The Senior Process Engineer will operate as a technical leader within Wilton Factory Optics with end-to-end ownership of functional testing and inspection processes. Responsibilities include defining and optimizing process parameters, ensuring measurement stability, selecting tooling, and understanding machine behavior. The engineer will manage functional testing and inspection process performance, inspection and functional testing control strategies, and inspection and functional testing output quality while ensuring consistent results across tools, people, and shifts.
The functional testing and inspection scope includes control of tooling, environment, fixturing, and other factors influencing inspection output. The PE will lead the introduction and qualification of new fixtures, tools, software, manual processes, and machine upgrades, and will convert functional testing and inspection data into actionable decisions.
A key responsibility is establishing strong process control: defining process windows, capability targets, and long-term monitoring systems. The PE will use JMP or Minitab to identify variation, drift, and chronic stability risks, ensuring processes are robust, documented, and repeatable. This includes maintaining process specifications, work instructions, and standard work while driving alignment across production and support teams.
The engineer will collaborate daily with production technicians, supervisors, cross factory teams, quality, equipment engineering, and maintenance, balancing immediate production needs with structured long-term improvement projects.
The Senior PE is expected to:
• Build process stability that prevents rework and FPY loss
• Detect and eliminate sources of variation impacting FPY and yield
• Lead structured RCA using statistical and analytical methods
• Ensure corrective actions are verified, embedded, and sustainable
• Own full 6P readiness for process, material, or equipment changes
Beyond daily support, the engineer is expected to proactively seek, evaluate, and integrate:
• Functional testing and inspection process control methods
• Advanced functional testing and inspection tools
• Next generation functional testing and inspection technologies
• Equipment or software capabilities that improve stability, predictability, and throughput