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You will familiarize yourself in detail with the modeling approaches of existing in-house and commercial calculation tools....

• Analysis of avionics system design/requirements requirements
• Develop executable test plans which address technical specification verification requirements
• Definition and adaptation of design requirements to mission data generation, incl. workflow definition

• Review of avionics system requirements and design
• Definition of test cases and scenarios for verifying system requirements
• Development of test procedures and test scripts
• Conducting system integration tests in avionics systems
• Analysis of test results or data and reporting, including error reporting

• Design and development of FMS functions
• Design and development of Flight Guidance functions and trajectory generation
• Implementation of these functions in a simulation environment

You will be a part of the Field Applications Specialist Team and report to the Field Application Manager responsible for providing frontline support by resolving customer(s) problems and issues through technical, scientific expertise and troubleshooting. You will help drive revenue growth while...

• Communicate with stakeholders and customers to gather and understand requirements
• Define and architect the software foundation for simulation control stations, instructor operating stations and flight training debriefing stations

• Oversee financial planning processes, including budgeting, forecasting, and reporting, while delivering clear insights for strategic decision-making
• Monitor and optimise costs, analysing raw material expenses, production KPIs, and operational efficiency to drive cost-saving initiatives

Head Competence Center Electrics and Electronics (w/m/d) Rieter is the world’s leading system supplier for processing natural and man-made fibers into short-staple and long-staple yarn, as well as for the production of filament yarns, man-made fibers and nonwovens. With its comprehensive technology...

• You coordinate directly with the Business Unit Manager.
• You take overall technical responsibility for all projects within the Business Unit Boeing.
• You own the system architecture and define the technical solution strategy.
• You lead and coordinate interdisciplinary engineering teams.

Solution Architect Rieter is the world’s leading system supplier for processing natural and man-made fibers into short-staple and long-staple yarn, as well as for the production of filament yarns, man-made fibers and nonwovens. With its comprehensive technology portfolio, Rieter covers the entire...

• Deploy network system upgrades at CONUS and OCONUS field sites.
• Become site focal for the program and coordinate installations.
• Provide onsite support for troubleshooting and problem resolutions.
• Perform network maintenance and upgrades.
• Provide documentation and reporting.

You teach fundamental knowledge with high practical relevance, e.g. for the topics penetration testing, threat modeling, cybersecurity auditing and information security management systems, and are responsible for correcting exams....

You teach fundamental knowledge with high practical relevance, e.g. for the topics cybercrime investigation, digital forensics, attack vectors and cybersecurity threat analysis, and are responsible for correcting exams....

You teach fundamental knowledge with high practical relevance, e.g. for the topics IoT architectures, communication protocols, edge computing, and connected devices, and are responsible for correcting exams....

As an AI Research Engineer at Bosch, you will explore a variety of real-world use cases that can significantly benefit from cutting-edge Large Language Models (LLMs), end-to-end trained ADAS systems, and AI agents....

• Managing responsibilities within the assigned team of leaders of people and engineers, develop and continuously improve organizational capabilities of the team.
• Managing related activities and ensuring the alignment of their area with broader organizational initiatives and objectives.

• Planning, designing, and performing (primary) cell–based, molecular biological, and biochemical experiments
• Conducting animal experiments using mouse models
• Establishing new project-related laboratory methods, including experimental design, implementation, and validation of results

• Independent planning and execution of experiments
• Setup and operation of electrochemical test systems
• Data analysis and evaluation
• Contribution to cell and process development
• Scientific communication and dissemination
• Collaboration in an interdisciplinary team

• Participation in the execution and organization of research projects
• Guided, but also independent execution of experimental research work in the aforementioned subject area, from programming experimental setups, data acquisition, and data analysis, to the dissemination of the results

• Independent planning and execution of experiments
• Fabrication of membrane electrode assemblies
• Setup and operation of electrochemical test systems
• Spectroscopic investigations
• Data analysis and evaluation
• Contribution to cell and process development
• Scientific communication and dissemination