Multi-Beam SEM Imaging Internship (Physics/Engineering)

StudentJob; Delft; On-site; EUR 6,700 - 9,500; Full time

Job summary

ASML Delft is offering a master's non-thesis internship focused on improving the imaging performance of multi-beam SEM used for wafer inspection. You will work on calibration measurements and data analysis to understand how wafer topography affects image quality and throughput.

The role involves collaboration with software, physics, and systems engineers to develop robust inspection strategies and enhanced imaging performance.

Qualifications

• Pursuing a master's degree in Physics, Applied Physics, Electrical Engineering, Computer Science, or related field and have completed a bachelor's degree.
• Strong foundation in physics and mathematics.
• Experience with Python for scientific programming and data analysis.
• Analytical and able to interpret complex datasets.
• Proactive and comfortable working independently and in multidisciplinary teams.

Responsibilities

• Design and execute calibration and characterization measurements.
• Analyze measurement data to evaluate imaging and system performance.
• Assess beam positioning, focus behavior, and alignment accuracy.
• Develop data-analysis workflows, visualizations, and performance metrics.
• Investigate the impact of wafer topography on imaging quality and throughput.
• Support automation of data processing and reporting activities.
• Collaborate with software, physics, and systems engineers to improve calibration methods.
• Project may include statistical modeling, algorithm development, and optimization of inspection strategies.

Skills

Python

Data analysis

Physics

Education

Master's degree in Physics

Bachelor's degree

Tools

NumPy/SciPy

Job description

ASML Delft is offering a master's non-thesis internship focused on improving the imaging performance of multi-beam SEM used for wafer inspection. You will work on calibration measurements and data analysis to understand how wafer topography affects image quality and throughput.

The role involves collaboration with software, physics, and systems engineers to develop robust inspection strategies and enhanced imaging performance.