Top Process Engineer Jobs

Develop and industrialize scalable manufacturing and test processes for BLDC motors and voice coil actuators. Lead APQP activities, define equipment specs, qualify production and test systems, collaborate with design, quality, operations, and suppliers, and drive manufacturing readiness, cost, quality, and delivery for new product launches.

Provide onsite engineering support to production processes: optimize process/cycle time, troubleshoot equipment, support EHS/PSM initiatives, lead Kaizen events, maintain formulas, develop standard work, and assist operator training.

Support development, commissioning, and optimization of an Arizona rare-earth recycling plant. Lead process engineering for metal recovery, develop operating philosophies and feedstock recipes, run process simulations and mass/energy balances, support safety reviews (HAZID/HAZOP), perform CAPEX/OPEX trade-offs, equipment specification, commissioning, RCFA, reliability improvements, and collaborate with operations, maintenance, suppliers, and Process Technology.

Develop and validate manufacturing processes and electrical test procedures for cable, wire-harness, and electro-mechanical assemblies. Lead NPI activities, create production documentation and work instructions, program and validate Cirris CH2 test systems, support FAI/audits, and drive continuous improvement to meet aerospace/defense quality and traceability requirements.

Lead process and product improvement projects (up to $10M) from conception to commercialization. Design, develop, optimize and scale manufacturing equipment and processes, reduce defects using SPC/DOE/process capability/Six Sigma, lead cross-functional teams, ensure safety and compliance, identify root causes, and implement process and capacity improvements in mill and staff environments.

Lead creation of corporate manufacturing process standards, drive multi-plant improvement projects to improve OEE, scrap, and quality, deploy advanced automation, mentor junior engineers, and support enterprise capital strategy.

Own and improve paper-making production processes using SPC and RCA; set and standardize process settings (CIL); support product/material development and projects; lead technical gap analysis and small improvement teams; train and coach operations on standards; optimize sustainable production and apply DDS zero loss flow chart.

Lead process and manufacturing engineering for Class I/II medical devices: design tooling/equipment, develop and validate processes, scale-up manufacturing, troubleshoot production, manage supplier/contractor transfer, improve QA and technical transfer, drive cost and process optimization, ensure FDA and ISO 13485 cGMP compliance.

Lead process improvement initiatives by analyzing and mapping processes, generating solutions, coordinating cross-functional implementation, measuring ROI and metrics, performing business and data analysis, and applying project and change management to ensure adoption and continuous improvement.

The Production Engineer is responsible for process improvements, technical support, and overseeing projects to enhance production quality and efficiency.

Lead daily management systems and continuous improvement to improve equipment reliability and operational performance. Analyze KPIs, prioritize and lead improvement initiatives, manage small projects and capital initiatives, develop team capability, and collaborate with cross-functional partners to meet safety, quality, delivery, and cost targets.

Lead analysis, documentation, and optimization of RMF-related business processes. Create process maps, swim-lane diagrams, and execution plans; identify bottlenecks; support RMF modernization, automation, and executive briefings while collaborating with government stakeholders.

Lead analysis and modernization of DoD RMF processes using AI/ML, LLMs, NLP, and automation. Identify automation opportunities, develop future-state workflows, support pilots and PoCs, produce executive briefings and technical documentation, and assist workflow automation with ServiceNow, Jira, and RPA.

Support product specifications, monitor refinery efficiency, assist project engineering, conduct economic analysis, and ensure compliance with safety regulations.

Responsible for day-to-day operation and optimization of production tools, troubleshooting issues, and analyzing yield data to improve processes for efficient manufacturing.

The Senior Process Engineer will develop and qualify semiconductor packaging processes, oversee tool and materials selection, and collaborate with design teams for high-volume production.

The Process Engineer ensures safe, efficient operations of nitrogen fertilizer plants by optimizing processes, conducting engineering studies, and collaborating with various departments.

The Process Engineer will manage metallurgical characteristics of casting processes, ensuring high yield, low cost, and quality standards. This role involves collaboration with various teams and direct interaction with customers.

The Process Engineer at Prysmian is responsible for planning and directing process development in the manufacturing of specialty cables, troubleshooting production issues, and maintaining manufacturing standards.

The Senior Process Engineer leads process improvement initiatives, manages capital projects, conducts feasibility studies, and applies continuous improvement methodologies to enhance production processes in cable manufacturing.

The Process Engineer IV designs and optimizes manufacturing processes, analyzes data, troubleshoots engineering issues, and leads projects within safety guidelines.

As a Process Engineer IV, you will design and optimize manufacturing processes for semiconductor technologies, analyze data, and troubleshoot engineering issues while generating technical documentation and collaborating with various stakeholders.

Support photolithography manufacturing operations in a 300mm analog fab: drive lot escalations, equipment/process startups, experiments, yield and efficiency improvements, data analysis, and respond to onsite escalations including evenings and weekends.

Lead plant continuous improvement and daily management systems to improve safety, quality, delivery, and cost. Drive equipment reliability for mechanical, pneumatic, electrical, and hydraulic systems; deploy digital tools; analyze KPIs; lead structured problem solving; manage small projects and capital initiatives; develop team capability and oversee assigned team members.

The Sr. Process Engineer focuses on developing and implementing process improvements, troubleshooting equipment, conducting root cause analyses, and collaborating with cross-functional teams to enhance manufacturing efficiency and product quality.