Top Process Engineer Jobs

As a Process Engineer, you'll design and optimize manufacturing processes, analyze data, troubleshoot issues, measure film properties, and engage with customers.

Manage engineering teams to characterize hardware, define and apply process methods, run experimental tests, resolve complex process engineering customer issues, determine product process specifications, lead cross-functional collaboration and drive market share improvement for semiconductor and display products.

Coach and lead operational improvement initiatives (Kaizen), partner with site leaders to identify constraints, apply structured problem-solving (A3, DMAIC, 5-Why), implement visual management (SQDIP, Gemba), standardize processes, and sustain measurable improvements across safety, quality, productivity, cost, and engagement.

Provide technical support to plant unit operations: monitor and troubleshoot processes, own MOCs, support PHAs, assist capital projects and DCS/SIS/PLC control work, maintain documentation, and identify cost-saving opportunities to improve safety, reliability, and efficiency.

Lead design, launch, and continuous improvement of high-volume battery energy storage manufacturing. Implement standardized work, line balancing, workstation layouts, and tooling; drive throughput, quality (FTT), and safety. Manage equipment procurement/commissioning, SPC/MSA, 8D root cause, and engineering change processes while mentoring teams in lean principles and supporting greenfield ramp-up.

Provide hands-on process engineering support for CNC machining of engine components. Troubleshoot production and maintenance issues, lead continuous improvement projects, use AutoCAD/3D modeling and 3D printing for tooling and prototyping, maintain process documentation (OIS, PFMEA), drive root-cause analysis, and implement Lean manufacturing practices.

Lead launch and ramp-up of an OVD optical fiber overcladding production line. Support construction/commissioning, specify and source equipment, test and validate processes, monitor OVD deposition and sintering furnace performance, analyze process data, implement continuous improvement projects to meet quality, output, and yield KPIs, troubleshoot equipment, and produce SOPs and documentation.

Improves manufacturing processes, equipment, and facilities to enhance quality, speed, cost, and workforce outcomes. Responsibilities include identifying process issues, implementing improvements, executing and documenting manufacturing tasks, supporting equipment and facility planning and maintenance, and applying change control, lean manufacturing, troubleshooting, and critical-thinking practices. The role supports weld, package assembly, or facilities engineering value streams and requires onsite work five days per week.

Develops and qualifies cathode prototypes on a battery process development line. Responsibilities include designing experiments, characterizing materials, applying statistical process control, troubleshooting deviations, installing and qualifying equipment, creating SOPs and control plans, transferring processes to manufacturing, guiding technicians, and leading safety analyses. The role requires hands-on equipment and workstation testing, supplier collaboration, battery manufacturing knowledge, and process development experience.

Develops and transfers reagent formulation, filling, assembly, and manufacturing processes for genomic sequencing consumables. Responsibilities include defining process and equipment requirements, authoring GMP procedures, training operators, validating equipment, troubleshooting yield and quality issues, conducting DOE experiments, analyzing process data, and supporting pilot-plant builds and high-volume manufacturing. The role collaborates with product development, quality, supply chain, production, facilities, and EHS teams to launch and sustain manufacturing processes.

Develops and improves advanced semiconductor assembly and packaging processes, including FOWLP, flip-chip, die attach, molding, and wire bonding. Leads process development projects, cross-functional NPI teams, manufacturability reviews, root-cause analysis, yield improvement, automation, and transition to high-volume manufacturing. Requires expertise in semiconductor packaging, manufacturing equipment, DOE, SPC, reliability testing, statistical analysis, and Lean Manufacturing. The role is based in Kissimmee, Florida and requires U.S. citizenship with eligibility for government security clearance.

Drive process improvement initiatives across manufacturing operations by analyzing workflows, workforce utilization, facility layouts, capacity, and risks. Apply lean methodologies, A3 problem solving, Kaizen, and Value Stream Mapping to eliminate waste, improve quality, reduce costs, and sustain operational excellence. Support technology implementations, SOP development, training, compliance audits, reporting, and sustainability efforts while collaborating with operations, engineering, and leadership teams.

