Top Process Engineer Jobs

Collaborates with engineering and manufacturing teams to improve advanced ceramics manufacturing capabilities, yields, process flow, productivity, equipment efficiency, and workforce utilization. Applies Lean Six Sigma and structured problem-solving methodologies, supports technology transfers and mid-sized projects, analyzes process data, documents improvements, trains staff, and maintains safety standards. The role requires equipment analysis, process control, failure-mode analysis, communication, and cross-functional collaboration.

Lead process improvement initiatives from concept through implementation, optimizing PTFE compounding and extrusion processes. Analyze manufacturing data, troubleshoot production issues, conduct root cause analysis, and implement corrective actions. Collaborate cross-functionally with Operations, Quality, Engineering, Supply Chain, and HSE teams. Apply Lean Six Sigma, statistical analysis, SPC, DOE, and continuous improvement methods to reduce waste, scrap, downtime, and costs while improving quality and equipment effectiveness.

Develop and characterize semiconductor deposition processes on TEL equipment at customer sites. Design optimization experiments, analyze process data, troubleshoot equipment and process issues, support customer demonstrations and adoption, and coordinate with sales, marketing, factory, and internal teams. The role serves as a technical customer interface, supports process startups, ensures processing quality, and may involve domestic or international travel.

Leads cryopreservation process engineering for cell and gene therapy manufacturing, including process development, scale-up, technology transfer, facility and equipment readiness, validation, startup, GMP operations, and continuous improvement. Develops operational documentation, supports automation and manufacturing IT systems, leads investigations, manages risks, supports regulatory inspections, and coordinates cross-functional readiness across Operations, Quality, Engineering, and other teams.

Leads process and equipment design for strategic capital projects in drug product manufacturing or packaging. Owns design decisions, equipment specifications, risk assessments, project controls, procurement strategy, regulatory audit support, and cost-effective technical solutions. Collaborates with cross-functional teams, consultants, and regulatory agencies while ensuring compliance with cGMP requirements and business objectives. May supervise engineers or technicians.

Translates aircraft design intent into manufacturing instructions, routings, bills of materials, work sequences, and integrated manufacturing dossiers. Supports production teams on the shop floor, resolves recurring work-preparation issues, specifies tooling and equipment requirements, and drives continuous improvement. Partners with engineering, production, quality, maintenance, health and safety, and supply chain teams while contributing industrial requirements during product design.

Optimizes plant processes through engineering analysis, Lean and Six Sigma methods, debottlenecking, yield improvement, and quality enhancement. Leads feasibility studies, process and equipment design, economic analyses, troubleshooting, plant trials, and commissioning of new technologies. Collaborates with production, maintenance, management, and administrative teams to implement profitable continuous improvements. The role spans laboratory, production floor, and office environments and includes occasional lifting and working at heights.

Supports downstream biologics technology transfer from process development to GMP manufacturing. Responsibilities include facility and equipment fit assessments, process calculations, technical documentation, batch records, risk assessments, deviations, CAPAs, change controls, process improvements, data analysis, manufacturing oversight, and cross-functional collaboration. Provides technical expertise for mRNA and protein therapeutics, single-use systems, scale-up, late-stage, PPQ, and commercial programs while mentoring junior staff.

Develops, optimizes, and maintains manufacturing processes for fiber optic cable production. Analyzes process data, creates documentation, resolves quality issues, supports equipment upgrades and new product introductions, and leads Lean and Six Sigma improvements. Provides technical support to production, performs root cause analysis, collaborates with quality, maintenance, R&D, and vendors, and drives cost reduction while maintaining product quality and compliance.

Support standup and maturation of a microelectronics production line: select and validate tools, develop/maintain automation and test integrations, drive process/equipment improvements, perform tool qualifications, sustain production, and collaborate with test and equipment engineering.

Support chemical processing operations through process modeling, optimization, continuous improvement, cost reduction, equipment upgrades, and troubleshooting. Design instrumentation and control logic for DCS and PLC systems, configure DeltaV and Aspen Process Explorer, lead plant trials, establish manufacturing standards, support commissioning and operator training, and contribute to safety, energy, food safety, MOC, PHA, MI, and PSM initiatives.

Maintains plant process specifications and standards for quality, productivity, cost, and product performance. Conducts trials and experiments for new products and manufacturing processes, analyzes production and laboratory data, investigates material and machine issues, identifies root causes, and develops corrective actions. Provides technical support for nonconforming products, reduces waste, improves processes, and collaborates with cross-functional teams on manufacturing problem-solving and process improvement.

