Top Process Engineer Jobs

Provides technical expertise across manufacturing processes, optimizing production efficiency and quality, advising on equipment and best practices, training teams, supporting production, ensuring product manufacturability, and leading new product introductions. Creates project documentation, applies manufacturing and quality procedures, performs analysis and verification, and collaborates across disciplines and with customers.

Develop and simulate advanced silicon carbide power JFETs, MOSFETs, fabrication processes, and PCM/TEG structures. Characterize devices at wafer level, define unit-process specifications, optimize manufacturing process windows and yield, and verify device reliability. Lead cross-functional development projects involving process integration, TCAD simulation, device characterization, and collaboration with fab and manufacturing teams.

Lead process optimization, yield and throughput improvements, continuous improvement, and technology transfer from R&D to commercial production. Develop PFDs, P&IDs, SOPs, process models, and mass and energy balances; support scale-up trials, commissioning, validation, troubleshooting, and equipment development. Collaborate with operations, maintenance, controls, research, and engineering teams while managing project schedules, budgets, changes, documentation, training, and communications at the Ranchito facility.

Develops and improves manufacturing processes for specialty copper and fiber optic cables. Responsibilities include tooling and die design, equipment troubleshooting, experimental production coordination, manufacturing documentation, root cause analysis, corrective actions, operator training, capital projects, product costing, and vendor liaison. Requires a mechanical engineering degree, manufacturing or process engineering experience, and proficiency with SAP, AutoCAD, SolidWorks, Minitab, and Microsoft Office.

Assists with designing, evaluating, and improving manufacturing processes across machining, forming, plastics, welding, assembly, and material handling. Supports production planning, capacity analysis, facility layout, feasibility studies, cost estimates, technical documentation, process compliance, and problem resolution. Researches manufacturing technologies, implements approved improvements, prepares reports and presentations, and provides work instructions to technicians while applying PDCA and Kaizen principles.

Develop, optimize, and maintain manufacturing processes for fiber optic cable production. Analyze process data, resolve quality issues, document procedures, support equipment upgrades and new product introductions, and provide production troubleshooting. Lead Lean and Six Sigma improvements, conduct root cause analysis, reduce waste and costs, and collaborate with production, quality, maintenance, vendors, and R&D teams.

Develops, optimizes, and maintains manufacturing processes for fiber optic cable production. Analyzes process data, documents procedures, resolves quality issues, supports equipment upgrades and new product introductions, and provides technical production support. Leads Lean and Six Sigma improvements, root cause analysis, waste reduction, throughput enhancement, and cost-reduction initiatives while collaborating with production, quality, maintenance, R&D, and vendors.

Designs and optimizes semiconductor and display manufacturing processes. Responsibilities include planning and executing experiments and DOEs, analyzing process and film-property data, characterizing hardware, troubleshooting complex issues, conducting root-cause analysis, documenting results, defining project requirements, collaborating with engineering teams, vendors, suppliers, and customers, implementing new technologies and instrumentation, and mentoring junior colleagues.

Optimize concentrator and pellet plant operations by improving recovery, product quality, equipment performance, process controls, and operating parameters. Conduct process analysis, sampling, bench testing, benchmarking, and performance modeling. Identify and direct capital and long-term improvement projects, troubleshoot plant issues, support mine engineering and development activities, and maintain safety and regulatory compliance.

Supports drug product process development through laboratory experiments, sample testing, data collection, and operation and troubleshooting of specialized equipment. Maintains equipment, documentation, samples, chemicals, and consumables while supporting installation, qualification, calibration, SOP development, laboratory setup, safety, quality, and continuous improvement activities.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, and troubleshooting. Develops technologies, products, instrumentation, specifications, and technical documentation. Leads complex process engineering projects, trains engineers, collaborates with R&D teams, vendors, suppliers, and customers, and resolves technical issues involving process and hardware tradeoffs. The role requires plasma processing and semiconductor industry experience, strong problem-solving skills, and the ability to lead cross-functional initiatives.

Lead and improve manufacturing processes for medium-voltage switchgear and control panels. Define and implement manufacturable designs, troubleshoot process failures, develop process controls and documentation, drive capital equipment purchases, support production transfers, train personnel, and lead cost, quality, safety, and cycle-time improvement initiatives.

Develops and integrates advanced semiconductor packaging technologies, including 2.5D/3D stacking, HBM, hybrid bonding, and advanced interconnects. Designs experiments, analyzes yield and defect data, optimizes warpage and process performance, qualifies materials and process flows, and supports technology transfer into manufacturing. Collaborates with design, equipment, reliability, test, and manufacturing teams to deliver production-ready packaging solutions.

