deployment while meeting safety and technical standards.

Supports and optimizes aerospace manufacturing processes for quality, productivity, and efficiency. Provides production and technical support, troubleshoots equipment and process issues, conducts engineering tests, improves workflows, maintains documentation, supports suppliers, and trains production assemblers. The role also addresses quality concerns, reduces bottlenecks, assists with maintenance, and ensures compliance with safety, environmental, regulatory, and export-control requirements.

Leads manufacturing process engineering for electro-mechanical assembly and electronics soldering operations. Develops tooling, fixtures, equipment, layouts, routings, work instructions, and quality controls; applies Lean methods to improve safety, quality, delivery, and cost. Manages manufacturing investments, maintenance and calibration programs, ERP/MES implementation, troubleshooting, and production training. Collaborates with design, quality, supply chain, maintenance, and program management teams in a defense manufacturing environment.

Leads manufacturing process engineering across multiple factories, serving as a subject matter expert for specialized processes and equipment. Develops, improves, validates, and sustains manufacturing technologies, layouts, fixtures, tools, and procedures. Resolves production downtime, supports test and rework activities, mentors engineering and operations personnel, and collaborates with supply chain, quality, test, and program engineering teams. The role is fully onsite and supports defense electronics manufacturing operations.

Leads manufacturing process innovation for electro-mechanical assembly and electronics soldering operations. Designs tooling, fixtures, equipment, layouts, routings, and work instructions; applies Lean methods; troubleshoots quality and production issues; manages capital estimates and approvals; supports ERP/MES implementation; coordinates maintenance, calibration, and quality controls; and provides technical leadership, training, and cross-functional support.

Develop, optimize, and sustain dry etch semiconductor fabrication processes for high-volume production. Analyze process excursions using SPC, FMEA, root cause analysis, and 8D methods; qualify new equipment, materials, recipes, and technology changes; and improve yield, quality, reliability, cost, and process capability. Collaborate with engineering, manufacturing, and suppliers while applying data analytics, automation, and generative AI to improve engineering workflows and decision-making.

Support the development, optimization, and sustainment of dry etch semiconductor manufacturing processes. Analyze process data, troubleshoot production issues, implement corrective actions, and collaborate with integration, equipment, manufacturing, and quality teams. Participate in process qualifications, experiments, and continuous improvement initiatives using statistical and engineering methods. Apply data analytics and AI-assisted workflows to improve process monitoring, engineering productivity, yield, quality, reliability, and manufacturing efficiency.

Supports semiconductor manufacturing process optimization, yield improvement, defect and excursion resolution, tool availability, and wafer output initiatives. The intern applies SPC, FDC, 8D, data analysis, visualization, and engineering methods while collaborating with equipment, operations, and cross-functional teams. Responsibilities also include maintaining tool documentation, updating procedures, completing project work, and following safety requirements.