21 germany English-speaking jobs in Jena

PhD Student in Camera Optical Design will conduct literature analysis, study stray light, and explore solutions to enhance optical efficiency. Expertise in optics, light propagation theory, and raytracing software is required.

Research Intern for AI Optical Field Manipulation Algorithms. Develop deep-learning algorithms for optical field manipulation, focusing on LCoS systems. Requires background in optics, physics, or CS, and proficiency in Python/TensorFlow/PyTorch.

Senior Researcher in Optical System Design performs research in smart display, projection, imaging, and laser optics. Responsibilities include solution design, simulation, and prototyping, focusing on systems with liquid crystals or diffractive elements.

Subsystem Architect for Stages EUV. This role involves contributing to innovations and setting industry pace. Join a team where expert knowledge and team spirit are valued.

Senior Manager Strategic Marketing role at ZEISS. This position involves driving innovation and achieving outstanding results within a modern, opportunity-rich environment.

DevOps Engineer role focused on driving innovation and enabling outstanding achievements. This position involves contributing to the company's pace of innovation within a modern, development-focused setting.

Jena is among the most liveable cities in Germany. ... Friedrich Schiller University Jena is a dynamic and innovation-driven university centrally located in Germany

be according to the collective labor agreement for public service employees of the federal states of Germany

be according to the collective labor agreement for public service employees of the federal states of Germany

working hours, 30 days holiday (on top free on Christmas Eve and New Year’s Eve) and subsidized job / Germany

SummaryLocation: Dresden, Germany; DEU-Hesse-Weilburg-KLA; DEU-Thuringia-Jena-Orbotech-LISType: Full

Working Student in Data Science research focusing on data analysis and machine learning. Tasks include literature review, EDA, developing algorithms for time series and anomaly detection, and testing methodologies. Requires studies in related fields and Python skills.

Senior Enterprise Architect for a greenfield project at a global microelectronics company. Responsibilities include guiding management, developing concept proposals, and establishing architecture standards. Requires a computer science degree, 5+ years experience, and TOGAF certification.

Assemble, integrate, test, and validate complex laser-based systems. This role involves hands-on work with optics, electronics, motion hardware, and software, requiring troubleshooting under tight timelines.

Assistant Professor/Professor of History of Art and Architectural Culture at ETH Zurich. Develop leading research on art and architectural culture, focusing on architecture and the image. Responsibilities include teaching in BSc/MSc programs and interdisciplinary collaboration. Requires a Ph.D. in art or media.

Senior Software Engineer to design and implement system-level software for embedded Linux platforms. Focus on 2D/3D data acquisition and post-processing for industrial machine vision. Requires 5+ years in C++ development.

Senior Researcher in Optical System Design performs research in smart display, projection, imaging, and laser optics. Responsibilities include solution design, simulation, and prototyping. Requires expertise in optical engineering and relevant physics.

Function Architect for Hardware Development translates system requirements into robust functional and module-level architectures for complex semiconductor systems. Requires 8+ years in complex technical product development and expertise in Systems Engineering.

With high-precision lithography optics, photomask systems and process control solutions, ZEISS enables the production of ever smaller, increasingly powerful, and more energy-efficient microchips, and thus plays a pivotal role in the age of micro- and nanoelectronics.

Internship developing embedded Linux systems for medical, microscopy, and semiconductor applications. Requires experience with Desktop Linux, embedded systems like Raspberry Pi, and a relevant engineering background.