Top Process Engineer Jobs

Develop and improve foundry and high-speed machining processes, manufacturing methods, equipment, layouts, quality controls, and cost-reduction initiatives. Analyze production, labor, material, and process data; perform CNC programming; support capital projects; apply FMEA, DFMEA, DOE, Lean, and Six Sigma tools; coordinate equipment maintenance; and provide engineering support to manufacturing and quality teams. The role also mentors staff and technicians and ensures regulatory compliance.

Supports robotics process engineering in a hands-on startup environment. Plans, collects, analyzes, and communicates technical data; applies knowledge of materials, mechanisms, fabrication, heat and mass transfer, optics, CAD, programming, and machine shop tools. Collaborates with teammates and leadership, develops engineering practices, fulfills commitments, and grows technical competency through mentorship and initiative.

Optimize manufacturing processes and plant performance while improving safety, quality, productivity, yield, reliability, and costs. Lead continuous improvement initiatives, troubleshoot process and equipment issues, develop process engineering documentation, support production and maintenance teams, manage small capital projects, maintain MOC documentation, ensure EHSSQ compliance, and standardize best operating practices across plant operations.

Provides technical leadership for manufacturing process and asset performance. Owns process health, centerlining, critical parameters, root cause analysis, maintenance-plan execution, KPI reporting, and continuous improvement. Leads process trials, changeover optimization, safety initiatives, cost-saving projects, commissioning support, and troubleshooting. Coaches process teams and collaborates with operations, maintenance, digital, and technical services groups. Requires flexibility to support 24/7 operations and travel up to 15% for benchmarking and best-practice sharing.

Manage technical and quality aspects of titanium alloy melting processes, including Electron Beam Cold Hearth melting. Resolve nonconformances and customer complaints, maintain process instructions, establish SPC limits, support audits, and lead continuous improvement initiatives. Analyze process, chemistry, and nondestructive testing data while collaborating with operations, maintenance, suppliers, customers, and cross-functional teams to improve safety, equipment performance, conformance, and product quality.

Manage technical and quality aspects of titanium alloy melting and remelting processes. Resolve process deviations and customer complaints, maintain operating instructions and equipment recipes, establish SPC limits, support audits, and lead continuous improvement programs. Analyze process, chemistry, and testing data; evaluate alloy behavior and process changes; collaborate with operations and maintenance teams; and communicate findings through reports and presentations.

The Process Integration Engineer will develop solutions for advanced DRAM products, design experiments, optimize device performance, and manage cross-functional project activities.

Lead wet-process manufacturing engineering to improve efficiency, capacity, and reduce operational risk. Drive capacity planning, data analysis, cross-functional projects, and safety/quality initiatives using metrics and visualization tools.

Lead process integration and technology transfer for DRAM manufacturing: run DOE, perform root-cause and failure analysis, drive yield/cost/quality improvements, validate new processes/tools/materials, and support ramp-up and reliability efforts, including extended international tech-transfer assignments.

The Process Engineer develops and optimizes manufacturing processes, collaborates with R&D and operations, improves productivity, and ensures quality compliance in a plant environment.

Leads robotic process simulation and manufacturing automation activities from concept through Start of Production. Evaluates robot reach, motion, tooling, line layouts, cycle time, throughput, ergonomics, safety, and process feasibility using digital twins and offline programming. Translates simulation results into engineering requirements, collaborates with manufacturing, controls, IT, suppliers, and plant teams, supports site execution and launch, troubleshoots virtual-to-physical discrepancies, and develops reusable simulation standards and assets.

Sustain and improve Color Filter Array semiconductor manufacturing processes across photolithography, wet processing, dry etch, metrology, and defect analysis. Investigate statistical process control issues, drive corrective actions, improve yield, lead cross-functional problem solving, direct experiments and inspections, operate advanced metrology equipment, and document findings. This role works rotating day and night shifts in a compressed schedule.

Provides engineering support for advanced composite-material manufacturing. Develops reliable processes, resolves material and equipment deviations through root cause analysis, leads continuous improvement initiatives, and supports process controls, specifications, work instructions, MES/MRP systems, and document changes. Collaborates with quality, operations, maintenance, R&D, product management, and supply chain on safety, quality, cost, delivery, and new product introduction objectives.

Supports manufacturing operations by resolving process issues and leading continuous improvement initiatives. Responsibilities include Lean and Six Sigma projects, root-cause analysis, manufacturing data analysis, new product introductions, equipment installation and qualification, process optimization, production documentation, and cross-functional collaboration. The role works directly on the production floor to improve productivity, quality, cost, safety, and manufacturing efficiency.

Supports and improves electronics manufacturing processes and equipment, including SMT, soldering, inspection, cleaning, and testing systems. Programs, troubleshoots, and maintains equipment; evaluates materials and new installations; analyzes yield and defect data; develops process improvements; prepares capital investment proposals and reports; guides production employees; collaborates with vendors and business groups; and ensures compliance with IPC, ISO, EHS, quality, and 6S standards.

Leads highly complex electrochemical process engineering and semiconductor hardware characterization projects across product lines. Manages experiments, analyzes data, resolves customer process issues, develops new technologies, guides engineers, supports product demonstrations, and drives strategic improvements in market share, revenue, and time to market. The role may manage up to eight engineers or postdoctoral researchers and requires significant technical contributions, including patents and published research.

Leads process engineering, PLC and controls support, equipment commissioning, troubleshooting, product commercialization, production trials, quality improvement, and continuous improvement initiatives for flexible packaging manufacturing. Analyzes process, quality, output, and waste data; resolves customer claims; develops specifications; supports new product launches; and mentors engineering, maintenance, and manufacturing personnel.

Develop and sustain dry etch processes for silicon-based MEMS technologies in R&D and high-volume manufacturing. Responsibilities include evaluating materials and applications, optimizing and controlling processes, conducting DOE and data analysis, resolving yield and defect issues, documenting improvements, transferring processes into production, and collaborating with engineering, operations, and equipment maintenance teams.

The engineer will develop and optimize dry etch processes, collaborate with teams, conduct analysis, and support production transfers.

As a Sr. Engineer in photolithography process development, you will innovate manufacturing-friendly processes for memory devices, engage with vendors, analyze data, and document project results.

Lead chemical process development and scale-up from laboratory through pilot and production environments. Improve metal recovery, cost, environmental impact, process capability, and control. Develop process simulations, designs, SOPs, safety and quality standards, and cost estimates. Troubleshoot production issues, manage scale-up batches, identify process risks, guide experiments, and provide technical leadership to multidisciplinary teams and external partners.

Provide technical leadership for continuous-process manufacturing to optimize output, quality, energy and material usage. Implement data collection, SPC, DOE and RCA, develop SOPs, define process set points, lead process improvements and capital projects, support troubleshooting, train staff, and support construction/startup activities.

Lead Process Engineer designs and specifies new and modified chemical plant processes, performs mass/energy balances, equipment specs, pilot testing, start-up supervision, safety studies (PHA/HAZOP), and maintains quality/TSCA compliance and supplier relationships.

Lead implementation of lean/process improvements in a new foundry to maximize productivity, reduce lead time/WIP, support new product introductions, develop engineering talent, and drive profitability. Apply lean tools (VSM, SMED, pull systems), quality methods (FMEA, DOE, FEA), and project leadership for continuous improvement and special projects like facility expansion.

Lead and supervise process engineering teams to deliver chemical/biochemical/petroleum process designs and estimates. Establish design criteria, produce calculations, drawings, specifications, and bid packages; validate estimates, control project scope/cost/schedule, mentor engineers, participate in sales and client presentations, and travel as required.