Top Process Engineer Jobs

Develop and optimize electrode manufacturing processes, establish production standards, analyze defects, improve quality, yield, and uptime, and support new process development. The role includes statistical process control, reliability testing, audit support, 4M change reviews, process documentation, investment planning, and collaboration with customers, vendors, and internal teams. Some on-call support is required.

Analyzes production support, warehouse, logistics, and material-flow processes to identify improvement opportunities. Develops Lean and Six Sigma process improvements focused on safety, quality, productivity, and cost reduction. Creates standard work documentation, monitors operational metrics, conducts root-cause analysis, supports warehouse layout and inventory-flow optimization, and leads continuous improvement projects. Collaborates cross-functionally on program launches, automation opportunities, operational compliance, and measurable performance improvements.

Owns front-end process integration for future DRAM technology nodes, including integration schemes, silicon DOEs, data analysis, root-cause resolution, device and process modeling, and technology transfer from R&D to manufacturing. Collaborates cross-functionally with process, device, yield, failure analysis, manufacturing, and quality teams to resolve technical issues and achieve development milestones.

Supports semiconductor process integration and optimization for advanced DRAM manufacturing. Analyzes electrical, inline, process, and yield data; investigates process anomalies and yield detractors; applies statistical methods; supports experiments; develops dashboards and automation tools; and collaborates with cross-functional engineering teams to improve technology performance and manufacturing readiness.

Leads process improvement and loss-elimination initiatives in a distribution center using Lean, Six Sigma, 5S, root cause analysis, time studies, KPI analysis, and standard work. Manages improvement projects, supports WPS deployment, conducts gap and loss analysis, and helps managers and associates improve performance. Develops teams through training, mentoring, and supervision while ensuring compliance with company policies and operational standards.

Designs, launches, validates, and optimizes manufacturing automation and process controls for vehicle transmissions, electric drive units, batteries, fuel cells, and related systems. Responsibilities include PLC, CNC, HMI, robotics, electrical hardware, industrial networks, safety systems, vision, and third-party equipment integration. The engineer supports supplier coordination, equipment buyoffs, design reviews, troubleshooting, risk assessments, and major program launches across GM facilities in North America. The role requires 20% domestic travel.

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.

Develops, reviews, and validates investment and sand casting processes for gas turbine components made from stainless steel, nickel, and cobalt alloys. Evaluates heat treatment, metallurgical requirements, nonconformances, and root causes; reviews engineering drawings; and creates material and process qualification specifications. The engineer supports supplier qualification reviews and audits, requiring travel as needed, and applies expertise in equiaxed, directionally solidified, and single-crystal casting processes.

Leads crystal growth equipment operation and process optimization for high-melting materials. Develops and transfers crystal growth processes from R&D to manufacturing, troubleshoots equipment and process issues, improves yield and cycle time, maintains procedures and SPC documentation, supports capacity expansion and supplier qualification, and contributes to technical reports, patents, and new product development. Frequent travel and relocation from Florida to California are expected.

Develops, optimizes, and sustains manufacturing and assembly processes to improve safety, quality, delivery, efficiency, and cost. Responsibilities include line balancing, capacity analysis, MES work instructions, tooling and equipment standards, factory layout, PFMEA, control plans, capital projects, NPI support, root-cause analysis, and continuous improvement. The role also mentors engineering and production teams and collaborates with manufacturing, operations, engineering, and equipment vendors.

Develops and implements process strategies for paper machine operations and quality, optimizes processes, manages resources, and maintains documentation. Works with supervisors and operators to resolve process, quality, safety, and equipment issues; completes maintenance work orders; develops roll-handling programs; identifies cost savings; and supports safety compliance in a demanding production environment.

Owns, sustains, improves, and develops CVD processes for semiconductor fabrication. Responsibilities include qualifying processes, tooling, and materials; analyzing process data; improving yield, quality, cost, and cycle time; partnering with equipment and maintenance teams; transferring new technologies into manufacturing; maintaining documentation and training materials; and leading cross-functional problem solving.

Optimizes assembly manufacturing processes, supports new program launches, develops process flows and layouts, improves labor efficiency and quality, creates FMEAs and control plans, implements error-proofing, investigates corrective actions, supports equipment and control changes, and leads lean and ergonomic improvement initiatives.

