Top Process Engineer Jobs

Lead development, optimization, and validation of manufacturing processes and equipment for medical device and high-end battery production. Drive new product introductions, continuous improvement, and quality (QMS/FDA) compliance. Lead projects and small teams, author protocols and reports, support Manufacturing Excellence initiatives, and mentor junior staff. Occasional travel may be required.

The Intel Process Integration Engineer will develop integrated front-end process flows, optimize yield, and support technology transfer to high-volume manufacturing. Collaboration across teams is essential for performance and process control monitoring.

Maintain, troubleshoot, and program process control systems for batch and continuous manufacturing. Support platform migrations, act as SME for control improvements, lead E&I technicians, manage OT servers/switches and protocols, collaborate with operations and maintenance, provide after-hours support, and contribute to projects, safety assessments, and alarm management.

Lead process integration from development to high-volume manufacturing. Design and manage experiments to optimize process flows, analyze process/test/yield data, perform failure analysis and reliability testing, collaborate with cross-functional teams and OSAT partners, and drive corrective actions for continuous manufacturing improvement.

The Process Safety Engineer leads the Process Safety Management program, ensuring compliance and addressing risks within the chemical manufacturing environment, while fostering collaboration among team members and optimizing safety practices.

The Process Safety Engineer leads the Process Safety Management program, conducts hazard analysis, oversees audits, and develops training regarding safety compliance.

The Process Safety Engineer ensures compliance with the PSM program, assesses risks, and collaborates with teams to drive safety initiatives and innovation.

The Process/Production Engineer oversees safety, quality, and environmental standards in production, ensuring operational efficiency and compliance while leading a team and collaborating with other departments.

The role involves developing, deploying, and mentoring in machine learning models for bioprocess development, while collaborating with scientists and engineers.

The Sr Process Development Engineer will define, optimize, and validate manufacturing processes for neuro-interventional medical devices, while collaborating with cross-functional teams to improve equipment and document processes.

The Principal Process Controls Engineer leads project teams in automation design, mentors junior engineers, collaborates with clients, and develops process control standards, focusing on the food and beverage industry.

Lead and support scale-up of lab formulas to production, plan and execute bulk pilot and fill line trials, specify and evaluate packaging and equipment, create manufacturing and line trial protocols, coordinate cross-functional teams (RID, Operations, Quality), train production staff, and optimize processes for successful, sustainable commercial production runs.

Translate manufacturing requirements into SAP-based process schedules and optimize production. Recommend and implement SAP S/4HANA and ECC solutions (PP, MM, Procurement). Analyze production data, monitor and maintain equipment, commission and test new equipment, and lead continuous improvement efforts across departments to maximize productivity and minimize downtime.

Designs, implements, and maintains refinery process control systems. Leads controls engineering, HMI development, alarm rationalization, SIS/PLC work, troubleshooting, MOC support, and mentors junior engineers to ensure safe, optimized, and reliable operations.

Provide process engineering support and lead process improvement projects from bench and pilot experiments through scale-up. Design and execute experiments, analyze results, perform economic assessments, train staff, manage project pipeline, and transfer processes to production. Focus on cost reduction, operational improvements, and embedding continuous improvement across manufacturing operations. Travel generally <20%.

The engineer will support semiconductor prototyping projects, translating customer needs into fabrication plans, enhancing processes, and optimizing yields with internal and partner teams.