Méréstechnikus mérnök állások Németországban (speciális mérnöki területek)

• You develop optical systems for cinematography.
• You conduct optical design studies, including design and tolerance analysis, to ensure the quality of our products.
• You work on the further development of our models and methods to optimize system performance.

• Evaluate optical designs for mobile imaging applications and provide constructive feedback for enhancements and design guidelines.
• Develop and accurately predict the performance of complex miniaturized optical systems

• Your role will be to develop and establish the scientific foundations for a machine learning-based multiphysics framework, using surrogate models trained on validated EHL simulations.
• You will also create a novel, computationally efficient, data-driven design protocol for lubricated components.

• support the sales team with product and application-related topics, including application training
• conduct product demonstrations for international customers and support sales activities at trade fairs
• perform installations and conduct customer training

• You provide technical support and monitoring of the assigned ships
• You ensure compliance with classification and flag state regulations as well as international safety and environmental standards (ISM, ISPS, MLC)

• Creates and maintains detailed engineering level work plan as tool for guiding and proper engineering execution through ED, DV, PV and launch (as applicable)
• Leads Engineering Development Team (EDT) – mechanism for governing engineering progress

• Perform structural and dynamic simulations using LS-DYNA for automotive and battery applications, including vibration and dynamic load scenarios
• Conduct electro-thermal modeling in ANSYS Workbench and APDL
• Develop and optimize thermal management systems for Li-ion batteries

• Conduct Risk Engineering surveys for the power sector (erection, commissioning and operation)
• Implementation of efficient loss prevention measures with the development of effective risk management procedures at client level
• Develop and implement HRC standards, guidelines, and risk engineering tools

• 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

• Definition of the Network architecture, including Space nodes, Ground nodes and User Terminals
• Definition of link budgets and communication protocols with assessment of implication over the Digital Payload architecture
• Perform traffic model simulations

Koordination und technische Leitung interdisziplinärer Entwicklungsteams in Bezug auf das technische Management von Entwicklungsprojekten, Projektplänen, Ressourcenplänen und die Erfüllung von Designanforderungen zur Produktoptimierung...

• 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.

• Perform detailed stress analysis of aerospace structures and components using both classical hand calculations and advanced finite element methods (FEM), mostly of CFRP structures
• Identify failure scenarios and collaborate with design engineers to review and optimize structural designs

• 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

• Driving locally disciplinary and globally technically the Raw Data Processing development (incl. planning, concept & verification)
• Leading and developing a high-performing international team, fostering individual growth and technical excellence

• 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

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...