Top Process Engineer Jobs

Support and optimize SMT production processes (printing, placement, reflow, AOI/SPI), troubleshoot defects, lead RCA/ corrective actions, support NPI/DFM/process validation, train technicians, maintain process documentation and controls (SPC, DOE), and drive continuous improvement using Lean/6σ.

Onsite process engineer responsible for defining, implementing and optimizing manufacturing processes to improve cost, quality, and delivery. Duties include root-cause analysis, process control, equipment selection and implementation, ECO management, SPC, training production staff, documentation, and supporting new process transfers and capital projects.

Responsible for process sustenance and development in high volume manufacturing, focusing on variability reduction, optimization, and training technicians.

As a Sr. Process Engineer, you will lead industrial projects, managing design and implementation of process-related solutions, ensuring quality and client satisfaction, while mentoring and supporting junior team members.

As a Principal Process Engineer, you will lead projects in life sciences, focusing on process design, technical oversight, and client engagement to deliver innovative solutions and optimize performance in capital projects.

The Process Engineer will develop, implement and optimize manufacturing packaging processes, ensuring regulatory compliance and improving efficiency in aseptic manufacturing.

The Backend Process Engineer is responsible for optimizing semiconductor backend processes, yield improvement, defect reduction, and supporting new product introduction with a focus on manufacturing stability and process documentation.

Lead plant process and continuous improvement efforts to optimize output, reduce downtime and scrap, and improve material usage. Develop SOPs, run data analysis, drive cost-reduction projects, implement CI tools (Lean, Six Sigma, DOE, Kaizen), design work cell layouts, and manage equipment introductions and capital projects while ensuring HSE compliance and training.

Support manufacturing programs by creating and optimizing industrial processes, maintaining manufacturing dossiers and SOPs, performing STV calculations, line balancing and PERT/GANTT analyses, driving continuous improvement, and collaborating with operations, quality, logistics and engineering to ensure safe, cost-effective production ramp-up.

Lead Daily Management Systems and continuous improvement in a manufacturing Business Unit: improve equipment reliability, advance digital tools, analyze KPIs, lead structured problem solving, manage small and capital projects, develop team capability, and collaborate across functions to meet safety, quality, delivery, and cost objectives.

The Process Engineer will develop and optimize processes for carbon fiber manufacturing, manage qualifications of new equipment, and lead process improvement initiatives.

Optimize manufacturing processes for Greif's steel drum plants through trials, root-cause analysis, instrumentation calibration, process validation, and continuous improvement. Support productivity, quality, safety, cost reduction, and lead small projects while training and partnering with cross-functional plant teams.

The Manufacturing Process Engineer optimizes and automates biomanufacturing processes, troubleshoots equipment and production issues, and drives continuous improvement using LEAN and Six Sigma. Responsibilities include equipment selection, process scale-up, validation, process controls, CAPA, supplier corrective actions, SOP development, training, and regulatory compliance with cGMP, ISO, and FDA standards. The role collaborates with internal teams and vendors to improve manufacturing reliability, quality, safety, and efficiency.

PhD-level intern will develop and evaluate CMP processes for advanced DRAM, run experiments, apply root-cause analysis and statistical/AI-assisted data analysis, partner with cross-functional teams, and present technical project results.

Develop and optimize CVD processes and hardware for semiconductor manufacturing. Lead complex process engineering projects, characterize hardware and films, troubleshoot technical issues, define solutions to high-value problems, and advance deposition technologies. Collaborate with R&D teams, vendors, suppliers, stakeholders, and customers to deliver performance improvements for next-generation semiconductor devices.

Lead and improve manufacturing processes for FDA-regulated medical devices, support new product introductions, qualify equipment, author and execute validation and quality documentation (change controls, CAPAs), perform risk and gap assessments, and partner cross-functionally to drive cost savings and commercialization.

Develops and supports photolithography processes for MEMS and semiconductor applications. Responsibilities include photomask design using L-Edit, process and tool monitoring, yield and Cpk improvement, equipment qualification, troubleshooting, DOE-based process characterization, recipe standardization, and cross-functional collaboration. The role requires hands-on experience with mask aligners, steppers, automated coat tracks, and strong knowledge of MEMS or semiconductor photolithography.

Designs and optimizes semiconductor and display manufacturing processes through experiments, data analysis, hardware characterization, film-property measurement, and troubleshooting. Performs root cause analysis, documents technical findings, resolves customer concerns, partners with vendors and suppliers, implements new technologies and instrumentation, and supports research and development projects. Also serves as a resource for junior colleagues and may lead project teams.

Lead equipment engineering for biopharmaceutical manufacturing operations, including equipment onboarding, troubleshooting, commissioning, qualification, validation, maintenance, and process optimization. Support sterile manufacturing, fill/finish, packaging, utilities, automation, and SCADA integration. Manage engineering projects, GMP quality systems, documentation, risk assessments, investigations, and continuous improvement. Coordinate with cross-functional teams, vendors, and contractors while providing technical leadership, training, and inspection support in a fully onsite cleanroom manufacturing environment.

Supports manufacturing process development, optimization, and scale-up across production and supply chain operations. Improves quality, yield, efficiency, and reliability through troubleshooting, KPI analysis, corrective actions, and process recommendations. Reviews safety and quality standards, evaluates equipment, supports repairs, documents results, trains personnel, and collaborates with research and development teams during pilot transitions and commercialization. Requires cross-functional project leadership and travel of 25–50%.

Monitor daily production to ensure quality, cost, and efficiency; design and implement continuous process improvements; assist with troubleshooting and corrective actions; and contribute to design and execution of moderately complex projects.

Provides technical leadership for GMP manufacturing, technology transfer, process characterization, scale-up, PPQ readiness, process monitoring, troubleshooting, and lifecycle support for human stem-cell-based cell therapy processes. Designs and executes laboratory studies, analyzes process data, authors technical documentation, supports deviations and CAPAs, assesses material risks, enables inspection readiness, and mentors junior staff while collaborating across Manufacturing, Quality, Validation, Supply Chain, Regulatory, and external partners.

Designs and optimizes material flow, equipment layouts, production sequencing, and automation across sawmill and engineered wood facilities. Conducts bottleneck analysis, time studies, OEE analysis, capacity modeling, and lean improvement initiatives. Partners with production, maintenance, and capital projects teams on equipment installations, mill reconfigurations, modernization, commissioning, and documentation. Requires hands-on mill-floor work and extensive wood products manufacturing experience.

Develops, documents, and optimizes manufacturing and repair processes for aerospace tooling, equipment, and assemblies. Reviews engineering drawings and specifications, creates work instructions and routers, oversees quality requirements, troubleshoots tooling and equipment, performs root-cause analysis, and applies lean manufacturing methods. The role provides technical support to technicians and cross-functional teams while collaborating with suppliers and tooling vendors.

Supports mechanical assembly readiness, process development, tooling and fixture design, manufacturing documentation, and production build execution for cryogenic and semiconductor test products. Reviews drawings and BOMs, develops work instructions, provides DFM feedback, resolves process and quality issues, supports ECOs and NPI, and drives Lean continuous improvement. Collaborates with engineering, quality, supply chain, and production teams to improve safety, efficiency, repeatability, and manufacturing capability.