Top Process Engineer Jobs

Execute technical support for GMP manufacturing operations in a formulation and aseptic fill/fill-finish facility. Responsibilities include change control and corrective-action projects, cGMP discrepancy resolution, batch data analysis, equipment troubleshooting, preventive maintenance, process optimization, SOP updates, cleanroom and utility upgrades, validation support, and collaboration across manufacturing, quality, engineering, microbiology, and project teams. Weekend production coverage, off-shift availability, and occasional on-call support are required.

Develops and optimizes high-yield photolithography processes for semiconductor and MEMS manufacturing. Responsibilities include SPC monitoring, Cpk improvement, process and tool troubleshooting, equipment qualification and matching, DOE-based process characterization, recipe standardization, supplier management, manufacturing efficiency improvements, data analysis, and technician mentoring. The role requires hands-on cleanroom work with steppers, contact aligners, photoresist systems, developer tracks, and integration with MES and automation systems.

Designs and analyzes complex process engineering experiments, characterizes hardware, measures film properties, troubleshoots systems, and performs root cause analysis. The role produces technical documentation, implements new technologies and instrumentation, collaborates with vendors, engages customers to resolve issues, and leads project teams while mentoring junior colleagues.

Develops and optimizes CVD processes and hardware for semiconductor manufacturing. Responsibilities include defining technical solutions, planning and executing complex process-development projects, characterizing process and hardware interactions, analyzing materials and film properties, troubleshooting engineering issues, and collaborating with R&D teams, suppliers, internal stakeholders, and customers to advance semiconductor technologies.

Design and implement production process modifications and engineering projects to improve safety, quality, and efficiency. Develop project plans, cost controls, and vendor specifications. Support equipment installations, upgrades, and maintenance procedures. Use continuous improvement tools (QIP, SPC, Six Sigma) and CAD where applicable. Troubleshoot mechanical problems, manage projects to timelines, and communicate with operators, management, and vendors. Emphasize safety, health, and environmental controls on the plant floor and in the office.

Support extrusion blow molding operations by developing processes, performing factory acceptance tests, troubleshooting mechanical/electrical issues, training staff, running startup trials, using measurement/test equipment, and applying statistical methods to improve safety, quality, and production performance across multiple plant locations.

Analyze, design, and optimize aluminum extrusion and drawing manufacturing processes to improve throughput, quality, and cost. Lead continuous improvement (Kaizen, Six Sigma), conduct time studies and root cause analysis, implement process controls and SOPs, support automation and capital projects, train staff, and ensure regulatory, safety, and quality compliance.

Lead development, optimization, and hands-on support of braiding and spiral reinforcement processes for high-performance hose and conduit systems. Create process documentation and standard work, troubleshoot production lines, collaborate with maintenance and quality, support qualification testing (proof, burst, impulse, temperature cycling), refine braid/spiral design parameters, and drive continuous improvement to meet aerospace and industrial performance requirements.

As a Process Engineer at P&G, you will optimize production processes, ensure equipment reliability, quality, and safety in packaging and manufacturing operations.

Develop and test new materials; manage automation projects and supplier evaluations; lead process improvements and troubleshooting; compile and update work instructions, process requirements, and reports; provide training and ensure materials meet internal and customer standards.

Support 24/7 float glass manufacturing by overseeing production, scheduling, cutting, processing, inventory, shipping, and customer service to optimize capacity, meet orders, and improve supply chain efficiency.

Develop and test new materials, manage automation projects, lead process improvement and troubleshooting, and maintain process documentation. Coordinate suppliers, run lab and production tests, evaluate automation proposals, train plant personnel, and ensure materials and processes meet internal and customer standards.

Develop and validate coating and material formulations (inks, pastes, screens); lead automation and inspection projects; troubleshoot process issues; create and maintain work instructions, PFMEA, and control plans; support new product/process design and standardization to meet quality and production targets.

The Process Engineer will manage the powder synthesis workflow, troubleshoot equipment issues, apply statistical process control, and collaborate with scientists to ensure high-quality data production.

Lead design and implementation of factory layout, process flow, and assembly sequencing for humanoid robot production. Develop work instructions, specify equipment, implement MES, design metrics/visual management, error-proof processes, drive continuous improvement, perform root-cause analysis, and collaborate cross-functionally to scale manufacturing while maintaining safety and ISO compliance.

Lead process engineering for wet manufacturing: provide production, maintenance, and troubleshooting support; analyze performance and KPIs; recommend process improvements and capital projects; lead safety and quality investigations; coach and train operations personnel; drive Lean projects and ensure GMP, quality, cost, and delivery targets are met.

Develop, optimize, and control CNC machining processes for silicon and brittle materials. Lead process improvement using SPC, DOE, root cause analysis, and FMEA. Support CNC programming, tooling, and equipment performance. Author procedures, collaborate cross-functionally, manage projects, and apply Lean/6-Sigma to improve quality, safety, and production capability.

Design, improve, and optimize manufacturing processes and equipment; perform root cause analysis, quality and safety audits; reduce costs; manage projects; analyze production data; and train staff to ensure efficient, compliant manufacturing.

The Senior Process Engineer develops new materials and processes for solid-state battery separators, conducts experiments, collaborates with teams, and supports project management.

Develop, characterize, and optimize advanced plasma processes and hardware using computational modeling and experimental diagnostics. Design plasma sources, power delivery, gas and chamber components, run DOE-based experiments, analyze data, troubleshoot issues, and collaborate with cross-functional teams to transition technologies into production while mentoring junior engineers and producing technical documentation.

Lead process engineering for one home unit and support multiple sites. Define and implement capital and non-capital projects, mentor engineers, develop PFDs/P&IDs, drive plant optimization, ensure process safety (HAZOP/LOPA/PSSR), and support long-term capital planning and EHS compliance.

Own and improve end-to-end production lines: analyze and develop processes, enhance machines and automation, lead problem-solving, run product tests, plan and implement technical projects, and work with machine suppliers to improve process reliability and standards.

Lead design and delivery of process and utility systems for semiconductor, advanced manufacturing, and biopharmaceutical facilities. Provide technical leadership, develop engineering deliverables (P&IDs, equipment layouts, hydraulic and stress analyses), coordinate multidisciplinary teams, support construction, mentor staff, and support occasional domestic and international travel.

Develop, qualify, and optimize thin film processes for a silicon carbide wafer fab. Use DoE and statistical analysis to drive yield, quality, and efficiency improvements. Apply predictive failure-mode/problem-solving aligned to automotive methodologies. Present technical results and travel occasionally to manufacturing sites and vendors to share knowledge and support product introductions.

Develop, optimize, and qualify thin-film and assembly manufacturing processes; diagnose and resolve production issues using structured methodologies; lead yield, cost, and productivity improvements; coordinate process/equipment/material evaluations; support audits, SPC/FDC, failure analysis, and site-to-site portability; leverage AI/LLM/ML to improve worker productivity and data-driven problem solving.