Top Process Engineer Jobs

Supports crate and packaging design, bills of materials, manufacturing documentation, production quoting, material planning, and process improvement. The role analyzes manufacturing workflows, reduces waste, supports root-cause investigations, maintains engineering records, and collaborates with purchasing, production, sales, and engineering teams. It is an on-site manufacturing position requiring SolidWorks proficiency and knowledge of engineering drawings, manufacturing processes, ERP/MRP systems, and continuous improvement.

Provides day-to-day process engineering support for nonwovens, spunbond, and carding manufacturing technologies. Troubleshoots process and equipment issues, analyzes data, improves safety, quality, reliability, capacity, and performance, and leads risk-reduction and continuous-improvement initiatives. The role partners with plant operations, R&D, supply chain, procurement, suppliers, and service providers while supporting innovation projects and translating consumer needs into manufacturing improvements.

Performs routine process engineering designs under direct supervision, including conceptual layouts, cost studies, material take-offs, design calculations, sketches, and construction-focused process solutions. Collaborates with multidisciplinary design teams, applies safety concepts and engineering standards, and supports project execution. Requires an engineering degree, basic chemical or biochemical process design knowledge, CAD familiarity, Microsoft Office proficiency, and willingness to travel for site work, meetings, or training.

Leads manufacturing improvement initiatives focused on increasing output, reducing waste and downtime, improving OEE, and strengthening safety, quality, reliability, and cost performance. The role analyzes process and equipment losses, applies Lean, TPM, Six Sigma, Kaizen, SMED, and other continuous improvement methods, develops technical standards, trains production teams, and partners with plant functions to implement sustainable solutions across ice cream manufacturing lines.

Provides technical support for manufacturing compounding lines, including new-product trials, process development, startup, production troubleshooting, continuous improvement, waste reduction, quality enhancement, equipment effectiveness, and process control. Develops engineering studies, production structures, procedures, and cost analyses; monitors manufacturing trends; supports customer complaint investigations; trains personnel; and promotes safety and sustainability.

Leads manufacturing process engineering for electro-mechanical assembly and electronics soldering operations. Develops tooling, fixtures, equipment, layouts, routings, work instructions, and quality controls; applies Lean methods to improve safety, quality, delivery, and cost. Manages manufacturing investments, maintenance and calibration programs, ERP/MES implementation, troubleshooting, and production training. Collaborates with design, quality, supply chain, maintenance, and program management teams in a defense manufacturing environment.

Leads manufacturing process engineering across multiple factories, serving as a subject matter expert for specialized processes and equipment. Develops, improves, validates, and sustains manufacturing technologies, layouts, fixtures, tools, and procedures. Resolves production downtime, supports test and rework activities, mentors engineering and operations personnel, and collaborates with supply chain, quality, test, and program engineering teams. The role is fully onsite and supports defense electronics manufacturing operations.

Leads manufacturing process innovation for electro-mechanical assembly and electronics soldering operations. Designs tooling, fixtures, equipment, layouts, routings, and work instructions; applies Lean methods; troubleshoots quality and production issues; manages capital estimates and approvals; supports ERP/MES implementation; coordinates maintenance, calibration, and quality controls; and provides technical leadership, training, and cross-functional support.

Designs and analyzes semiconductor plasma process experiments, characterizes hardware, measures film properties, troubleshoots complex issues, and performs root cause analysis. Develops and optimizes deposition and etch processes, implements new technologies and instrumentation, collaborates with customers and suppliers, prepares technical documentation, and leads projects while mentoring junior colleagues.

Provides technical and operating support for paper mill process optimization, energy efficiency, cost savings, process studies, technology implementation, and operator training. Completes projects and development activities while gaining experience across process areas and preparing for future operations and maintenance responsibilities.

Provides technical leadership for pharmaceutical packaging launches and continuous improvement. Designs production lines, layouts, tooling, and equipment; prepares engineering, validation, and capital equipment documentation; leads commissioning, FAT/SAT, CAPA, and Lean Six Sigma initiatives; analyzes performance metrics and reduces defects, waste, and variability. Supports production, maintenance, quality, validation, purchasing, sales, customers, and vendors while ensuring compliance with PCI, cGMP, and GCP requirements.

Owns the clinical process engineering methodology, standards, governance, compliance, inspection readiness, performance measurement, and process-to-system transformation programs across Clinical Development Operations. Advises executive leadership, leads enterprise process assessments and workshops, develops improvement roadmaps, governs documentation and quality frameworks, and builds a high-performing process engineering capability. May manage up to five direct reports.

Leads clinical development process design, optimization, governance, documentation, compliance, and process-to-system translation. Advises functional leaders, facilitates complex workshops, analyzes performance and risks, defines KPIs, supports inspection readiness, and drives scalable operational improvements across regulated clinical domains. May manage up to four direct reports.

Owns the clinical process engineering capability within Clinical Development Operations. Establishes methodology, standards, governance, compliance, inspection-readiness, performance measurement, and process-to-system transformation frameworks. Advises senior leadership, leads enterprise process assessments and workshops, governs cross-functional programs, develops improvement roadmaps, and builds the function’s talent and capability. May manage up to five direct reports.

Owns the clinical process engineering methodology, standards, governance, compliance, and performance framework across Clinical Development Operations. Leads enterprise process design, inspection readiness, process-to-system transformation, executive workshops, strategic analyses, and KPI reporting. Advises senior leadership, manages cross-functional stakeholders, and may lead a small team while building a scalable process engineering capability within a regulated pharmaceutical environment.

Leads the design, optimization, governance, and sustainment of clinical development processes in a regulated environment. The role drives process assessments, workshops, documentation, compliance, inspection readiness, KPI frameworks, and process-to-system initiatives including requirements, UAT, and readiness. It advises clinical operations leaders, manages cross-functional alignment, and may supervise up to four employees.

Develop and characterize semiconductor etch processes on TEL equipment at customer sites. Design optimization experiments, analyze process data, troubleshoot equipment and process issues, support customer demonstrations and adoption, coordinate maintenance and development activities, and collaborate with sales, marketing, factory teams, and internal business units. The role may involve international travel for process startups and customer support.

Leads global engineering activities for ceramic firing processes, including equipment commissioning, troubleshooting, supplier management, technology transfers, yield improvement, process efficiency, and safety. Provides technical guidance to manufacturing and engineering teams, manages projects, applies Lean and Six Sigma methodologies, develops business plans, analyzes performance for executives, and supports sustainability and regulatory initiatives. Requires expertise in high-temperature ceramic firing, thermal processing, refractory systems, equipment design, and cross-functional manufacturing operations.

Supports manufacturing process improvement by identifying and eliminating production losses, analyzing line performance, collaborating with line structure teams, and developing project charters to reduce inefficiencies, downtime, scrap, safety issues, and quality losses. The internship runs full-time from May through August 2027 in the Salt Lake City area.

Leads efforts to identify and eliminate manufacturing losses, improve production standards and systems, support production lines, and build technician capability. The role collaborates across technical and manufacturing teams, develops training programs, supports automated equipment, and delivers process initiatives, new equipment, and start-ups. It requires 75% travel and hands-on work in manufacturing environments.

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.