MEMS & Electron Optics Simulation Intern

ASML; Delft; Hybrid; EUR 13,000 - 20,000; Full time

Job summary

ASML in Delft, Netherlands, offers a master’s non-thesis internship focusing on electron optical sensitivity simulations for MEMS in a multi-beam electron microscope. You will adapt models, analyze geometric tolerances, and quantify effects on beam focus and alignment within a hybrid work setting.

You will work with engineers to interpret data from prototype SEM systems, document findings, and communicate recommendations to the design team. Start is Feb/March 2027 for a minimum of five months.

Qualifications

• Currently enrolled in a master’s degree in physics, applied physics, electrical engineering, computer science, or related field.
• Bachelor’s degree completed.
• Solid foundation in physics and mathematics.
• Experience with Python and scientific computing libraries.
• Analytical and able to investigate complex technical problems.
• Proactive, collaborative, and able to communicate findings clearly.
• Interest in simulation methods, electron optics, or semiconductor technology.

Responsibilities

• 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 interpretation of data from prototype SEM systems.
• Document findings and communicate recommendations to the design team.
• Collaborate with engineers and researchers to improve understanding of performance sensitivities.

Skills

Python

Education

Master's degree (enrolled)

Bachelor's degree completed

Background in Computer Science

Job description

ASML in Delft, Netherlands, offers a master’s non-thesis internship focusing on electron optical sensitivity simulations for MEMS in a multi-beam electron microscope. You will adapt models, analyze geometric tolerances, and quantify effects on beam focus and alignment within a hybrid work setting.

You will work with engineers to interpret data from prototype SEM systems, document findings, and communicate recommendations to the design team. Start is Feb/March 2027 for a minimum of five months.