FAQs
What is the primary focus of the Computational Imaging Scientist role?
The primary focus is on the co-design of algorithms and hardware to innovate in imaging and optical metrology, shaping the future of ZEISS products through research and development.
What are the educational requirements for this position?
A successful university degree in mathematics, physics, computer science, or a similar field is required. A PhD would be a plus.
What technical skills are needed for the Computational Imaging Scientist position?
Expert knowledge in optimization, computational imaging, and inverse problems is needed, along with programming skills in Python. Experience with Matlab and C#/C++ is also a plus.
What types of projects will the successful candidate work on?
Projects will involve developing prototypes for future ZEISS products, including light, electron, and X-ray microscopes, OCT devices, industrial CT scanners, and 3D measurement systems.
Is collaboration with other teams part of the job?
Yes, collaboration with a team of highly skilled experts from various domains is essential, as well as supporting business units during early development phases.
What qualities should a candidate possess to excel in this role?
Candidates should have a passion for mathematical modeling, a hands-on mindset to bring ideas to life, and a strong dedication to integrating algorithms with optical setups and system engineering.
Are there any language requirements for this position?
Yes, competent spoken and written English is required.
What types of advancements should a candidate be knowledgeable about?
Candidates should stay updated on the latest algorithm and technology advancements in imaging and optical metrology to generate innovative ideas.
Who can I contact for more information about the application process?
You can contact Katharina Dandorfer from the ZEISS Recruiting Team for further inquiries regarding the application process.