Doktorand Für Numerische Modellierung (m/w/x)

ZEISS Group

Oberkochen, Germany
**
Numerical modeling of maxwell equations
Polarization effects on microstructures
Theoretical and numerical model comparison
** ZEISS Group is seeking a PhD candidate for numerical modeling in Oberkochen, Germany, focusing on the development of approaches for approximating Maxwell's equations in microstructured optics. The ideal candidate should have a strong academic background in STEM, excellent mathematical skills, and the ability to work independently as well as in a team. **

Job Summary

  • Develop or advance approaches for the fast approximate solution of Maxwell equations in microstructured optics.
  • Gain a better understanding of polarization effects on microstructures and compare solutions with existing models.
  • Publish your results in the form of patents, conference reports, or scientific articles.

Matching Summary

Match Score: 75

** ZEISS Group is seeking a PhD candidate for numerical modeling in Oberkochen, Germany, focusing on the development of approaches for approximating Maxwell's equations in microstructured optics. The ideal candidate should have a strong academic background in STEM, excellent mathematical skills, and the ability to work independently as well as in a team. **

Skills & Requirements

Must-have

  • Numerical modeling of Maxwell equations
  • Polarization effects on microstructures
  • Theoretical and numerical model comparison
  • Publication of results
  • MINT degree completion

Nice-to-have

  • High initiative and independence
  • Team player
  • Excellent German and English communication
  • Micro-local analysis methods
  • Photonic crystal theory
  • Gauge theories

Key Requirements

  • Excellent MINT degree completion
  • Strong mathematical and theoretical competencies
  • Good programming skills (helpful)
  • High level of initiative and independence
  • Teamfähigkeit

Work Rights

Not specified

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