Top Process Engineer Jobs

Drives continuous improvement and optimization of fermentation and downstream manufacturing processes. Analyzes process performance, leads pilot and plant trials, identifies bottlenecks, supports capital projects, facilitates root cause analysis, and improves throughput, yield, efficiency, safety, reliability, and process variability. Collaborates with R&D, production, engineering, quality, and other sites while providing technical leadership and mentoring.

Performs semiconductor process integration and technology development using advanced TEM and FIB tools. Prepares, images, and analyzes samples in a high-throughput environment; supports fabrication, failure analysis, process development, and metrology optimization. Collaborates with engineering teams to troubleshoot process flows, improve manufacturing processes, and expand analytical capabilities. Requires a technical PhD, TEM operation experience, and programming skills.

Hands-on process engineer to support production of advanced ceramic and inorganic materials: improve processes, increase efficiency, troubleshoot production issues, and help launch new products into manufacturing.

Develops and maintains account and data flows, workflows, reporting, standard operating procedures, and process improvements. Leads and trains team members, audits processes, troubleshoots application issues, reviews peer work, and serves as a subject matter expert and liaison across executive, business, operations, and engineering departments. The role requires advanced FACs or Artiva knowledge, strong analytical and communication skills, and consistent onsite attendance.

Supports low-volume, high-mix microcircuit manufacturing through hands-on wafer fabrication process engineering. Responsibilities include sustaining, optimizing, integrating, and developing processes across deposition, etch, diffusion, wet chemistry, implantation, and related areas. The engineer investigates yield, defects, reliability, and process issues; collaborates with integration, design, and layout teams; and collects, analyzes, correlates, and presents process data. The role requires onsite cleanroom work and occasional flexible shifts.

Design, test, and implement process improvements across business units using BPMN, automation, AI, and data analytics. Coordinate cross-functional pilots, apply Lean Six Sigma methods to identify root causes, deliver measurable KPI improvements, and present findings and roadmaps to leadership while enabling training and change management.

Provides engineering leadership for manufacturing process control, troubleshooting, continuous improvement, equipment reliability, quality, cost, throughput, and product development. Leads technical teams, root cause investigations, corrective actions, process metrics, equipment improvements, and manufacturing implementation for new products. Requires a chemical engineering degree, 5–10 years of manufacturing process engineering experience, Green Belt certification, and export compliance eligibility. Up to 25% travel may be required.

Lead plant environmental compliance and sustainability while supporting safe, reliable manufacturing operations. Provide engineering support for equipment, utilities, facilities, and safety; manage capital projects, maintenance programs, contractor work, root cause investigations, and continuous improvement. Maintain 24/7 on-call availability for critical issues and ensure regulatory and safety compliance.

The Thermoplastics Process Engineer optimizes extrusion and compounding processes, troubleshoots manufacturing and equipment issues, and implements corrective actions. The role develops process documentation, supports new product development and costing, leads continuous improvement using SPC and Six Sigma, and provides technical leadership across the facility. Responsibilities also include partnering with production teams, training operations personnel, managing tooling and BOM-related activities, and supporting customers. U.S. citizenship and eligibility to obtain a DoD security clearance are required.

Develop, qualify, and optimize ion implantation processes in an automated Silicon Carbide wafer fab. Drive process and equipment improvements that enhance device performance, yield, quality, and efficiency. Define experiments using Design of Experiments and statistical analysis, identify potential failures, solve process issues, support new product introductions, communicate technical findings, and collaborate with engineering, R&D, manufacturing, and vendors. Occasional travel to manufacturing sites and vendor locations is required.

Supports semiconductor manufacturing and new process development for GaN photolithography. Qualifies and enhances processes, improves yields, efficiency, quality, capacity, and equipment operations, and drives cost-competitive lithography strategies. Leads root-cause investigations into process and equipment issues, performs data analysis, resolves manufacturing problems, and applies process control systems including SPC and APC.

Leads a five-person manufacturing systems team responsible for production uptime, on-time delivery, build quality, equipment maintenance, troubleshooting, tooling, process documentation, safety, and continuous improvement. Coordinates NPI readiness, Lean events, DFMEA/PFMEA activities, equipment setup, test metrics, and cross-functional engineering and quality initiatives. Provides workload management, technical support during line-down events, reporting, training, and product safety oversight.

The Process Engineer improves advanced ceramics manufacturing capabilities, yields, process flow, productivity, equipment efficiency, and workforce utilization. Responsibilities include solving complex process and equipment issues, supporting technology transfers, executing projects, training plant teams, applying Lean Six Sigma and process-control methodologies, analyzing data, and maintaining safety and quality standards. The role requires collaboration across engineering and manufacturing teams and proficiency with Microsoft Office and Minitab.

