Top Process Engineer Jobs

Responsible for improving manufacturing processes, quality, cost, and delivery. Duties include developing and validating processes, identifying root causes, implementing process controls, managing equipment and engineering changes, improving cycle time and throughput, maintaining documentation, supporting technology transfers, training production personnel, and leading cost-reduction initiatives. The role requires collaboration with production, engineering, IT, and other stakeholders in a high-technology electronics manufacturing environment.

Designs complete process engineering assignments for chemical, petroleum, and biochemical projects. Establishes design criteria, develops calculations, layouts, specifications, drawings, material take-offs, and cost studies, and ensures compliance with codes and client requirements. Reviews engineering work, vendor submittals, and fabrication drawings; supports fieldwork, construction, procurement, proposals, and client presentations. Delegates tasks, mentors junior engineers, coordinates across disciplines, and provides interoffice execution support. Travel is required for project activities, presentations, and training.

Supports development, testing, scale-up, and manufacturing transfer of food color products and processes. Operates laboratory and pilot plant equipment, evaluates raw materials and product performance, conducts production trials, collects data, and maintains quality documentation. Collaborates with scientists, production teams, and external partners across laboratory, pilot plant, and manufacturing environments. The role requires hands-on precision fermentation and downstream processing experience, onsite work five days weekly, and domestic and international travel, including extended trips.

Supports manufacturing process development for slip ring production, including automation, quality, continuous improvement, tooling, work instructions, facility layouts, and labor standards. Reads engineering drawings, reviews manufacturability, supports technical problem-solving, coordinates with suppliers and vendors, responds to quotes, tracks performance and expenditures, and provides management reports. The role is onsite and supports multiple product lines and domestic and international teams.

Drive continuous improvement and optimize SMT and PCBA manufacturing processes, including production flow, instructions, yield, quality, scrap, cycle time, tooling, equipment, and process validation. Prepare DFX and yield reports, support engineering builds and supply chain coordination, transfer processes across sites, and manage process introduction schedules. Apply statistical analysis, Lean Manufacturing, soldering expertise, and problem-solving methods to improve manufacturing efficiency and customer satisfaction.

Lead development, optimization, and sustainment of EUV photolithography processes and scanner fleets in high-volume DRAM manufacturing. Ensure process stability via SPC, overlay/CD optimization, defectivity reduction, and tool matching. Drive rapid excursion response, root-cause analysis, CAPA, and continuous improvement using DOE, statistical methods, and AI-enabled tools to improve yield and throughput.

Design, develop, and optimize industrial processes and equipment for large-scale energetics production. Lead R&D testing of chemistries, improve efficiency and quality through data analysis, enforce safety and environmental compliance, manage equipment maintenance, and mentor a small production and lab team.

The Implant Process Engineer will develop and optimize ion implantation processes, drive yield improvements, and collaborate with various teams to ensure robust process performance in semiconductor manufacturing.

Own and optimize CMP processes across development and high-volume manufacturing. Troubleshoot production issues using failure analysis and quality methods, drive yield and cost improvements, qualify new process baselines/tools/materials, and evaluate equipment and supplier performance to ensure process stability and portability.

Develop and integrate thin film deposition processes for advanced DRAM, focusing on EUV patterning films. Perform process characterization, defect reduction, DOE-driven experiments, roadmap activities, supplier and tool collaboration, and physical/electrical data analysis to guide process decisions and transfer to high-volume manufacturing.

Lead photolithography process development for next-generation DRAM, owning lithography modules across 365nm, 248nm, 193i and EUV. Develop and optimize photo processes, partner with integration and vendor teams, analyze failures using DOE, and transfer manufacturable solutions from pilot lines to high-volume fabs.

The Lead Process Engineer optimizes operating processes for the AXIS platform in the BFSI sector, engaging with various teams to ensure scalable and compliant workflows. Responsibilities include end-to-end documentation, automation-first process engineering, and enhancing client implementations while integrating risk and compliance controls.

Lead process development and floor support for wire and wedge bonding of microwave microelectronic assemblies. Program and optimize autobonders, train and qualify operators, perform MRB/PMR dispositions, root cause analysis, quality audits, PFMEAs, continuous improvement, and maintain process documentation and production routers to meet cost, schedule, and performance requirements.

Develop and own solidification physics for high-temperature investment castings: predict and control mushy-zone feeding, shrinkage, porosity, and grain structure; design processes and custom foundry hardware; develop thermal/solidification simulations; perform root-cause analysis; transition processes to qualified production and collaborate with cross-functional teams and customers.

Develop, sustain, and optimize automated manufacturing processes across production lines. Diagnose defects, reduce process variation, improve OEE, yield, capacity, cycle time, scrap, and labor efficiency, and implement corrective actions. Use SPC, MSA, root cause analysis, FMEAs, Control Plans, and engineering change processes. Create process documentation, data analysis tools, manufacturing instructions, and performance metrics while supporting cross-functional teams and 24/7 production escalations.

Work with engineers and scientists to develop and optimize CMP processes and chemistries for future semiconductor nodes using experimentation, characterization, data analysis, and AI-enabled tools. Prepare technical reports and present findings to R&D teams while supporting process capability, productivity, contamination control, and surface/interface characterization improvements.

Own and optimize process loop performance for semiconductor manufacturing modules. Lead root cause investigations, characterize failure mechanisms, drive yield and structural improvements, support NPI transfers and technology ramps, and deploy monitoring, BKMs, and AI/advanced analytics to accelerate problem solving and manufacturing readiness across global sites.

The position involves supporting BEOL process flow development for DRAM technologies, troubleshooting integration issues, analyzing data for yield improvement, collaborating with teams, and learning statistical tools.

The Photolithography Process Engineer supports lithography operations, monitors tool health, executes control plans and assists in process improvements.

Design, integrate, install, validate and commission laboratory capital equipment and control systems. Provide controls technical direction to suppliers, resolve escalated lab issues, lead continuous improvement, ensure test data quality, and support electrification and battery cell manufacturing projects.

Leads process improvement and loss-elimination initiatives in a distribution center using WPS, Six Sigma, 5S, root cause analysis, KPI reviews, and standard work. Manages projects delivering sustainable savings, supports operational leaders, applies best-practice playbooks, and coaches associates. Requires engineering education, analytical skills, process or value stream simulation knowledge, and experience in supply chain, distribution, or process improvement environments.

Lead and support plant projects as a junior project manager and process engineer. Improve operations, commission new equipment, eliminate inefficiencies, develop standards, train technicians, and collaborate with cross-functional teams using automation and robotics.

Develops and optimizes advanced semiconductor patterning processes and test vehicle flows. Analyzes experimental data, establishes process windows and specifications, improves CD, uniformity, roughness, yield, and defectivity, and performs hardware characterization and troubleshooting. Partners with integration engineers, R&D teams, suppliers, customers, and external partners on process development, root-cause analysis, technical reporting, and resolution of complex engineering issues.

Manage IIoT and Factory Information System implementation across final assembly plants, replacing legacy systems. Support constraint-management meetings, throughput reviews, plant rollouts, cost studies, asset and process-control-board planning, training materials, and SharePoint documentation. Coordinate with Controls and IT teams, maintain FIS specifications and updates, align systems with plant simulations, and provide planning, costing, and coaching support.

The Manufacturing & Process Engineer develops process specifications, updates work instructions and flow charts, and provides technical support for manufacturing operations.