Develops and improves fabrication and manufacturing processes for complex optical, photonic, electronic, and electro-optical systems. Responsibilities include process documentation, engineering change orders, training, yield and quality improvement, producibility collaboration, cost reduction, tooling and work-instruction support, procurement, equipment planning, and resolving manufacturing issues. The role also directs support personnel and supports military, space, and commercial product production.

Leads day-to-day engineering execution for a continuous-flow HMX production program, supporting facility construction, equipment integration, process implementation, automation, commissioning, startup, documentation, safety compliance, and production readiness. Coordinates vendors, contractors, technicians, and multidisciplinary teams while developing operating procedures, technical data packages, hazard analyses, and readiness metrics. The role is primarily onsite and supports transition of the HMX capability to production and operations.

Leads technical execution of a continuous-flow RDX manufacturing program, coordinating facility construction, equipment installation, process integration, automation, commissioning, startup, and production readiness. Manages vendors, contractors, technical documentation, safety analyses, process optimization, and multidisciplinary resources. Supports process control development, hazard analyses, operating procedures, training, and transition to Production and Operations while establishing engineering standards for future energetics programs.

Supports the design, development, implementation, and maintenance of internal production applications and workflows. Monitors data and account flows, performs reporting and audits, troubleshoots application issues, reviews peer work, develops standard operating procedures, and contributes to process improvement and operational excellence. The role requires collaboration, analytical skills, documentation, and proficiency with collection applications and Microsoft Office tools.

Leads healthcare operational excellence and quality improvement initiatives using Lean Six Sigma, change management, data analysis, standardization, and project planning. Facilitates cross-functional improvement teams, identifies waste and risks, develops sustainable solutions, mentors staff, tracks metrics, and reports progress to leadership. The role supports patient safety, efficiency, quality, and patient satisfaction across the medical center.

Develop and improve semiconductor manufacturing processes across deposition and photolithography to increase yield, quality, and cost efficiency. Maintain production procedures, implement Statistical Process Control, monitor process compliance, and manage capital equipment projects through production release. Train production, maintenance, and engineering personnel while applying expertise in vacuum technology, photolithography, thin film deposition, and semiconductor manufacturing.

Provides technical support to manufacturing operations through continuous process improvement, cost reduction, safety enhancement, and plant efficiency initiatives. Leads Kaizen and Lean projects, troubleshoots production issues, performs root-cause analysis, standardizes processes, develops operating documentation, supports validations, justifies capital projects, and coordinates safety and quality initiatives. The role works closely with production, maintenance, quality, sales, and management in a packaging manufacturing plant.

Designs, develops, tests, and implements automated manufacturing systems to improve productivity and efficiency. Provides integration, troubleshooting, and maintenance support while serving as a subject matter expert across manufacturing departments. Applies computer modeling, simulation, rapid prototyping, statistical analysis, and engineering software to solve process challenges. Collaborates across teams, supports safety and quality initiatives, and evaluates emerging technologies for fastener manufacturing.

Designs, develops, tests, and implements automated manufacturing systems to improve productivity and efficiency. Provides system integration, troubleshooting, and maintenance support while serving as a subject matter expert across manufacturing departments. The role applies computer modeling, simulation, rapid prototyping, statistical analysis, and engineering software to solve process challenges. It also requires cross-functional communication, hands-on problem solving, and knowledge of mechanical, electrical, chemical, or computer engineering principles.

Improve greenhouse workflows across planting, harvesting, packaging, irrigation, and climate control using Lean, Six Sigma, root cause analysis, and statistical methods. Collaborate with operators, engineers, vendors, and safety and food-quality teams to implement process improvements, automation, and capital projects. Analyze operational data, develop SOPs, train teams, support commissioning, ensure compliance, and track budgets, ROI, performance metrics, and improvement outcomes.

Lead optimization and standardization of nickel and zinc plating processes across multiple sites. Responsibilities include process audits, SPC implementation, bath chemistry optimization, defect troubleshooting, corrective actions, SOP and control-plan development, maintenance protocol oversight, continuous improvement, investment planning, technical training, and customer audit support. The role partners with production, quality, and maintenance teams and requires significant travel within the U.S. and Mexico.

Leads development, optimization, automation, qualification, and production release of active optical alignment processes for precision photonic assemblies. Integrates robotics, motion systems, machine vision, instrumentation, and real-time feedback while applying DOE, statistical analysis, tolerance analysis, and root-cause methods. Diagnoses cross-disciplinary process failures, establishes robust production controls, supports design for automated manufacturing, and coordinates engineering scope, schedules, resources, and risks.