Top Process Engineer Jobs

The Material & Process Engineer at Boeing supports aerospace structural development, material selection, process improvement, and engineering standards for commercial aerostructures.

The Manufacturing Process Engineer ensures safety, quality, and efficiency in manufacturing, supports production needs, drives continuous improvement, and collaborates with teams for process enhancements.

Investigate, improve, and maintain metrology measurement recipes; troubleshoot metrology and inspection tools; perform root-cause analysis; manage WIP and production priorities; implement improvements and BKMs; support shift operations, training, and documentation in a high-volume semiconductor fab environment.

Lead day-to-day health of lithography processes and tools in high-volume manufacturing. Own excursion investigations, root-cause analysis, tool matching, sampling strategies, and data-driven improvements to yield, output, cycle time, and cost while partnering with operations and area leaders.

The Senior Paint Process Engineer leads paint manufacturing operations, ensuring safety and quality while directing a small crew. Responsibilities include optimizing paint processes, problem-solving, and overseeing equipment and technology implementations.

The Scanner Application Engineer will optimize semiconductor processes, improve quality and yield, and collaborate with engineering teams to resolve manufacturing issues.

The Lead Process Engineer optimizes operating processes for the AXIS platform in the BFSI sector, engaging with various teams to ensure scalable and compliant workflows. Responsibilities include end-to-end documentation, automation-first process engineering, and enhancing client implementations while integrating risk and compliance controls.

Lead development and optimization of plasma dry etch processes for advanced DRAM and 3D device structures. Design experiments, perform root-cause analysis, analyze data to improve yield and capability, collaborate with integration, manufacturing, equipment, and vendor teams, and support process transfer to production.

As an EUV Lithography Process Development Engineer at Micron, you'll lead pathfinding for lithography technologies, develop processes, collaborate with teams, and support manufacturing requirements.

The Process Control Engineer develops and implements solutions to minimize process variation, collaborates with teams to enhance control strategies, and utilizes data analysis to drive efficiency and yield improvement.

Develop and integrate thin film deposition processes for advanced DRAM, focusing on EUV patterning films. Perform process characterization, defect reduction, DOE-driven experiments, roadmap activities, supplier and tool collaboration, and physical/electrical data analysis to guide process decisions and transfer to high-volume manufacturing.

Develop and optimize plasma dry etch processes for advanced memory technologies. Drive technology roadmaps, perform defect analysis, and support process transfer to production.

Perform contamination analysis and material evaluation using analytical instrumentation (FTIR, GCMS, SEM/EDS, TGA, etc.), support failure investigations, develop lab processes, author technical documentation, maintain lab operations and safety, and train/coordinate junior staff. On-site, hands-on role with local travel between campuses.

Lead process integration for advanced DRAM nodes, drive yield/cost/quality improvements, perform root cause analysis and DOE, execute technology transfer and yield ramp, and coordinate cross-functional teams to qualify processes, tools, and materials.

Lead design, fabrication, integration, and testing of MEMS devices and subsystems. Develop and scale fabrication processes, run experiments and metrology, optimize process flows, and manage project timelines to transition research to production.

The Process Automation Engineer will provide engineering and automation support for biopharmaceutical manufacturing, including installation, troubleshooting, and qualification of equipment and systems on the second shift.

The Equipment Engineer will oversee and optimize CMP equipment, while the Process Engineer will enhance manufacturing processes, focusing on DRAM development and SPC initiatives.

Identify, diagnose and resolve assembly process issues; coordinate process/equipment/material evaluations and implement optimizations; lead yield improvement and cost reduction; validate new process baselines and support new product introduction; support SPC/FDC/RMS/APC and site-to-site portability; manage and audit material suppliers; support internal and external audits.

Lead and govern Risk-Based Process Safety for high-complexity memory manufacturing. Partner with engineering and manufacturing to assess and mitigate process risks, support Management of Change, facilitate hazard analyses and investigations, and provide guidance and reporting on safety trends and program health across global sites.

Lead engineering governance and process initiatives: support audits (CMMI/AS9100D/ISO9001), metric collection and reporting, process improvement, change management, LCMS reviews, and manage Governance & Process interns.

The Photolithography Process Engineer supports lithography operations, monitors tool health, executes control plans and assists in process improvements.

Design, build, test, and deploy intelligent automation workflows and cognitive solutions. Optimize processes using RPA, ML/AI integrations, create monitoring/analytics, define standards, mentor junior staff, and manage risks and escalations.

The role involves defining innovative memory technologies, leading technology integration, optimizing device performance, and analyzing data for semiconductor advancements.

Lead development and scale-up of bonding processes for 3D memory products, focusing on chip-to-wafer and hybrid bonding, while driving technical direction and collaborating with multiple teams.

Lead the integration of advanced DRAM technologies, addressing manufacturability and performance issues through collaboration with cross-functional teams and experiment management in an R&D environment.