Provides hands-on process engineering support for new product development and product improvement in materials manufacturing. Responsibilities include process development and scale-up for compounding, web coating, handling, and slitting; investigating quality issues; implementing corrective actions; conducting experiments; supporting data-driven research; collaborating cross-functionally and with production teams; executing Stage Gate activities; evaluating process capability and product performance; and documenting technical work.

Leads continuous improvement across high-mix, low-volume CNC machining operations. The role develops stable, efficient manufacturing processes; improves quality, productivity, and OEE; manages capital equipment and tooling projects; designs fixtures and workstations; supports new product introduction; applies Lean, Six Sigma, GD&T, FMEA, DFMA, and statistical process analysis; and mentors engineers, technicians, and production teams.

Provides technical leadership for manufacturing and packaging process design, scale-ups, safety evaluations, experiments, process improvements, and engineering projects. Develops project scopes, P&IDs, drawings, controls narratives, maintenance plans, SOPs, and related documentation. Supports material handling, ingredient preparation, receiving, CIP, and liquid and powder processing. Leads cross-functional resources, mentors team members, applies Lean and Six Sigma methods, and supports quality, safety, and continuous improvement initiatives.

Maintains and improves process stability, capability, yield, quality, and equipment effectiveness within a manufacturing module. Leads troubleshooting, root cause analysis, quality investigations, off-spec material disposition, and process control reviews. Supports new process and equipment development, product scale-ups, capital projects, safety compliance, and process commissioning. Coaches operators and mechanics on best practices and process improvements while collaborating with manufacturing, maintenance, quality, and engineering teams.

Develop, optimize, document, and support manufacturing processes for boats and marine components. The role improves safety, quality, cost, delivery, throughput, and labor efficiency through Lean, Six Sigma, and Kaizen initiatives. Responsibilities include production troubleshooting, new product introductions, root cause analysis, compliance with ISO and marine standards, equipment and tooling support, process documentation, personnel training, and cross-functional collaboration.

Develops, optimizes, documents, and supports manufacturing processes for boats and marine components. Responsibilities include improving fiberglass, composite, welding, machining, assembly, and finishing processes; troubleshooting production issues; supporting NPI and ramp-ups; conducting root cause analysis; reducing waste and cycle time; specifying equipment and tooling; maintaining compliance with ISO, ABYC, and marine standards; analyzing KPIs; and training production personnel.

As a Process Integration Engineer, you will develop and integrate new technology for DRAM memory, optimize performance, and collaborate across teams to enhance production processes.

Lead process integration for 3D DRAM technology focusing on manufacturability, optimize processes, and improve yields through data analysis.

Develops, implements, supports, and improves manufacturing processes, tooling, programming, and testing. Resolves production and quality issues, improves first-pass yield and efficiency, supports capital equipment projects, coordinates engineering activities, and maintains process documentation. The role interfaces with production, project engineering, customers, and internal departments while ensuring compliance with ISO procedures, ESD policies, and company quality standards in an electronics manufacturing environment.

The Process Engineer at Prysmian is responsible for planning and directing process development in the manufacturing of specialty cables, troubleshooting production issues, and maintaining manufacturing standards.

Supports high-volume 300mm semiconductor manufacturing by improving processes, equipment operations, yields, efficiency, quality, and cycle time. Develops manufacturing methods and improvement plans, performs lot and equipment dispositions, identifies process and equipment problems, supports equipment and process startups, conducts process experiments, and participates in data analysis and resolution. The role requires a relevant bachelor’s degree and knowledge of statistical process control, engineering change control, and process release strategies.

Develop and improve CMP and wet manufacturing processes in a semiconductor fab. Support daily manufacturing execution, tool recovery, installations, qualifications, excursion containment, material disposition, process experiments, and ramp activities. Analyze data, resolve process and equipment issues, improve yield, efficiency, quality, and cost, and create operational best practices and documentation. Train technicians and junior colleagues while collaborating across teams to address changing fab priorities.

Drive semiconductor manufacturing process improvement for CMP, wet, and YE process tools in a high-volume 300mm wafer fab. Responsibilities include qualifying new equipment, maximizing tool capabilities, improving yield and efficiency, executing startup and process experiments, performing lot and equipment dispositions, analyzing data, resolving process and equipment issues, implementing improvement projects, and training junior staff and technicians. Requires cross-functional collaboration and support for rapidly changing manufacturing priorities.