Top Process Engineer Jobs

Lead design and execution of liquid processing systems for food and beverage facilities. Manage scope, schedule, and budget; produce P&IDs, mass/energy balances, equipment specifications; coordinate vendors, FAT, HAZOP/HACCP, 3D model reviews, commissioning/startup; mentor junior engineers and support construction activities.

The Process Engineer IV designs and optimizes manufacturing processes for semiconductors, analyzes data, troubleshoots issues, and engages with customers and vendors.

As a Process Engineer, you'll optimize manufacturing processes for semiconductors, troubleshoot issues, analyze data, and collaborate with R&D teams.

Responsible for designing experiments, data analysis, troubleshooting process issues, generating documentation, and leading project teams while communicating with customers.

Design, optimize, and execute complex process engineering experiments for semiconductor and display manufacturing. Perform hardware characterization, analyze data, measure film properties, generate technical documentation, engage with customers, partner with vendors, implement new technologies, and lead projects or functional teams.

The Process Engineer develops automation solutions using UiPath, analyzes workflows, leads process improvement projects, and trains staff on changes.

Lead development, deployment, and standardization of PCBA manufacturing processes and AOI inspection strategies across global sites. Drive AOI programming, optimization, defect reduction, and technology evaluation. Support NPI, process validation, and cross-functional collaboration with Manufacturing, Quality, and Product Engineering to improve yield, quality, and cost competitiveness.

The Sr. Process Engineer will lead and support pharmaceutical process system engineering projects, ensuring compliance with manufacturing standards while guiding project teams in mechanical design and implementation.

The Process Engineer will enhance manufacturing processes, support new product development, and oversee production line efficiency in a solar module assembly facility.

Provide sustaining process engineering support for life-science products at the Indianapolis site. Solve complex production and quality issues using PFMEA, process capability and statistical methods; lead electrical/mechanical design projects and design-change teams; implement robust, regulatory-compliant solutions to improve yield, delivery, cost, and product quality.

Leads enterprise process improvement initiatives across systems and software engineering. Responsibilities include planning and conducting process assessments, analyzing findings, developing improvement recommendations and plans, facilitating project teams, delivering training, coordinating process integration, institutionalizing CMM/CMMI-based practices, reducing waste and variation, and advising agency and program leadership. Higher levels provide technical leadership, Lean Six Sigma implementation, and strategic process improvement guidance.

Supports semiconductor process and equipment transfers, planning, installation, startup, and volume ramp. Develops production processes and SOPs, trains technicians, collaborates with engineering teams and suppliers, and supports daily sustaining activities. Tracks performance, equipment matching, and continuous improvement using SPC, structured problem-solving, and FMEA methods while following EHS and security requirements.

Lead manufacturing process improvements focused on safety, quality, throughput, yield, and labor efficiency. Analyze production and downtime data, conduct root cause analysis, implement corrective actions, and support continuous improvement initiatives. Support new product introductions, manufacturing trials, process validation, scale-up, and commercialization. Create process documentation and monitor manufacturing KPIs. Partner with Production, Quality, Maintenance, and Engineering on troubleshooting, equipment startups, reliability, and operational effectiveness.

Designs, implements, and supports electrical, automation, and process control systems for industrial operations. Responsibilities include PLC and HMI programming, project coordination, vendor and contractor collaboration, commissioning support, risk assessments, equipment reviews, regulatory compliance, cost estimation, stakeholder communication, and technical mentorship. The role requires coordinating multidisciplinary engineering activities across international projects and traveling up to 15% of the time.

The Process Integration Engineer will develop advanced DRAM technologies, lead troubleshooting, drive yield improvement, and mentor others within the BEOL team while ensuring technology transfers for high-volume manufacturing.

Support development and optimization of dry etch semiconductor processes through experiment design, data/statistical analysis, AI-enabled tools, and cross-functional collaboration; present results to engineering leadership.

Lead pathfinding and process development for advanced patterning (193nm immersion, EUV, High NA EUV). Develop and optimize EUV lithography modules, define mask inspection strategies, collaborate with manufacturing for process transfer and readiness, and support High NA EUV development with occasional travel.

Conduct hands-on semiconductor dry etch process development: design and run experiments, analyze statistical and manufacturing data, collaborate with cross-functional teams, apply AI or programming tools to optimize processes, and present technical results to engineering leadership.

Develop and improve Starship manufacturing, assembly, integration, welding, inspection, tooling, and testing processes. The role documents requirements, trains production teams, gathers quality data, manages nonconforming hardware, supports design-for-manufacturability improvements, and drives corrective actions and build reliability across work centers.

The Process Engineer will support manufacturing by developing improved methods, managing project plans, coordinating maintenance, and providing technical support for new products and processes.

Lead technical improvements and transfers for high-volume production lines to improve equipment reliability, product quality, changeover time, safety, and cost reduction; develop procedures and training; support projects to meet departmental objectives.

Designs and implements manufacturing processes and equipment (pilot to production), improves extrusion and process control methods, manages plant and process improvement projects, optimizes press cycle time and scrap reduction, collaborates with operations and hourly staff, participates in extrusion design for new products, and leads employee engagement and scrap-reduction activities.

Maintain and enhance process control applications for assigned processing units. Develop, modify, and tune control strategies; support DCS/PLC/SIS design, installation and maintenance; monitor unit performance to meet production, quality and energy goals; lead alarm management and PSM change activities; participate in PHA/LOPA and incident investigations; train operators and support projects and FATs.

Lead R&D programs in heterogeneous and 3D device integration (C2W, W2W, bonding, TSV). Define technical strategy, develop processes and hardware, evaluate feasibility via modeling, simulation, and experiments, mentor researchers, provide technical leadership for customer engagements, and communicate results to stakeholders.

Designs, optimizes, and documents complex semiconductor and display manufacturing processes. Performs hardware characterization, measures film properties, analyzes data, troubleshoots issues, partners with vendors and customers, implements new technologies, and leads projects and team training with limited supervision.