Rotational Process Quality Engineer supporting manufacturing process improvements, quality systems, root cause analysis, corrective actions, process validation, testing improvements, and production planning or supervision. The role applies Lean, Six Sigma, SPC, and team-based problem-solving to improve safety, quality, efficiency, throughput, and product consistency while developing leadership experience across Operations and Quality.

Leads development, integration, validation, site transfer, and optimization of laser-based and optical tissue manufacturing processes for structural heart valves. Defines system architectures and specifications, manages technical workstreams and suppliers, troubleshoots equipment, executes experiments and process characterization, and supports regulatory-compliant qualification and production ramp-up. Mentors engineers and technicians while advancing laser safety, automation, yield, throughput, and quality across global manufacturing sites.

Develops, implements, and improves manufacturing processes, methods, and equipment. Analyzes process data, performs root-cause analysis, establishes standard work, and leads Lean and Six Sigma initiatives. Collaborates with production, maintenance, quality, R&D, and other teams to improve efficiency, reliability, quality, and cost performance. Supports operator training, project estimation, implementation tracking, and cost-savings reporting while working primarily on the production floor.

Analyzes construction field operations to identify inefficiencies, production trends, cycle times, and improvement opportunities. Supports process improvement initiatives, operations planning, after-action reviews, scheduling, cost-risk analysis, and project execution. Coaches superintendents and foremen, maintains dashboards and historical data, develops training and success communications, builds relationships with field crews, and submits site visit and weekly reports.

Leads zero-defect manufacturing and cost-of-quality reduction initiatives. The role analyzes scrap, rework, delivery misses, and process variation using SPC, capability analysis, DOE, and structured problem-solving methods. It drives root-cause elimination, Kaizen events, process controls, dashboards, and cross-functional improvements across production, quality, and engineering. Success is measured through improved yield, process stability, Right First Time, On-Time Delivery, and sustained reductions in recurring quality issues.

Leads process capability and continuous improvement initiatives to reduce scrap, rework, Cost of Quality, and delivery misses. Applies DMAIC, PDCA, A3, 8D, SPC, Cp/Cpk, DOE, and trend analysis to eliminate root causes and stabilize manufacturing processes. Drives zero-defect and Right First Time strategies, facilitates Kaizen events, develops performance dashboards, implements process controls, and influences cross-functional operations, quality, and engineering teams. Supports automation and digital manufacturing transformation.

Lead and support site-level IT/OT digital operations: incident and change management, troubleshooting applications/ networks, provisioning cloud resources, continuous improvement, and driving digital value creation for manufacturing operations.

Leads process development, validation, risk analysis, and continuous improvement for medical device manufacturing. Develops and validates stable production processes, conducts trials and DOE studies, evaluates materials and process changes, establishes acceptance criteria, and authors technical reports. Collaborates with Quality, R&D, engineers, and technicians while supporting manufacturing operations, implementing equipment safety protocols, and leading process improvement initiatives.

Set up, monitor, troubleshoot, and optimize PGM and non-PGM diesel catalyst coating processes during assigned shifts. Improve efficiency, reduce waste and rejects, maintain product quality, support new technology implementation, train colleagues, report operational and safety data, and promote health, safety, and environmental compliance.

Lead hands-on development, optimization, and scale-up of hydrometallurgical processes (leaching, purification, solvent extraction, filtration, crystallization). Translate lab results to pilot/commercial designs, size equipment, troubleshoot process issues, develop pilot test plans and operating procedures, and mentor junior engineers and technicians.

Manage and improve manufacturing processes: lead continuous improvement (CIP) projects, control/process documentation, monitor critical quality parameters (SPC/control charts), support trials and root-cause analysis, and lead cost-saving projects using DMAIC.

The Senior Process Engineer at Boston Materials is responsible for transforming R&D into production processes, focusing on troubleshooting, optimizing chemical processes, and scaling manufacturing operations. They will develop and execute critical manufacturing milestones and identify workflow improvements.

Design, optimize, and control manufacturing processes for automotive glass. Use process simulation, statistical analysis (Minitab), and process control to reduce scrap, improve quality, train staff, document changes, and collaborate with manufacturing, QA, and supply chain.