Mérnök állások Németországban (speciális mérnöki területek)

• 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

• Develop, optimize, and maintain optical coupling processes for optical communication modules (fiber attach, active/passive alignment, lens/waveguide coupling, etc.).
• Design and refine automated process sequences on alignment equipment (e.g., Ficontec)

• Support the Client in planning, coordinating, and executing Certification and Authorization activities for railway vehicles and subsystems.
• Prepare, review, and validate technical documentation required for certification dossiers (Technical File, Safety Case, Declarations of Verification, etc.).

• 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

• Lead R&D projects for optical sub-assemblies, including planning, scheduling, budgeting, and risk management.
• Coordinate cross-functional teams and ensure alignment with Operations, Quality, Supply Chain, and Product Management.

Support our development engineers in supervising inertial sensors during ramp-up and series production and contribute to continuous improvement through data evaluation, advanced analytics, statistics and failure analysis using Python-based toolchains...

• Implementation of software components in the flight simulation field
• Planning and conducting Unit-tests
• Integration of software parts into the overall system
• Definition and implementation of integration tests
• Documentation according to project specifications

• 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

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

• Technical project manager / system integrator for MV/HV power supply projects
• Develop plant power supply single line diagrams
• Sizing of distribution transformers
• Selection of MV and HV switchgears and cables
• Develop substation SCADA protection concepts

• Supporting the setup and execution of battery tests, including installation of thermocouples and sensors
• Assisting with the collection, processing, and analysis of both laboratory test data and field data from real-world battery applications

• Develop and implement generative AI models for design optimization
• Integrate AI algorithms with Finite Element Method (FEM) and other simulation tools
• Analyze simulation results and propose design improvements
• Collaborate with engineers to automate optimization workflows

• Conceptual design and programming of test procedures in powertrain simulation environments using Python
• Continuous comparison of test procedures with other test resources such as powertrain test benches or test vehicles

• 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

• Developing new fabrication processes for CaF₂, sapphire, and BK glass
• Collaborating closely with industry partners in areas including lasers, imaging cameras, and display technologies
• Preparing and supporting patent application documents

• 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.

• Responsible for the creation, review and revision of requirements in a helicopter avionics development process
• Working in the V-Model
• Working in unity with software and test engineers
• Documentation in DOORS

• You develop control algorithms for the grid integration of power electronic converters
• You implement and optimize modulation, balancing, and fault-tolerant operation methods in multilevel converters
• You prepare reports, papers, and patents on converter control topics

• Building graphite half cells (EL cells) of different electrode variations such as very thin electrodes, thickness variations and particle size variations
• Perform C-Rate tests at different temperatures
• Obtaining diffusion coefficients through fitting