Photonic Substrates for Ultrafast EUV Spectroscopy

Imec; Vlaams-Brabant; On-site; EUR 8,900 - 12,000; Full time

Job summary

Imec's AttoLab seeks a motivated Master intern to design-aware nanophotonic substrates for surface-enhanced, ultrafast spectroscopy of EUV photoresists. You will design and simulate nanostructured arrays that support LSPR to boost IR signals, using finite element or FDTD methods and valid material data.

The role combines 80% modeling/simulation, 10% data analysis, and 10% literature, with close collaboration across lithography, materials chemistry, and ultrafast optical science.

Qualifications

• Masters student in chemistry, physics or materials science.
• Strong background in finite element or FDTD modelling.
• Experience with data analysis and coding (Python, Matlab) valued.
• Proficient in English both written and spoken.

Responsibilities

• Modeling and simulation of nanostructured arrays to boost LSPR signals.
• Data analysis and literature review related to EUV photoresists.

Skills

Data analysis

Python

Matlab

Finite element modelling

FDTD modelling

Spectroscopy

Nano-optics

Education

Master's degree in Chemistry/Physics/Materials Science/Nanoscience

Tools

Python

Matlab

Finite element

FDTD

Job description

Imec's AttoLab seeks a motivated Master intern to design-aware nanophotonic substrates for surface-enhanced, ultrafast spectroscopy of EUV photoresists. You will design and simulate nanostructured arrays that support LSPR to boost IR signals, using finite element or FDTD methods and valid material data.

The role combines 80% modeling/simulation, 10% data analysis, and 10% literature, with close collaboration across lithography, materials chemistry, and ultrafast optical science.