Develops advanced CMOS process technologies for 28nm and 22nm analog and embedded semiconductor products. Responsibilities include resolving integration issues, improving parametric performance and yield, defining process requirements, conducting characterization and DOE, analyzing data, running simulations, and collaborating with process, reliability, packaging, test, and product teams.

Establish process safety parameters for advanced chemical systems and manufacturing processes. Conduct hazard analyses, evaluate overpressure and reaction risks, oversee equipment acceptance testing, validate safety instruments and interlocks, and implement Process Safety Management programs. The role requires chemical engineering expertise, experience designing and commissioning chemical systems, knowledge of hazardous chemicals, industry standards, and quality tools. This is an on-site position in Bastrop, Texas, with occasional extended hours and weekend work.

Leads the development, optimization, validation, and implementation of medical device manufacturing processes. Responsibilities include coordinating projects, equipment and facility planning, manufacturing launches, process and quality analysis, engineering change orders, production transfers, capital expenditure justification, automation initiatives, and lean manufacturing improvements. Provides technical leadership and coaching while collaborating cross-functionally with operations, quality, regulatory, finance, and clinical teams.

Leads warehouse and aftermarket fulfillment process improvements, including workflow analysis, layout and storage design, equipment selection, KPI development, and Lean Six Sigma problem solving. Uses SQL, Power BI, and other analytical tools to improve efficiency, inventory accuracy, capacity, safety, and order fulfillment. Manages projects from concept through implementation while coordinating budgets, schedules, stakeholders, risks, documentation, and technical solutions with warehouse and production teams.

Supports process engineering activities in semiconductor manufacturing by helping develop process formulations, specify equipment, review manufacturing techniques, troubleshoot production issues, and improve process efficiency. Assists with production support engineering after design transfer to high-volume manufacturing and completes an end-of-year project presentation.

Reviews batch production operations, troubleshoots processes, analyzes data, and optimizes quality, yields, production rates, and compliance. Collaborates with operations, engineering, leadership, operators, and R&D to improve process control systems, support continuous improvement, and develop new products. Requires plant-floor presence, emergency response capability, PPE use, and occasional training-related travel.

Combines wastewater process engineering with AI, machine learning, process modeling, digital twins, and optimization. Responsibilities include analyzing treatment data, developing biological and chemical process models, evaluating and troubleshooting facilities, conducting experiments, testing technologies, and implementing predictive or optimization solutions. The engineer collaborates with multidisciplinary project teams and utility clients to improve treatment performance, reliability, energy use, and operational decision-making. Python programming and wastewater modeling platforms are preferred, along with wastewater treatment, nutrient removal, data science, and technical communication expertise.

Improves and aligns enterprise processes using process improvement and engineering methodologies. Facilitates project teams, coordinates process and practice transfers through training and knowledge sharing, and integrates engineering efforts across multiple teams. Responsibilities include change management, methodology development, acquisition lifecycle process engineering, organizational development, activity and data modeling, and business management techniques.

Develop and support enterprise AI and process automation solutions, including RPA, workflow automation, conversational AI, document processing, and system integrations. Build reusable workflows, connect enterprise applications through APIs and databases, and manage testing, deployment, troubleshooting, documentation, and production support. Collaborate with developers, architects, and business stakeholders to translate requirements into secure, scalable solutions while following CI/CD, Agile, DevSecOps, secure coding, and governance practices.

Drive plant-wide continuous improvement across front-end and core operations. Lead Kaizen events, Lean manufacturing initiatives, smart factory deployments, productivity action plans, value stream mapping, production-system sustainability, and manufacturing-excellence training. Track direct labor productivity, reduce product lead time, implement standard production-system practices, and coordinate cross-functional actions with industrial engineering, process change, and plant teams.

Improve manufacturing processes through hands-on troubleshooting, continuous improvement, process control, and new equipment implementation. Partner with Production, Quality, Maintenance, and Tool Design to reduce variation, improve safety, quality, yield, throughput, and reliability. Lead corrective action and improvement teams, develop procedures, analyze process data, track operational metrics, support heat treat operations, and manage manufacturing projects.

Provides technical ownership and leadership for wafer-level capping processes used in MEMS manufacturing. Drives continuous improvement, yield enhancement, productivity, cost reduction, and process sustainability. Performs root cause analysis for yield and equipment issues, implements corrective actions, develops new capabilities, establishes process standards, reviews safety and quality KPIs, and analyzes SPC and Cpk data. Mentors engineers and technicians while collaborating across manufacturing, equipment, and development teams.