MEMS Electron Optics Simulation Internship

ASML; Delft; Híbrido; EUR 17.000 - 23.000; Tempo parcial

Resumo da vaga

ASML in Delft invites a master’s student to join a team developing a multi-beam electron microscope. The internship focuses on MEMS modules shaping electron beams, investigating manufacturing tolerances, and building insights to improve system performance.

You will adapt simulations, analyze geometric deviations, quantify sensitivities, and communicate findings to the design team while gaining hands-on experience in a multidisciplinary environment.

Qualificações

• Currently enrolled in a master’s degree in physics-related field.
• Solid foundation in physics and mathematics.
• Experience with Python and scientific computing libraries.
• Analytical, systematic problem-solving approach.
• Interest in simulation methods, electron optics, or semiconductor tech.

Responsabilidades

• 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.

Conhecimentos

Python

Scientific computing

Electron optics

Data analysis

Formação

Master's in Physics

Bachelor's degree completed

Ferramentas

Python libraries

MATLAB

Simulation software

Descrição da vaga

ASML in Delft invites a master’s student to join a team developing a multi-beam electron microscope. The internship focuses on MEMS modules shaping electron beams, investigating manufacturing tolerances, and building insights to improve system performance.

You will adapt simulations, analyze geometric deviations, quantify sensitivities, and communicate findings to the design team while gaining hands-on experience in a multidisciplinary environment.