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Physics | Engineering internship: electron optical sensitivity simulations

ASML is hiring a Physics | Engineering internship: electron optical sensitivity simulations. Level rates it ; you can apply on ASML.

Level's read on this job

  • Level rates this role Little AI ●○○○: aI is not part of the work.
  • The posting mentions Python, physics and simulations among its tools and skills.
  • Level classes it as an internship.
  • ASML has 776 other open roles on Level.
  • Posted within the past week.

AI in this role

Physics engineering intern to run and adapt simulation models analyzing manufacturing variations in electron microscope modules.

Python
physicssimulationsdata-analysismodeling

Introduction

At ASML’s Delft office, you will join a team developing a multi-beam electron microscope used to inspect semiconductor wafers during production. A key part of this system is a micro-electromechanical (MEMS) module that shapes and directs electron beams. Small manufacturing variations in this module can influence electron optics performance, including beam focus and alignment. Understanding these effects is essential for designing reliable and robust products. During the internship, you will help generate insights that support future technology development and improve system performance.


Your assignment

During the internship, you will work closely with experienced engineers and researchers to investigate the impact of manufacturing tolerances on a MEMS module used in advanced electron microscopy. You will use simulations and data analysis to understand how geometrical imperfections affect electron beam behavior and identify the most critical design sensitivities. Your findings will support design decisions and contribute to the development of next-generation inspection technology.


Your main responsibilities will be:

Adapt and parameterize existing simulation models to represent manufacturing variations in MEMS structures.

Analyze the impact of geometrical deviations on electron beam focus and alignment.

Evaluate how different manufacturing tolerances interact and influence overall system performance.

Identify the most critical deviations and quantify their effect on electron optics behavior.

Use simulation results to support the interpretation of data from prototype scanning electron microscope systems.

Document findings and communicate recommendations to the design team.

Collaborate with engineers and researchers to improve understanding of performance sensitivities.

This is a master’s non-thesis internship for minimum 5 months, 5 days per week (2 days on-site). The start date of this internship is as of February/March 2027.


Your profile

To be suitable for the internship, you:

  • Are currently enrolled in a master’s degree in physics, applied physics, electrical engineering, computer science, or a related field, and have completed a bachelor’s degree.
  • Have a solid foundation in physics and mathematics.
  • Have experience with Python and scientific computing libraries.
  • Are analytical and able to investigate complex technical problems systematically.
  • Are proactive, collaborative, and comfortable communicating technical findings clearly.
  • Have an interest in simulation methods, electron optics, or semiconductor technology.

During the internship, you will contribute to innovative semiconductor technology while developing advanced simulation and analytical skills. You will gain hands-on experience within a multidisciplinary environment and work alongside experts solving complex engineering challenges. The internship provides meaningful exposure to cutting-edge technology development and the opportunity to make a tangible contribution to ASML’s future products.


Other requirements you need to meet

  • You are enrolled at an educational institute for the entire duration of the internship;
  • You need to be located in the Netherlands to perform your internship. If you are currently living or studying outside the Netherlands, your CV or motivation letter should indicate your willingness to relocate;
  • If you are a non-EU citizen studying in the Netherlands, your university is willing to sign the documents relevant to completing an internship (i.e., a Nuffic agreement).

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.

Inclusion and diversity

ASML is an Equal Opportunity Employer that values and respects the importance of a diverse and inclusive workforce. It is the policy of the company to recruit, hire, train and promote persons in all job titles without regard to race, color, religion, sex, age, national origin, veteran status, disability, sexual orientation, or gender identity. We recognize that inclusion and diversity is a driving force in the success of our company.

Need to know more about applying for a job at ASML? Read our frequently asked questions.

How we rate this

Physics | Engineering internship: electron optical sensitivity simulations at ASML rates 0 out of 100 for how much of the daily work is AI. That makes it Little AI (AI Level 1 of 4). The level is about AI in the job, not seniority.

Classification

Little AI. AI is not part of the work.

  1. ●●●● Builds AI80 to 100
  2. ●●●○ Works on AI60 to 79
  3. ●●○○ Uses AI40 to 59
  4. ●○○○ Little AI0 to 39

Levels come from how often the tools, models and workflows of the role are named in the posting itself. Read the description and count the AI tools, models and workflows it names.

Prepare for this job

Built from this posting and from similar jobs on Level.

Skills and AI tools this role asks for

PhysicsSimulationsData AnalysisModelingPython

Questions you could be asked

  1. Tell me about a project where physics was part of your work. What did you do?
  2. Tell me about a project where simulations was part of your work. What did you do?
  3. Tell me about a project where data analysis was part of your work. What did you do?
  4. Tell me about a project where modeling was part of your work. What did you do?
  5. Walk me through how you've used Python in your day-to-day work.

Adapt your resume

  • List these exact terms on your resume: Physics, Simulations, Data Analysis, Modeling, and Python. An applicant tracking system matches the wording, not the idea.
  • Attach one line of real, concrete experience to at least one of them. A tool named with nothing behind it rarely survives a human read.

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