This opportunity has expired. It is therefore no longer possible to like or apply.
See similar opportunities insteadYour career starts on Magnet.me
Create a profile and receive smart job recommendations based on your liked jobs.
Introduction
Do you take the lead in ensuring the industrialization of new designs against high quality standards and are you able to see the big picture without missing the important details? Then we want to get in touch with you.
Job Mission
ASML’s Development & Engineering (D&E) DUV sector is responsible for the specification, design and integration of the ASML DUV products. The Optical Column (OC) Industrialization group is responsible for industrialization of these products by embedding operational requirements (Cycle time, Manufacturability, Reliability, Cost) early in the design phase of New Product Introduction (NPI) and Volume Optical Column products.
Our mission is to improve the quality and reliability of volume and new products, to secure its manufacturability and serviceability and to secure the lessons learned for the future.
We support this mission by being the interface between the Development Projects and Suppliers/Manufacturing/Customer support.
Job Description
Education
Bachelor or master degree in Industrial, Mechanical, Electrical engineering or Applied Physics is preferred
Experience
Personal skills
Context of the position
The holder of this position reports to the D&E DUV OC Industrialization Group Leader
BE PART OF PROGRESS
We make machines that make chips; the hearts of the devices that keep us informed, entertained and safe. Our key technology is the lithography system, which brings together high-tech hardware and advanced software to control the chip manufacturing process. All of the world’s top chipmakers like Samsung, Intel and TSMC use our technology, enabling the waves of innovation that help tackle the world’s toughest challenges.
I'm an Integrator in Electrical Engineering at ASML. I'm working on a module that is called the source which consists of 30 kilowatts of laser power.
To build up a laser system of 30 kilowatts is very time consuming. So, we created a simulation rack which…
I am a mechanical design engineer at ASML. In our EUV, or extreme ultraviolet light machines, we use this kind of light to create tiny features on the microchips.
In order to create this light we use tin droplets and we shoot them with a high power laser.…
Change language to: Dutch
This page is optimised for people from the Netherlands. View the version optimised for people from the UK.