VP, Process Engineering & Automation

Job Summary

The VP, Process Engineering & Automation provides strategic organizational and technical leadership for Process Engineering, Manufacturing Test Engineering, and Automation across Masimo’s global manufacturing network. This role establishes and executes the enterprise strategy for manufacturing processes, manufacturing test systems, automation, equipment, industrialization, and manufacturing technology to enable scalable production, operational excellence, product quality, and cost-effective growth. The Vice President leads the development and deployment of advanced manufacturing capabilities, drives successful new product industrialization and technology transfer, and partners with R&D, Operations, Quality, Supply Chain, and other senior leaders to align manufacturing capabilities with product and business strategy.

Please note this is a full‑time onsite position in Irvine, CA.

• Define and execute the global strategy, technical roadmap, and operating model for Process Engineering, Manufacturing Test, Automation, manufacturing technology, equipment, and industrialization capabilities.
• Lead Process Engineering, Manufacturing Test, and Automation organizations responsible for process development, manufacturing readiness, manufacturing test systems, automation systems, validation, technology transfer, and continuous improvement across Masimo’s global manufacturing network.
• Partner with R&D, Operations, Quality, Supply Chain, and other functional leaders to ensure manufacturability, scalability, automation, quality, cost, and production readiness are incorporated throughout the product development and manufacturing lifecycle.
• Provide executive leadership for new product industrialization, process development and validation, design transfer, manufacturing scale‑up, and complex technology transfers across domestic and international manufacturing locations.
• Develop and advance automation and manufacturing technology strategies that improve productivity, quality, capacity, consistency, labor efficiency, and manufacturing flexibility, including the evaluation and deployment of emerging technologies.
• Oversee the design and deployment of comprehensive hardware and software electro‑mechanical test systems for our devices and high‑volume sensors.
• Establish engineering standards and governance for manufacturing processes, automation, test equipment, and capital investments, including technology selection, prioritization, qualification, implementation, and lifecycle management.
• Drive engineering and operational excellence through Lean, Six Sigma, Design for Manufacturability (DFM), Statistical Process Control (SPC), Design of Experiments (DOE), data‑driven manufacturing, and other continuous improvement methodologies.
• Establish organizational priorities, performance measures, budgets, resource plans, and capital strategies while ensuring engineering investments and capabilities support business, product, quality, and operational objectives.
• Build and lead a high‑performing global engineering organization through organizational design, talent development, succession planning, performance management, and development and retention of critical technical capabilities.
• Ensure Process Engineering, Manufacturing Test, and Automation activities, systems, documentation, and deliverables comply with applicable company, customer, safety, quality, and regulatory requirements, including FDA Quality System requirements and ISO 13485; perform other duties or special projects as assigned.

• 15+ years of progressive experience in process engineering, manufacturing engineering, automation, manufacturing technology, industrialization, or related engineering disciplines, including 8+ years of progressive people leadership experience.
• Demonstrated success leading leaders and multidisciplinary engineering organizations responsible for complex manufacturing processes, automation, equipment, industrialization, and manufacturing technology.
• Extensive experience with new product industrialization, process development and validation, automation implementation, design transfer, manufacturing…