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ASML’s ability to deliver advanced EUV systems depends on translating groundbreaking designs into stable, high‑volume manufacturing. Within the EF (EUV Factory), Production Engineering (PE) plays a crucial role in making this transition possible. As part of PE, the NPI (New Product Introduction) function ensures that new system designs, modules, and processes reach the factory with the right maturity, robustness, and capability for predictable execution.
NPI engineers connect development and manufacturing by evaluating manufacturability, defining process readiness, and steering the industrialization path of new configurations. You shape how new technology enters the EF factory, guiding readiness criteria, enabling fast learning cycles, and safeguarding stable performance during the introduction phase.
Your contribution ensures that ASML can ramp up new EUV generations quickly and reliably, supporting high product quality, short lead times, and accelerated time‑to‑market for the factory.
In this role, you take responsibility for preparing optical modules for introduction into the EF factory. You ensure that optical integration flows are ready for execution, that projection‑critical processes perform consistently, and that the factory can build and qualify optical modules with confidence.
You lead the installation and qualification of optical modules by refining integration sequences, validating optical performance indicators (wavefront, mirror alignment, focus uniformity), and securing all projection‑related requirements. Working closely with Development & Engineering, you assess design intent, identify manufacturability risks, and drive improvements that protect both hardware integrity and performance stability.
You guide the introduction of new optical configurations by preparing the factory for volume execution, optimizing tooling, enhancing procedures, and ensuring safe handling of high‑value optical components. When deviations occur, you lead structured root‑cause analysis and verify that corrective actions are properly embedded into the process.
Your objective is to establish a predictable, repeatable, and scalable optical integration process that supports the early‑build phase, accelerates learning, and enables a smooth transition to volume manufacturing.
What You Drive in the EUV Factory
Factory Readiness for New Optical Modules
You translate design proposals into manufacturable processes. By reviewing early concepts, highlighting feasibility risks, and shaping the industrialization path, you ensure the EF factory is prepared for the arrival of new optics and projection‑critical components.
Transition from Development to Manufacturing
You guide the early builds closely, ensuring stability before handing over to volume manufacturing.
Optimization of Optical Integration Processes
Through analysis and hands‑on learning, you strengthen the optical build flow by:
Complex Issue Resolution & Performance Safeguarding
When optical or projection issues appear, you step in to:
Your interventions protect both performance and hardware integrity.
Process Ownership & Documentation Quality
You maintain the full ecosystem of process documentation:
Everything remains accurate, complete, and aligned with standards to enable flawless execution.
The EUV Factory (EF) produces the newest generation wafer scanners. Within this Factory, Production Engineering NPI continuously adapts, optimizes, and supports the production processes with the main focus on new product introductions, securing a good flow and capability for higher move rates for the volume engineering teams.
This position requires access to controlled technology, as defined in the United States Export Administration Regulations (15 C.F.R. § 730, et seq.). Qualified candidates must be legally authorized to access such controlled technology prior to beginning work. Business demands may require ASML to proceed with candidates who are immediately eligible to access controlled technology.
We're moving technology forward
In fact, we’re probably a part of the electronic device you’re using right now. Our lithography technology is fundamental to mass producing semiconductor chips. With it, the world’s top chipmakers are creating microchips that are more powerful, faster and energy efficient.
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