Top Process Engineer Jobs

Develop, implement, and manage manufacturing methods and process sequences. Define process requirements, procedures, and equipment recommendations. Execute Process-FMEA, manage SPC systems, analyze failures, liaise with Quality Assurance and Design Engineers for product launches, produce reports, and provide local process ownership and consultancy.

The Plant Process Engineer improves production at the manufacturing facility by training operators, collaborating on efficiency projects, and managing equipment installation and maintenance.

Provide technical leadership for assigned high-speed production lines, collaborating with Production, QA, Maintenance, and PD to improve efficiency, reduce scrap, support new product trials and line startups, maintain Good Run documentation, and ensure OSHA and company procedural compliance.

Lead design and implementation of process projects ($2M–$10M) including equipment selection, P&ID and sanitary design, vendor/contractor management, procurement, schedule and budget oversight, construction support, and start-up activities while supporting client development and project execution.

Lead process improvement and troubleshooting for manufacturing operations using lean and Six Sigma. Support PLCs, vision systems, robotics, sensors, OEE and SCADA. Perform root cause analysis, implement corrective actions, develop SOPs and documentation, and collaborate with production, maintenance, quality, and R&D to improve efficiency, cost, and product quality.

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.

Lead development and scale-up of bonding processes for 3D memory products, focusing on chip-to-wafer and hybrid bonding, while driving technical direction and collaborating with multiple teams.

Lead development and optimization of wafer bonding (direct/hybrid) and related processes. Plan and execute DOEs, drive yield and cost improvements, qualify equipment and materials, collaborate with manufacturing and suppliers, and apply advanced analytics and AI/ML to solve complex process integration and reliability challenges for next-generation DRAM.

Lead development, validation, and continuous improvement of electronic assembly and automation processes (PCBA/SMT). Own NPI, process documentation, SPC/DOE analysis, equipment/programming, automation/vision systems, Lean/Six Sigma projects, and cross-functional problem solving to improve yield, reliability, cost, and on-time delivery in a fully on-site manufacturing environment.

Develop, validate, and improve electronic assembly and automation processes (PCBA/SMT). Lead NPI, process validation, SPC/DOE analyses, equipment qualification, automation and inspection implementation, root-cause troubleshooting, and continuous improvement to improve yield, reliability, cost, and on-time delivery.

Leads data-driven process improvement initiatives across manufacturing facilities to optimize production efficiency, reduce waste and costs, and improve labor and equipment utilization. Uses Lean Manufacturing, Kaizen, A3 problem-solving, and Value Stream Mapping to drive continuous improvement. Responsibilities include root cause analysis, SOP development, technology integration, training and coaching plant personnel, compliance support, sustainability initiatives, and reporting to leadership.

Develop advanced CMOS and CIS process modules, collaborating with silicon and color foundries, image characterization, modeling, and pixel design teams. Improve silicon, color, and package processes; support production and design teams in enhancing yield and sensor performance; analyze bench and wafer-level data; and design and manage silicon split lots according to project goals and schedules.

Develops and integrates CMOS image sensor fabrication processes with foundry partners, managing experimental silicon splits, process flows, schedules, and performance targets. Supports production and design teams by improving yield and sensor performance for mass production. Analyzes wafer and bench data, coordinates characterization testing, communicates technical requirements across internal and external teams, and monitors foundry lot processing to resolve issues and advance future technologies.

Develop advanced CMOS and CIS process modules in collaboration with silicon, color, and package foundries. Support production and design teams by improving yield and sensor performance, analyze bench and wafer-level data, and manage silicon split lots according to project goals and schedules. The role applies device physics and process integration expertise to develop new image sensor technologies.

Optimize pixel structures and semiconductor fabrication processes, develop and validate CIS simulation methodologies, and model devices and systems for imaging and display technologies. The role collaborates with process integration, design, system engineering, and architecture teams to advance pixel architectures, sensors, and displays, including phase detection, dual-pixel detection, near-infrared, time-of-flight, and LCOS applications.

Evaluates and improves manufacturing processes, equipment, tooling, workflows, layouts, quality, yields, costs, and production volume. Manages projects, timelines, and resources; mentors Process Engineers I; develops corrective actions, reports, quotes, and job-costing reviews; and supports Lean manufacturing initiatives while maintaining safe, reliable production systems.

Support the transition and scaling of L-PBF production equipment into high-volume manufacturing. Troubleshoot mechanical, electrical, controls, software, and process issues; improve reliability, throughput, yield, OEE, and machine capability; conduct root-cause investigations; support equipment qualification, validation, commissioning, and factory expansion; develop engineering standards, maintenance procedures, and documentation; and collaborate with design, quality, operations, and maintenance teams.

Leads development, optimization, troubleshooting, and scale-up of sputtering and thin-film manufacturing processes for solid-state microbatteries. Establishes process windows, conducts DOE and root-cause analysis, improves yield and repeatability, integrates deposition with cell manufacturing, transfers processes from R&D to production, supports equipment qualification, and provides technical leadership and mentorship across engineering and manufacturing teams.

Develops resolution enhancement and design retargeting strategies for advanced semiconductor nodes. The role optimizes layout geometries for printability, yield, performance, and manufacturability; collaborates with OPC, lithography, and process integration teams; automates EDA retargeting flows; analyzes CD metrology, SEM, and simulation data; supports design rules and manufacturability guidelines; and mentors junior engineers.

The Process Engineer will enhance core processes, support quality implementation, analyze metrics, and improve production standards, while traveling 25% to the Morristown facility.

Serve as the primary operational engineering resource for Process Control & Automation systems. Monitor Level 2 process models, MES, and manufacturing data to detect abnormalities, implement approved adjustments, support troubleshooting, run process trials, produce technical reports, and coordinate issue resolution with Operations, Maintenance, Quality, and Automation teams.

Operate as the primary operational engineering resource for Process Control & Automation at a hot rolling finishing facility. Monitor Level 2 models, MES, and manufacturing data to maintain process stability and quality; perform initial investigations, implement approved adjustments, support trials, generate technical reports, and coordinate resolutions with Operations, Maintenance, Automation, and Quality.

Support production and maintenance to improve quality, safety, and productivity. Develop and implement manufacturing processes, equipment specs, and process control plans. Lead product introductions, manage equipment projects and suppliers, perform root-cause analysis, and recommend capital investments to reduce costs and improve efficiency.

Lead process optimization for dairy production focusing on blending, standardization, heat treatment, filtration, and sanitation. Drive continuous improvement, capital projects, process capability studies, documentation (P&IDs, SOPs, CCPs), and food safety compliance (HACCP, GMP). Collaborate with operations, QA, maintenance, controls, and data science to improve yield, reduce waste, and minimize risk.

Lead plant-level continuous improvement using Lean and Six Sigma (DMAIC) to standardize processes, reduce waste, increase capacity, and improve safety and quality. Execute projects, train and coach teams, perform root cause analysis, analyze metrics, maintain regulatory compliance, and implement Digital Standard Work and process controls.