Top Process Engineer Jobs

As a Process Engineer II, you will enhance manufacturing efficiency and product quality in chemical processes through analysis, documentation, and process improvement, including scale-ups and validations.

The Process Engineer will design and optimize manufacturing processes for semiconductor and display technologies, analyze data, troubleshoot issues, and collaborate with vendors and customers.

As a Process Engineer, you will manage metallurgical characteristics for investment casting, aiming for high yield and low costs while ensuring quality. Collaboration with manufacturing and product engineers is essential, alongside continuous improvement initiatives.

The Process Engineer IV leads technical authority in midstream engineering, overseeing projects, troubleshooting, optimization, and mentoring. Responsible for capital project planning and managing cross-functional engineering efforts.

The Process Engineer (NPI) will quote new parts, address engineering concerns, improve processes, and provide technical support for Howmet Aerospace.

The Senior Process Engineer will lead projects in coffee processing, engage with technicians, develop technical standards, and improve efficiencies in operations.

Develop and improve CMP and wet manufacturing processes for advanced semiconductor nodes and high-volume 300mm wafer fabrication. Responsibilities include process and equipment startup, lot and equipment dispositions, yield and efficiency improvements, data analysis, troubleshooting, project execution, training junior staff, and collaboration across fab teams. The engineer will support rapidly changing manufacturing operations and develop processes from initial conception through high-volume production.

Leads cross-functional process development for late-stage small-molecule solid dosage assets and commercial products. Solves complex engineering challenges, designs and coordinates experiments, develops novel technologies, and ensures experimental quality. Serves as a technical expert, collaborates across scientific functions, authors technical and regulatory documentation, presents complex data, mentors colleagues, and supports pharmaceutical development in laboratory and production environments.

Supports a chemical manufacturing facility’s process safety program by maintaining process safety information, coordinating management of change documentation, supporting PHA and LOPA studies, verifying safeguards, conducting audits, tracking corrective actions, managing incident classifications, and reporting process safety KPIs. The role collaborates with Operations, Maintenance, Engineering, EHS, and Project teams to maintain OSHA PSM compliance and provides process safety guidance for CAPEX projects.

Provide electrical and instrumentation process engineering support for plant reliability, safety, and performance. Oversee power distribution compliance, lead RCFAs, support PSM activities, troubleshoot with maintenance, develop specifications, support commissioning and capital projects, and implement preventive, predictive, and condition-based maintenance strategies.

Design, implement, optimize, and support chemical production processes. Analyze process data, maintain documentation (SOPs, P&IDs, PFDs), ensure safety/PSM compliance, lead continuous improvement (Lean Six Sigma/Kaizen), support MOC and PHAs, and resolve process deviations.

Provide technical leadership and hands-on process engineering support for pharmaceutical manufacturing. Manage capital projects, troubleshoot processes, develop P&IDs/PFDs and engineering documentation, coordinate equipment installations, manage vendors/contractors, perform field walkdowns, develop SOPs and engineering standards, support cross-functional teams (Quality, Validation, R&D, Maintenance), and drive risk assessments and continuous improvement in a cGMP environment.

Develop and improve manufacturing processes for aluminum production, support production/maintenance/engineering teams, lead continuous improvement and Six Sigma projects, perform data acquisition and statistical analysis, write technical reports, and ensure safety, quality, and environmental compliance in a plant environment.

Support and improve specialty wire manufacturing processes by planning trials, troubleshooting equipment and process issues, implementing process improvements, supporting new product introductions, and collaborating with production, quality, and suppliers to reduce cost and improve quality.

Provide engineering support for semiconductor manufacturing and cleanroom operations during facility startup and production ramp. Develop eRecipes, SOPs, process controls, tooling, and training; monitor equipment and SPC/CPK performance; lead a small technician team; support audits, CAPA, and production readiness to ensure compliant, efficient processes.

Develop, optimize, and maintain semiconductor production processes, equipment, and process controls. Create eRecipes, SOPs, and tooling; monitor SPC/CPK; troubleshoot production issues; support audits, CAPA, training, and equipment installation/commissioning.

Design, troubleshoot, and optimize chemical process systems. Lead root cause analyses, perform mass and energy balances, develop P&IDs, support capital projects, startups, and process safety (PHA/LOPA) initiatives, and drive reliability and continuous improvement on site.

Lead automation strategy and technical execution for robotic cells and automated equipment to scale high-volume iron-air battery production. Own process improvements, define OEE and equipment metrics, provide DFM/DFA feedback, integrate controls and instrumentation, drive root-cause analysis, support production ramp and sustaining operations, and mentor multidisciplinary teams.

Lead process optimization and scale-up for iron-air battery manufacturing: improve yield, throughput, quality, and cost through data-driven analysis, root-cause investigations, KPI tracking, and cross-functional projects while ensuring safety and leveraging PLM/MES/ERP systems.

Lead process improvement for high-volume mechanical assembly: mentor technicians, track OEE/yield/cycle time, troubleshoot equipment, drive CI projects, and feed manufacturing insights into systems design to improve throughput, quality, and ergonomics.

Lead engineering for battery test-vehicle manufacturing lines: bring up new lines, design mechanical/electromechanical workstations, assess and improve processes, mitigate risks via DFMEA/PFMEA, mentor team members, manage vendor equipment commissioning, and support floor operations to enable repeatable medium-to-high volume production.

Support and optimize battery manufacturing processes for safety, quality, productivity and performance. Implement process changes and new equipment, eliminate downtime, support Six Sigma projects, collaborate with quality and maintenance, manage capital projects, ensure regulatory compliance, and lead continuous improvement efforts.

Lead end-to-end process improvement initiatives using Lean Six Sigma, DMAIC, process mining, AI, and automation. Drive measurable business value through process mapping, root-cause analysis, FMEA, stakeholder engagement, change management, and capability building across global teams.

Lead development and design transfer of cryogenic and semiconductor manufacturing processes, validate production-ready methods, drive root-cause analysis and corrective actions, implement continuous improvement (Lean/6S/PDCA), analyze yield/kpi data, provide technical leadership and documentation, and support NPI and process standardization.

Lead design, implementation, validation, and continuous improvement of manufacturing processes and automated machinery. Support industrialization, production handover, performance monitoring, and lean-driven process improvements in a plant environment.