Top Process Engineer Jobs

Leads plant process engineering, new product development, process optimization, safety and quality improvements. Partners with operations, maintenance, quality, sales and corporate engineering to resolve machine issues, manage process changes, develop capital plans, conduct trials, lead Kaizen events and reduce variability and costs. Requires hands-on equipment troubleshooting, continuous improvement expertise, and collaboration in a manufacturing environment.

Leads coating and material manufacturing processes through commercialization, driving safety, quality, continuous improvement, cost reduction, and operational efficiency. Collaborates with production, maintenance, quality, engineering, sales, and new product development teams. Oversees process trials, DOEs, equipment improvements, product implementation, training, Kaizen events, Gemba walks, and capital planning. Analyzes process data, resolves manufacturing issues, and establishes documented operating conditions to ensure consistent product quality and customer satisfaction.

Supports PET manufacturing through process engineering, product and formulation trials, new product development, production scheduling, troubleshooting, quality compliance, and technical customer support. Develops specifications, operating procedures, training materials, and resin qualifications. Leads safety and regulatory compliance involving SQF, ISO, FSC, and PSM requirements. Provides production supervision, manages personnel and overtime, coordinates vendors, and may assume plant management responsibilities when needed.

Develops and optimizes optical fiber draw processes to improve quality, reliability, throughput, and scalability. Responsibilities include process troubleshooting, equipment and material issue resolution, experimental design, data analysis, process trials, SOP development, manufacturing trend monitoring, and cross-functional collaboration. The role also supports safety initiatives, operator training, technical documentation, and engagement with night-shift personnel.

Contribute to next-generation 3D DRAM technology development by optimizing semiconductor process flows, designing and running R&D fab experiments, and analyzing inline, parametric, and probe data. Investigate device performance, reliability, failure mechanisms, variability, and yield issues while collaborating with process development, product engineering, design, probe, and yield enhancement teams. Summarize complex problems and drive technical solutions.

Leads multidisciplinary engineering projects involving mechanical process systems for research and test facilities. Designs and specifies piping, thermal conditioning, HVAC, cryogenic, pneumatic, steam, refrigeration, vacuum, and fuel systems. Manages technical scope, schedules, budgets, quality reviews, calculations, specifications, drawings, installation support, and client presentations. Mentors junior engineers and collaborates with structural, controls, instrumentation, and fluid dynamics teams. Field support, travel, and project-site supervision may be required.

Develops and implements cost-effective manufacturing processes for semiconductor photoresists and chemicals. Designs pilot and high-volume production layouts, drives process improvements, performs SPC/DOE, defect root-cause analysis, SAP production order work, ISO documentation, safety/job hazard analyses, and trains technicians. Works cross-functionally to improve yield, reduce cost, and ensure compliant, safe operations.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, troubleshooting, and root-cause analysis. The role produces technical documentation, implements new technologies and instrumentation, collaborates with vendors and customers, and leads project teams while supporting junior colleagues.

Designs, scales, and optimizes metal fabrication and machining processes for medical device assemblies. Develops tooling, fixtures, process controls, work instructions, BOMs, and validation documentation. Supports design transfers, customer requirements, prototype and production builds, troubleshooting, CAPA, GMP compliance, and continuous improvement. Provides technical leadership, personnel training, and mentoring in a low-volume, high-mix manufacturing environment.

Leads process development, optimization, validation, and commercialization for Adult and Feminine Care products and manufacturing assets. Partners with product, engineering, quality, regulatory, and safety teams on class 2 medical device processes. Applies root-cause analysis, experimental design, equipment expertise, and IQ/OQ/PQ validation knowledge while managing projects, technical documentation, suppliers, and cross-functional teams.

Designs, develops, monitors, and optimizes manufacturing processes to improve product quality, efficiency, and cost savings. Conducts process characterization and optimization studies, researches emerging technologies, troubleshoots equipment and process issues, coordinates maintenance and production resources, and supports new process installations and changes at a manufacturing plant.

Design and develop mechanical process systems for research and test facilities, including piping, ducting, cryogenic, pneumatic, steam, refrigeration, vacuum, fuel, and specialty HVAC systems. Perform engineering calculations, prepare specifications and technical reports, support drawings, coordinate with multidisciplinary teams, and assist with project schedules, budgets, design reviews, construction, testing, and commissioning.

Designs, develops, and improves manufacturing processes, equipment, and facilities. Evaluates emerging technologies, conducts process characterization and optimization studies, and implements cost, quality, and efficiency improvements. Troubleshoots equipment and process issues, coordinates maintenance and production resources, supports new process installations, and participates in product design reviews. The role is based at a manufacturing plant and reports to the Plant Manager.

