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Introduction
Join the YieldStar team at ASML, where we develop cutting-edge optical metrology tools that measure wafer pattern quality with high precision. To maintain this accuracy, our tools rely on specialized software blocks called ACPDs (Adjustment, Calibration, Performance, Diagnostics). These blocks are essential throughout the tool’s lifecycle, from manufacturing to customer use. This internship explores the feasibility of a graphical tool that simplifies ACPD creation, bridging the gap between physics and software engineering.
Your assignment
In this master’s thesis internship, you will investigate whether it is feasible to develop a graphical user interface (GUI) that enables physics engineers to create ACPDs more efficiently. The goal is to improve collaboration between physics and software engineers, reduce development time, and minimize bugs.
Your main responsibilities will be:
This is a master thesis internship for a minimum of 6 months, minimum 5 days per week (3 days on-site). The start date of this internship is February 2026.
Your profile
To be suitable for the internship, you:
Other requirements you need to meet:
About ASML
ASML is a leading supplier of lithography equipment, used by the world’s top chipmakers to print microchips that are increasingly powerful, fast and energy efficient. Working at ASML is inspiring, no matter what field you're in. That’s because we push the boundaries of technology: if it’s moving the world forward, chances are, we’re behind it. In fact, we’re probably a part of the electronic device you’re using right now. We’re a global team of more than 32,000 people from 122 different nationalities and counting. Headquartered in Europe’s top tech hub, the Brainport Eindhoven region in the Netherlands, our operations are spread across Europe, Asia and the US.
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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