About the Role
At ZEISS Microoptics, our vision goes beyond innovation, as we are actively shaping an entirely new industry. Holography is rapidly becoming essential to next-generation automotive and consumer experiences.
ZEISS Microoptics is the world-leading technology TIER1-provider for holographic solutions, covering the entire value chain. Our technologies translate deep tech into daily life products.
Our mission: Lead the industrialization of holography. We are pioneers in integrating cutting-edge optical technologies into the automotive industry, combining microoptics and holographic technologies to redefine mobility, smart homes, and the way users interact with their surroundings.
Your Role
•Develop and optimize optical system designs for imaging and illumination applications, with a focus on holographic and micro-optical technologies
•Translate system requirements into robust optical concepts and evaluate their performance through simulation, tolerancing, and straylight analysis
•Design, analyze, and optimize optical systems while considering performance, manufacturability, and integration requirements
•Support the development and industrialization of optical solutions from concept phase to prototype and production
•Collaborate closely with interdisciplinary teams, including mechanical, electronics, software, process, and manufacturing engineering
•Support validation activities, including simulation, measurement, testing, and performance verification of optical systems
•Contribute to the development and improvement of internal tools, simulation methods, and modeling approaches
•Drive innovation in optical system design and contribute to the advancement of holographic and micro-optical technologies
Your Profile
•Degree in physics, photonics, optical engineering, mathematics, or a comparable field
•Proven experience in optical design and development within an industrial, research, or academic environment
•Strong expertise in optical system design, simulation, and optimization
•Experience working with ray tracing and optical simulation tools such as Zemax, LightTools, FRED, or CODE V
•Programming skills in Python, MATLAB, C++, or C# are an advantage
•Solid background in optical simulation, including tolerancing, straylight analysis, and system optimization
•Experience in the development, characterization, and integration of optical systems and components
•Fluent in English and German (minimum B1 level) and strong communication, intercultural competence, and a collaborative mindset
