System Developer Algorithms (Metrology Software) (f/m/x)

TN Germany; Oberkochen; Vor Ort; EUR 55.000 - 75.000; Vollzeit

Zusammenfassung

Join a leading company as a System Developer Algorithms in Oberkochen, where you will shape the digital future of semiconductor mask solutions. Your role involves designing sophisticated algorithms for high-performance measurement systems, collaborating with expert teams, and pushing the boundaries of accuracy in photomask systems. Ideal candidates will have strong programming skills in Scientific Python and C++, along with a solid background in physics or engineering.

Qualifikationen

• Excellent practical programming experience with Scientific Python and possibly C++.
• Proven software architecture skills and contributions to open-source projects.
• Extensive experience in implementing numerical simulation methods.

Aufgaben

• Design and implement highly accurate mathematical-optical models.
• Focus on product maturity and value-adding algorithms.
• Collaborate with research partners and expand your network.

Kenntnisse

Scientific Python

C++

Parallel Computing

Image Processing

Machine Learning

Ausbildung

Degree in Physics

Degree in Computer Science

Degree in Engineering

Degree in Applied Mathematics

Jobbeschreibung

Job Title:

System Developer Algorithms (Metrology Software) (f/m/x), Oberkochen

Client:

ZEISS Group

Location:

Oberkochen, Germany

Job Category:

Other

EU Work Permit Required:

Yes

Job Reference:

24108b1f8a12

Job Views:

1

Posted:

16.05.2025

Expiry Date:

30.06.2025

Job Description:

Shape the digital future of ZEISS in the Global Algorithms & Software Semiconductor Mask Solutions team! Your sophisticated algorithms evaluate enormous amounts of image data efficiently, enabling the performance of complex photomask systems crucial for defect-free microchip manufacturing.

Your Role

Our measurement systems for semiconductor lithography demand extreme measurement performance, primarily achieved through high-level optical components. Overcoming manufacturing tolerances to push accuracy limits using algorithms is your challenge at ZEISS.

You will design and implement highly accurate mathematical-optical models and their numerical solutions within expert teams. Your responsibilities include conceptual design, implementation, and performance evaluation, focusing on product maturity and value-adding algorithms. You will expand your network within the company and collaborate with research partners.

Your innovative mindset keeps you updated with the latest technical developments and publications, fostering excellence in your work.

Your Profile

• Excellent practical programming experience with Scientific Python, and possibly C++, including parallel computing (CUDA, Cloud)
• Proven software architecture skills and contributions to open-source projects
• Extensive experience in implementing numerical simulation methods and optimization techniques for forward and inverse problems
• Strong knowledge of classical image processing, machine learning, and physical/methodological understanding of geometric and physical optics
• Degree in physics, computer science, engineering, or applied mathematics
• Passion for solving complex problems independently and collaboratively