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
Are you energized by being the technical motor for the development of our electrostatic clamps?
Are you able to play with the different disciplines that come together in these products and enjoying challenging and complex technical puzzles?
If so, then we can offer you an attractive position as clamps architect in our group.
As our electrostatic clamps actually hold our customers product, the wafer, you can truly make the difference!
A great opportunity for your professional and personal growth.
Job Mission
As an ASML clamps architect you drive the development of electrostatic clamps that are used in the wafer stage. You will be a key player in a fast-paced, multi-disciplinary environment.
Primarily you will be involved in the specification, design and realization of electrostatic clamps. In this process you will be involved in starting and conducting feasibility studies, followed by specification and design and ending with realization and integration. During all these steps you will be cooperating with multiple disciplines and suppliers.
You will discuss design aspects, analyze system problems, and support and plan issue resolution with peers. You will be able to present your findings and results to management.
Finally you get the chance and you are encouraged to integrate with the dynamic and diverse ASML community.
Job Description
The main responsibilities of a clamps architect consist of;
Education
Master Degree, or PhD in Mechanical Engineering, Mechatronics, Physics or Electronics
Experience
Personal skills
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.