Supports process improvement initiatives in an industrial manufacturing facility by analyzing process data, identifying efficiency opportunities, assisting with troubleshooting, collaborating with operations and maintenance teams, and preparing reports and recommendations. The role provides hands-on plant and office experience while applying engineering principles, maintaining safety standards, and using data-driven approaches to improve production performance.

Provides technical support for manufacturing operations, focusing on safety, process optimization, quality, waste reduction, productivity, and conversion costs. Investigates production and equipment issues, develops corrective actions, maintains operating standards, supports equipment modifications, trains machine operators, and participates in continuous improvement initiatives. The role also collaborates with production, maintenance, project engineering, and business improvement teams while potentially supervising engineering co-op students.

Supports the design and execution of process systems for semiconductor, cleanroom, advanced manufacturing, and mission-critical facilities. Performs flow analysis, pressure-drop calculations, pump sizing, heat-transfer evaluations, equipment selection, and PFD/P&ID development. Collaborates with multidisciplinary teams, supports construction coordination and commissioning, troubleshoots technical issues, and ensures designs meet applicable codes and client requirements.

Leads process engineering design for complex semiconductor and high-tech facility utilities, including ultra-pure water, specialty gas, and chemical systems. Oversees hydraulic modeling, piping design, P&IDs, technical reviews, quality, constructability, and multidisciplinary coordination. Mentors engineering teams, develops standards, leads office culture and staff development, manages facilities and budgets, and supports client relationships, proposals, business development, conferences, and stakeholder engagement. Requires extensive semiconductor process engineering experience and contributes to innovation and AI adoption.

Designs process chemical, specialty gas, ultrapure water, wastewater, and related piping systems for semiconductor facilities. Performs engineering calculations, equipment sizing, pressure-drop analyses, material compatibility reviews, and prepares PFDs, P&IDs, layouts, and technical documentation. Coordinates with multidisciplinary teams, clients, vendors, and contractors; supports code compliance, QA/QC, construction administration, commissioning, site verification, and startup. Requires a relevant engineering degree and 3–6 years of process engineering experience.

Designs process chemical, specialty gas, ultrapure water, wastewater, and related piping systems for semiconductor and advanced technology facilities. Performs engineering calculations, equipment sizing, pressure-drop analyses, material compatibility reviews, and prepares PFDs, P&IDs, layouts, and technical documentation. Coordinates with multidisciplinary teams, clients, vendors, and contractors; supports design reviews, construction administration, site verification, commissioning, QA/QC, and startup. Identifies safety and constructability risks and may mentor junior engineers.

Analyze and improve manufacturing processes to reduce costs, waste, cycle time, and quality issues. Lead Lean and productivity improvement projects, evaluate engineering data, implement safety and work-method changes, and educate teams on process improvement. Collaborate on new products and technologies, resolve quality issues, coordinate plant layouts and equipment installations, and manage projects within budget and schedule.

Supports process engineering design for manufacturing facilities, equipment, infrastructure, and critical utility systems. Performs engineering calculations, develops process documentation, and prepares deliverables including flow diagrams, equipment lists, datasheets, utility summaries, and P&IDs. Coordinates with multidisciplinary teams, supports construction documentation and site observations, and works under experienced engineers on projects spanning conceptual design through construction administration.

Supports SMT manufacturing through equipment programming, setup, debugging, and troubleshooting. Establishes repeatable process parameters, resolves process issues using RCCA, improves cycle time and quality, implements SPC, analyzes yield data, and maintains process documentation. The role also develops and evaluates manufacturing processes and supports cost, quality, and delivery improvements across production operations.

Provides technical leadership for the design, analysis, documentation, and execution of nuclear and chemical process systems. Performs and approves complex calculations, develops PFDs, P&IDs, equipment specifications, and technical reports, and ensures compliance with DOE, nuclear safety, and quality requirements. Supports multidisciplinary design reviews, procurement, construction, startup, readiness activities, troubleshooting, and configuration control. Mentors engineers, reviews vendor documentation, and interfaces with clients and project stakeholders.

Supports manufacturing engineers in improving high-mix assembly processes at a commercial door lock facility. Responsibilities include productivity projects, process documentation, fixture and component design, equipment troubleshooting, capital equipment installation, and safety and quality improvements. The intern applies engineering principles, data analysis, problem-solving, and teamwork in a hands-on manufacturing environment.

Supports process engineering projects through data analysis, experiments, process optimization, troubleshooting, equipment issue resolution, and process improvement implementation. Develops concepts and drawings using Creo and AutoCAD, collaborates with cross-functional teams on new processes and technologies, and gains practical experience under the guidance of process engineers.