Top Process Engineer Jobs

As a Process Controls Engineer, support manufacturing controls development, oversee program execution, troubleshoot existing systems, and drive continuous improvement for efficient operations.

Lead manufacturing controls development and execution, mentor junior engineers, and drive project management in plant operations and automation.

Lead supplier design, integration, installation, and validation of automated robotic cells and manufacturing controls for GM battery vehicle programs. Develop supplier controls standards, specify BOM/equipment, program PLCs, design HMIs, integrate robots and vision systems, perform acceptance testing, SPC, PFMEA, DOE and DFSS to optimize production. Hybrid role with 10% travel and two telecommute days weekly.

Maintain and improve plant manufacturing processes via continuous improvement, process controls, troubleshooting, SOP and training development, capital project management, and supplier/customer technical support. Lead yield and performance improvements, support operations and maintenance, and participate in EHS and safety practices.

Support and improve the Configure-to-Order manufacturing process: implement ECOs/DEVs, maintain SOPs and BOMs, support NPI and DFX, work with IT on SFC system, train production/QA, and assist with customer audits.

Support and improve the Configure-to-Order process: implement ECOs/DEVs, maintain SOPs and BOMs, support NPI with DFX analysis, help develop/maintain the SFC system, train production/QA, and support customer audits.

Entry-level Process Engineer supporting design and engineering of manufacturing facilities, equipment, utilities and process documentation. Performs calculations (heat transfer, pressure drop), prepares PFDs/P&IDs, equipment datasheets and collaborates with multidisciplinary teams through design and construction phases.

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.

Develop and document SOPs/SWIs, troubleshoot automation and equipment, lead continuous improvement and kaizen projects, support equipment installs/launches, run root cause analyses, mentor junior staff, and collaborate with operations across multiple sites.

Design, develop, and implement manufacturing processes for tire production. Analyze production and lab data, run trials/experiments, set specifications, and apply statistical methods to improve quality, productivity, and cost. Support cross-functional teams, investigate non-conformances, and collaborate with technical centers on product and process development.

Lead development and optimization of optical fiber draw processes, troubleshoot equipment and material issues, run process trials and experiments, analyze data, develop SOPs and documentation, monitor manufacturing trends, collaborate with cross-functional teams, and support safety and continuous improvement initiatives to improve quality, throughput, and reliability.

Lead process engineering efforts to improve Overall Equipment Effectiveness, drive capacity/capability initiatives, analyze production data, coach teams, collaborate cross-functionally (R&D, supply chain, mills, suppliers), manage glidepaths and reporting, and support onsite manufacturing problem resolution across Baby & Child Care platforms.

The role involves optimizing semiconductor processes and equipment, focusing on yield improvement, cost reduction, and resolving manufacturing issues.

Develop and improve robotic manufacturing processes, collaborate with teams for optimization, assist in implementing end-of-arm tools, and analyze manufacturing data to enhance efficiency.

As a Full Stack Software Engineer, you'll develop and maintain core features for Benchling's workflow engine, collaborating cross-functionally to integrate AI tooling, and support scientific manufacturing processes with well-documented code.

The Process Engineer will analyze processes and equipment for operational excellence, lead improvement initiatives, and ensure compliance with safety and quality standards.

The Process Engineer Supervisor will lead and support solar module manufacturing operations, focusing on process stability, continuous improvement, yield optimization, and team development while collaborating with cross-functional teams.

The Process Engineer supports manufacturing processes by troubleshooting issues, developing new products, designing tools, and improving yield and capacity, while collaborating with global teams.

Lead advanced microelectronics assembly processes, oversee cleanroom operations, ensure quality compliance, and train new employees. Engage in problem-solving for product engineering.

The Sr. Process Engineer develops and optimizes manufacturing processes for oligonucleotide production, ensuring successful scale-up and process stability while driving improvements in yield, cycle time, and throughput.

The Process Engineer supports testing and application development, works with sales teams on testing strategy, runs field tests, and develops customer relationships.

The Senior Process Engineer determines operational parameters, interacts with customers and marketing, conducts tool demonstrations, and identifies new tool applications while maintaining documentation and performance metrics.

The Process Engineer will design and optimize adhesive application processes, conduct research on materials, manage testing trials, and ensure product quality in manufacturing.

Support and optimize aerospace coatings manufacturing by troubleshooting processes, performing root-cause analysis, leading continuous-improvement and lean/six-sigma events, conducting HAZOPs, DOEs and process safety reviews, and collaborating with operations, maintenance, quality, and EH&S to improve safety, yield, cost, and product quality.

The Senior/Principal Process Engineer leads the API manufacturing process for peptides, ensuring quality and safety through scale-up, tech transfer, and continuous improvement, while managing interactions with contract manufacturers and leading process optimization efforts.