Kezdő állások Németországban (speciális mérnöki területek)

Using your expert knowledge of optical system design, you liaise with R&D, product management and operations function of ZEISS strategic business units and Corporate Research & Technology and work towards early involvement in their R&D projects...

• Conduct field testing of robotic systems within a greenhouse environment.
• Evaluate the performance and reliability of robots under real-world conditions
• Acquire data required to support our development efforts
• Identify and troubleshoot technical issues, ensuring minimal downtime

• Review and refine requirements from System/ Subsystem Level
• Write Requirements for AC SW
• Generate implementation concepts of Sensor Functions and Stores
• Develop functional prototypes of sophisticated algorithms in the area of Air to Surface Weapons
• Support System Hazard Assessements

Develop high performance analog / mixed-signal architectures & circuits from initial concept through prototype approval and until production ramp, including design for: manufacturability, yield, test, and reliability...

• Defining the technology roadmap for 77 GHz automotive radar antennas and waveguide-based solutions
• Architect next‑generation radar antenna systems, including array concepts, feeding structures, and integration strategies

• to develop automated workflows for descriptor-based microstructure reconstruction
• to identify material parameters for crystal plasticity simulations from experimental data through inverse analysis

• Product requirement & verification definition efforts
• Hardware design and development from concept to manufacturing drawings
• Integration of designs into global assemblies
• Maintenance & improvement of design and production engineering processes

• Evaluate most promising topological techniques (pixelated surfaces or shape deformation) for design optimization of metasurfaces
• Development of both methods and integration within internal software.
• Simulation and design on test metasurfaces for a given application

• Lead technical assessment with customers, analysing equipment specifications, production processes, and data availability to define integration requirements.
• Coordinate and support the integration of new and legacy industrial equipment, including retrofit projects when required.

• Structural stress analysis are performed and evaluated using both FEM methods and classical hand calculations
• The Structural Repair Manual (SRM) is used on a regular basis, with relevant references being confidently incorporated into analyses and repair assessments

• Design and implement end‑to‑end AI pipelines for time‑series and event‑driven sensor data (e.g., pressure, temperature, current, voltage, etc.)
• Combine physical models with data‑driven approaches (hybrid / physics‑informed machine learning) to improve robustness and interpretability

• Check and plan technical interventions by reviewing manuals, reference documents and required qualifications as well as identify the necessary tools, spare parts and documentation
• Support to prepare technical estimates when needed and carry out repair or maintenance work off-site

The topic of the dissertation: Investigation and optimization of III-V-semiconductor-based light sources for parallel short-range data communication...

• Building an internal startup and drive prototype and product development Interact with key internal and external stakeholders and future customers to understand product requirements
• Shape startup like development and business building environment

Strategic responsibility for the conceptual system architecture of industrial manufacturing and production platforms, in close collaboration with customers in the Life Sciences and Pharma industries, integrating automation, digital systems, data, and physical equipment...

• Rapidly develop a deep understanding in the state-of-the-art in thin film thickness measurements
• Learn to directly lease with stakeholders to understand user needs and evaluate solutions from technical and business perspectives

• Take a hands-on role in designing, building, and operating high-power cryogenic laser systems
• Shape the technology that enables the next leap in fusion research
• Drive experimental characterization and laser diagnostics
• Keep our cutting-edge labs running at the highest level of precision and safety

• Support, define, plan, document, and technically manage product development activities to ensure delivery in accordance with design objectives and development plans.
• Identify and understand user needs through engagement with key stakeholders.

• Development of software concepts and software architecture including exception handling for fast feedback systems of the PETRA IV project
• Review of software requirements, design and functionalities for the PETRA IV project

• Support and execute international projects in the oil & gas sector, taking responsibility for assigned project phases, sub-projects or work packages
• Support and coordinate cross-functional project teams (engineering, quality, procurement, logistics)