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For a variety of modern optical systems, reliable characterization and simulation of wave-optical propagation effects is crucial. Depending on the application, this may involve selecting, adapting, or comparing different numerical approaches, ranging from efficient wave-propagation algorithms to rigorous solvers such as finite-difference time-domain (FDTD) methods and related techniques. The choice of a suitable method with respect to numerical complexity, performance, and accuracy therefore plays a fundamental role. As part of this internship or thesis, promising approaches will be investigated and compared for relevant application examples, such as optical waveguides, photonic integrated circuits, printed micro-optic components, or semiconductor optics. This project within ZEISS Corporate Research and Technology provides insight into a highly dynamic R&D environment with many exciting research fields.

Screen literature and open-source codebases
Select suitable wave-optical propagation algorithms and approaches from in-house or open-source implementations
Select relevant use cases and appropriate evaluation metrics
Develop Python code for the evaluation and visualization of various tools and algorithms for selected applications
Conduct simulations and analyze results
Document and present results

You are enrolled in a Bachelor's or Master's program of physics, optics, or mathematics
You have basic knowledge of optics
You have basic programming skills in python
You have excellent organization, problem-solving, communication, and innovation skills
You are fluent in English and German

Sounds exciting? Then become part of #teamZEISS and help us shape the future! Please provide your complete application documents (CV, transcript of records, etc.).

KA1SP_DE

✨ قدّم بالذكاء الاصطناعي – يتولى خطاب التقديم والإرسال

تفضّل القيام بذلك بنفسك؟ التقديم مباشرةً لدى الجهة المعلِنة · المصدر: Stepstone