Informatika állások Németországban (speciális mérnöki területek)

You develop concrete recommendations for design modifications - encompassing geometry, manufacturing processes, and material selection - to maximize our product performance....

• You will familiarize yourself in detail with the implementation and structure of existing in‑house software tools.
• You will contribute to the conceptual development and software implementation of methods for load processing and fatigue analysis for various applications of our large‑diameter bearings.

Design your trainee journey independently, focus on the areas that match your strengths & ambitions & take on real responsibility in impactful projects from day one...

• Combinatorial synthesis of thin film materials libraries using sputtering
• High-throughput characterization of the thin film materials libraries (EDX, XRD, XPS ...)
• Implementing new advanced sputtering and characterization techniques (OES, AES, RHEED)

• Manage, control, and maintain technical data, material masters, bills of materials, and version statuses in ERP and PLM systems
• Ensure the up-to-dateness, correctness, and traceability of documentation for all product configurations—from development to series production

• Analyze oilfield data, with a focus on production rates, field trends, and sensor data
• Define and support strategies for oilfield operations and optimization
• Collaborate closely with customers to understand workflows, provide analytical support and deliver actionable insights

Conduct field measurement campaigns using Rosenxt measurement technologies....

• Drive advanced technologies in the field of electronic materials
• Be the key contact for innovation and technology players in advanced market fields like IC/Semiconductors/Automotive/Networks and Industry

■ Conduct experimental work in a team of researchers. ■ Modify existing test rigs and conduct measurements. ■ Implement and develop models and features within a multi-phase numerical simulation tool. ■ Perform CFD simulations of metal-fuel processes. ■ Post-process and analyze data. ...

• In this project, Molecular Beam Epitaxy (MBE) is our primary tool. You won't just be an observer; you will be an architect of matter. Your responsibilities will include:
• Designing and growing high-quality semiconductor heterostructures.

• In this project, Molecular Beam Epitaxy (MBE) is our primary tool. You won't just be an observer; you will be an architect of matter. Your responsibilities will include:
• Designing and growing high-quality semiconductor heterostructures.

• Design, develop, and integrate advanced ATM systems, ensuring that all components work seamlessly to meet performance and safety standards
• Lead the specification process, defining clear, complete, and traceable system and operational requirements.

• Capture of customer requirements and formalisation in system requirements
• Refinement of equipment requirements
• Preparation and participation in workshops with stakeholders
• Coordination with and support of software development
• Planning and execution of integration tests

• Capture of customer requirements and formalisation in system requirements
• Refinement of equipment requirements
• Preparation and participation in workshops with stakeholders
• Coordination with and support of software development
• Planning and execution of integration tests

• Understand and analyze customer requirements regarding the metrology and inspection workflows of semiconductor devices
• Manage internal projects targeting applications and solutions development for problems related to semiconductor metrology and inspection

• Provide theoretical and practical support for the installation of SAFRAN engines in the helicopter manufacturer's final assembly line
• Issue and manage airworthiness certificates, including the maintenance and update of engine logbooks

• 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.

• You implement numerical simulation methods and their applications for large scale power systems.
• You develop high performance algorithms for dynamic simulation taking also advantage of hardware-based acceleration techniques such as FPGA or GPU.

• Support the planning and delivery of engineering and operational projects across our global sites
• Contribute to process improvement, system optimisation and business efficiency, learning from experienced teams on site

• Supporting activities along the entire OSH value chain, from the collection and analysis of safety-related data to the preparation of preventive measures, follow-ups, and reporting
• Assisting in the maintenance, analysis, and further development of OSH documentation, standards, and guidelines