Supports process engineering projects at a biologics development and manufacturing facility. The intern will complete project action items, collaborate with stakeholders, explore technologies, pilot ideas, and contribute to process improvements under mentorship. The role requires full-time onsite availability for 10–12 weeks during summer 2027 and offers hands-on experience in biopharmaceutical manufacturing.

Owns and improves semiconductor assembly processes, especially wirebond and eutectic die attach, to increase yield, efficiency, reliability, and equipment performance. Leads process development, tool selection, installation, qualification, and new product introduction. Conducts statistical experiments and failure analysis, creates operating procedures, trains personnel, and collaborates with cross-functional engineering and manufacturing teams in a cleanroom and 24/7 factory environment.

Provides process engineering expertise for refinery operations, including unit monitoring, alarm rationalization, mass and energy balances, troubleshooting, process optimization, safety and environmental compliance, project feasibility, and engineering support during construction, startup, and turnarounds. The role focuses on improving yield, energy efficiency, reliability, product quality, and profitability while supporting continuous improvement initiatives.

Leads technical due diligence and process modeling for low-carbon fuels, hydrogen-derived products, LNG, power generation, and CCS projects. Develops mass and energy balances, process designs, equipment lists, cost estimates, lifecycle emissions assessments, and FEL documentation. Reviews capital project documents, supports proposals and business development, coordinates multiple projects, and builds process engineering expertise. The role requires advanced chemical engineering knowledge, process safety competence, and up to 10% travel.

Improves manufacturing processes through Lean, Six Sigma, 5S, Kaizen, process mapping, production data analysis, and waste reduction. Manages plant projects including packaging changes, new product lines, and production improvements while coordinating account management, production, quality, inventory, batching, warehouse, and external customers. Performs IQ, OQ, and PQ activities, supports GMP compliance, and participates in safety and quality audits.

Supports daily battery production operations and resolves manufacturing issues while improving safety, quality, delivery, and cost. Develops manufacturing documentation, leads root cause and corrective action investigations, trains technicians, and drives Lean/Six Sigma improvements in throughput, cycle time, OEE, yield, and cost. Supports engineering changes, product introductions, MES and traceability enhancements, line balancing, capacity planning, ergonomics, and workflow optimization. Requires battery manufacturing experience from cell through pack integration.

Administer the Quality Management System, support production quality issues, manage product and component rejections, investigate root causes, and implement corrective and preventive actions. Lead ISO internal audits, administer deviations, support new product development and engineered projects, and drive continuous improvement. Collaborate with Operations, Manufacturing Engineering, Program Management, Supply Chain, and suppliers to meet customer expectations.

Leads continuous improvement for casting and CNC machining operations by reducing scrap, improving uptime and cycle times, resolving root causes, optimizing process parameters, supporting product launches, documenting procedures, and training production teams. Collaborates with quality, engineering, and production teams to implement engineering changes and maintain safety and quality standards.

Develop, qualify, and optimize wet etch and wet clean processes for InP photonic integrated circuits. Improve etch performance, surface quality, contamination control, uniformity, yield, and manufacturability using physics-based analysis, DOE, SPC, and advanced analytics. Provide technical leadership during production excursions, support 24/7 manufacturing operations, develop wet chemistry formulations, and drive process improvements across photonic device fabrication.

Lead development, qualification, optimization, and production support for thin-film and metallization processes used in InP photonic integrated circuits. Own deposition technologies, electroplating, process control, defect reduction, yield improvement, root-cause analysis, equipment qualification, and technology transfer. Collaborate across engineering and manufacturing teams, suppliers, and vendors while providing rapid support for 24x7 production operations.

Supports manufacturing operations through implementation, validation, troubleshooting, and sustaining of torque tools, vision systems, production equipment, and processes. Investigates process deviations and equipment failures, validates torque requirements, improves vision-system reliability, supports production readiness and equipment ramp-up, applies Lean principles, and collaborates with manufacturing, maintenance, and engineering teams. The role also trains others and shares technical knowledge.

Supports manufacturing operations through implementation, validation, sustaining, and troubleshooting of production processes, torque tools, vision systems, and equipment. Measures and validates torque, investigates process deviations, troubleshoots vision and equipment issues, supports production ramp-up, applies root cause analysis and Lean Manufacturing principles, and improves process reliability. Collaborates with manufacturing, maintenance, operations, and engineering teams while training others and transferring technical knowledge.