Top Process Engineer Jobs

Supports high-volume semiconductor manufacturing by monitoring and optimizing processes, improving yield and equipment efficiency, resolving process and equipment issues, analyzing manufacturing data, maintaining operational procedures, and implementing continuous improvements. The role requires rotating 12-hour shifts in a cleanroom environment and collaboration with equipment engineers, operations teams, and process owners.

Support factory operations by designing, improving, and maintaining manufacturing processes, fixtures, and tooling. Work with operations, quality, supply chain, and program engineering to resolve non-conformances, drive root-cause corrective actions, and support producibility, PPV/FAI, and process improvements in an onsite production environment.

Develops, deploys, evaluates, and improves software development processes across aerospace engineering teams. Responsibilities include integrating process designs, conducting data-driven quality and compliance analyses, supporting regulated development environments, documenting procedures, and driving continuous process improvement. The role collaborates cross-functionally, provides technical process direction, and helps improve software quality, efficiency, productivity, and cost effectiveness.

Develop physics-based simulation and analysis methods for automotive propulsion manufacturing processes, including engines, electric motors, and batteries. Conduct FEA, CFD, thermal, structural, and multiphysics analyses; investigate material behavior and manufacturing defects; validate models against production and test data; automate workflows using engineering software and Python; and communicate technical recommendations while mentoring engineers.

Develops, validates, transfers, and launches casting manufacturing processes, equipment, tooling, and production sequences. Responsibilities include supporting manufacturing validations, PPAP, build plans, equipment installation, casting defect analysis, troubleshooting, process documentation, statistical optimization, and nondestructive and destructive testing. The role is hands-on and onsite in a casting shop, requires collaboration with technical teams and suppliers, and involves frequent travel of at least 50%.

Process Engineer responsible for optimizing factory processes to maximize recovery, throughput, and extraction while minimizing costs. Provides technical support, process training, safety and quality leadership, KPI analysis, SPC management, process hazard assessments, continuous improvement, and support for project installation and commissioning. Develops production plans, work instructions, process documentation, and operational reports while supporting regulatory and agency interactions.

The Process Integration Engineer will develop solutions for advanced DRAM products, design experiments, optimize device performance, and manage cross-functional project activities.

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.

Develop and optimize dielectric thin-film deposition processes (ALD/epitaxy/plasma) for advanced DRAM. Drive DOE/SPC-based experiments, troubleshoot tools, improve uniformity/conformality/quality, lead cross-functional projects, and communicate technical results to meet performance and yield goals.

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.

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.

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.

Performs laboratory testing, materials characterization, process development, additive manufacturing, electrical evaluation, failure analysis, and technical documentation for aerospace products. Operates and maintains analytical equipment, develops and validates test methods, supports production and investigations, programs test equipment, manages data, and collaborates across engineering and laboratory teams. The role is on-site five days per week and requires an Interim Secret clearance and company vehicle operation.

Performs materials and process development laboratory work for aerospace applications, including chemical and physical property analysis, additive manufacturing, process testing, electrical testing, failure investigations, equipment validation, technical documentation, and test protocol development. Works across laboratories, production environments, and cleanrooms while supporting data analysis, root-cause investigations, equipment maintenance, and process improvements.

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.

Early-career Process Engineer supporting Walmart’s distribution network through process improvement, time studies, work measurement, operational data analysis, process mapping, standard work documentation, performance reporting, and automation validation. The role partners with operations leaders and senior engineers to improve efficiency, safety, productivity, and service using Lean, Six Sigma, statistical analysis, and continuous improvement methods.

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.