ASML is one of the world’s leading manufacturers of chip-making equipment.
Our vision is to enable affordable microelectronics that improve the quality of life. To achieve this, our mission is to invent, develop, manufacture and service advanced technology for high-tech lithography, metrology and software solutions for the semiconductor industry.
ASML's guiding principle is continuing Moore's Law towards ever smaller, cheaper, more powerful and energy-efficient semiconductors. This results in increasingly powerful and capable electronics that enable the world to progress within a multitude of fields, including healthcare, technology, communications, energy, mobility, and entertainment.
Working at ASML
We provide the world’s top chipmakers everything they need to create better performing, cheaper semiconductor chips. Simply put: we are an industry leader supporting industry leaders.
As such, you’ll be encouraged to bring your best ideas and act on them. You’ll have the freedom, trust, and support in your field to experiment and solve complex challenges. Things are rarely dull when you’re constantly breaking new ground.
But despite our fast-paced environment at the forefront of tech, we take your work-life balance and wellbeing seriously. A business is only as good as its employees.
So join us, and you’ll be a part of a global collaboration. One that promotes creativity, the inclusion of highly diverse teams, and an exciting and dynamic work environment. Join us, and you’ll be a part of progress.
Job Mission
Our mission is to integrate and drive the source performance of the scanner-source system until proven for high
volume manufacturing at our customers. As part of a team that provides the specification and delivery of
integrated EUV source solutions, you will be the “right hand” partner and advisor to the System Designer. You will
be challenged to translate scanner and customer application requirements into source design proposals for the
EUV roadmap, coupled to ASML business drivers reflected in power, dose and Tin debris optimization. We are
exploring the emerging possibilities to apply advanced data analytics and machine learning techniques to enhance
learning and diagnostics capabilities and you will help bring this into practice.
Your data scientific expertise will be used to understand and optimize system performance and diagnostics
capability, by analyzing population data of the growing number of systems in the field at customer sites. Where
deviations in expected system performance levels emerge, we need to identify leads to diagnose, repair and
where needed improve performance on functional module level. You will need to combine your creative problemsolving
abilities and your affinity with SW and data ingestion with analytical thinking, connecting to your peer EUV
domain experts and IT.
You will need to prioritize and set your own goals. With your data science background you
will be drilling down into narrow technology areas – including plasma and laser physics, optics and contamination,
from where you can communicate the new specialist knowledge and advise System Designers on the technical
feasibility of future new product or diagnostic strategies. Thus opening new career path opportunities.
Job Description
From your data scientific background you will drive the understanding, design and operational performance of
complex source performance and diagnostic solutions within the boundaries defined by the system specifications,
budgeted costs and planning. Through your affinity with systems, data and SW programming you will help drive
problems, and to setup an efficient analysis platform for the optimization of EUV source-scanner performance
from the feasibility to customer operational phase of ASML product development.
Main Responsibilities
- To develop and apply advanced data analytic methods in performance optimization and diagnostic solutions
for the EUV source product,
- To specify system performance design and diagnostic requirements based on (new) data ingestion/analysis
tools and a methodology for system population analysis,
- To help deliver customized source solutions that address specific customer usage problems in its own Fab setup
and application.
You will participate in a team that is responsible and committed to execute EUV source performance integration
to deliver optimized source-scanner system performance, including a closed, understood and experimentally
validated system design, where you help define the emerging application of advanced data analytics.
Education
Technical University Master’s or Phd in applied physics or data science.Experience: You have in depth experience with applied machine learning/advanced data analytic techniques, software
programming skills and the drive to solve problems.
Personal skills
- Problem solver in a team that combines a strong analytical, data science ability with a pragmatic attitude.
- Advanced user and experienced SW code developer (Python, Matlab, Hadoop, Jupyter, …).
- Good communicational skills and good command of the English language.
- You are eager to learn, take responsibility and are able to step into the mind of a customer.
Please apply with your CV and cover letter by the 'apply' button below
Remember - you found this opportunity on Qreer.com
Education Backgrounds: |
Physics |
Specialties: |
Semiconductor Physics Software Design |
Education Level: |
Postgraduate (Masters) Doctorate (PH.D) |
Experience: |
0 - 2 years 2 - 5 years 5 - 10 Years |
Languages spoken: |
English |
Job Location: | Veldhoven, Netherlands |
Keywords: | Python, Physics, Data Science, Matlab, Hadoop, Jupyter |
Type: Job
Deadline: 20th November 2024
Job reference (ID): 15460
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