Process & 3D Integration Modeling Researcher

asml; Veldhoven; On-site; EUR 75,000 - 110,000; Full time

Job summary

ASML seeks a Process and 3D Integration Modeling Researcher to drive computational modeling of future lithography and 3D integration concepts. You will develop models for bonding, coating, polishing, and etching, and run experiments for validation.

You will analyze data from customer and research fabs, collaborate across ASML to advance metrology and patterning technologies, and contribute innovative solutions for next-generation devices.

Qualifications

• PhD in physics, chemistry, materials science, applied mathematics or electrical engineering with computational modeling experience.
• Experience developing and calibrating computational models for semiconductor processing steps.
• Preferably familiar with cleanroom fabrication or semiconductor manufacturing processing steps.
• Experience with ASML Overlay or Alignment analysis is advantageous.

Responsibilities

• Perform analysis using data from customer fabs and research fabs, identifying hidden patterns and physical implications.
• Develop computational models for processing steps such as bonding, coating, polishing, and plasma etching, and design experiments for validation.
• Collaborate with domain experts and project teams within ASML and with process integration engineers at research and customer fabs.
• Generate new ideas and solutions for ASML's metrology, patterning and 3D integration products.

Skills

Computational modeling

Numerical simulations

Data analytics

Overlay analysis

English communication

Education

PhD in physics, chemistry, materials science, applied mathematics or electrical engineering

Tools

ASML Overlay analysis

Job description

ASML seeks a Process and 3D Integration Modeling Researcher to drive computational modeling of future lithography and 3D integration concepts. You will develop models for bonding, coating, polishing, and etching, and run experiments for validation.

You will analyze data from customer and research fabs, collaborate across ASML to advance metrology and patterning technologies, and contribute innovative solutions for next-generation devices.