You will create prototypes and models for photonic devices, enhance simulation capabilities, and drive initiatives to support product development in optical systems.
Anforderungen
- •University degree in physics, computer science, or mathematics
- •Excellent programming skills
- •PhD would be a plus
- •Proven expertise in simulation and modelling
- •Overview of latest research and industry trends
- •Hands-on experience in developing simulations
- •Expertise in mathematical modeling and numerical methods
- •Experience with finite element analysis (FEA)
- •Experience with finite difference time domain (FDTD)
- •Proficiency in electro-magnetic solvers
- •Experience with JCMwave, COMSOL Multiphysics, ANSYS Lumerical
- •Solid background in Python
- •Strong communication and presentation skills
- •Hands-on mindset to realize ideas
Deine Aufgaben
- •Develop visions and prototypes for products.
- •Model and simulate sub-wavelength structures.
- •Evaluate photonic devices and optical systems.
- •Enhance simulation capabilities with software integration.
- •Drive related activities and initiatives.
Original Beschreibung
# Simulation Scientist (m/w/x)
**Oberkochen** | **Full time**
# Your role
* Working in the interface between algorithms, optical design, and system engineering, you will develop visions and prototypes for future products.
* Model, simulate, and evaluate sub-wavelength structures in photonic devices and optical systems that are crucial for the entire application spectrum of the ZEISS Group.
* Advance our simulation capabilities by interfacing to both proprietary and ZEISS-owned software and developing the latter further.
* Initiate and drive corresponding activities.
# Your profile
* A university degree in physics, computer science or mathematics and excellent programming skills - a PhD would be a plus.
* Proven and recognized expertise in simulation and modelling in both theory and implementation.
* State-of-the-art overview of latest research and industry trends in nano-structured surfaces, particularly in optical and acoustic effects.
* Knowledge and hands-on experience on how to develop simulations at scale and optimize regarding speed and efficiency.
* Expertise in mathematical modeling and numerical methods, including finite element analysis (FEA), finite difference time domain (FDTD), and other computational techniques.
* Proficiency in using rigorous electro-magnetic solvers, e.g. JCMwave, COMSOL Multiphysics, ANSYS Lumerical or respective open-source packages.
* A passion for programming with a solid background in Python.
* Strong communication and presentation skills - the vision and hands-on mindset to make your ideas come to life in ZEISS products.
Your ZEISS Recruiting Team:
Friederike Kirklar-Harms