171 Jobs on this page

    • You define and evaluate E/E architectural concepts
    • You will write and manage system and architectural requirements
    • You will be in the lead to allocate functionality to hardware
    • You support requirements management for complex and distributed technical systems
    • You form the interface between different departments and, if required, also suppliers
    • You are part of a team developing software functions for the electric powertrain and connected systems
    • You support the team in its daily work and will get to know the role of a function developer
    • You do investigations of the state of the art in separately excited synchronous machines with inductively coupled rotor excitation
    • You develop concepts for the power-electronic supply of the excitation circuit
    • You optimize a field-oriented control for separately excited synchronous machines with focus on e.g. efficiency and torque control dynamics
    • You do simulation-based investigations and evaluations of the developed concepts using MATLAB / Simulink / PLECS
    • You do the research of state-of-the-art accelerating rate calorimeters (ARCs)
    • You are in charge of the evaluation of the existing heating concept
    • You adapt the existing heating system
    • You optimize the surface temperature measurement in test chamber
    • You take care of the implementation of a controller for several heating circuits
    • You are in charge of the validation for the new heating concept
    • designs E2E systems - from requirements elicitation and architecture design to implementation and testing
    • takes over the development and troubleshooting for Android Automotive OS (AAOS) and Google Automotive Services (GAS) as well as the integration of/for Apple CarPlay and Android Auto
    • troubleshoots at vehicle and network level (for networked functions and services)
    • develops software (object-orientated, scripting, testing)
    • works closely with our customers
    • works in an international environment and in a global market
    • is willing to improve your own skills
    • supports ongoing projects in Model-based Systems Engineering (MBSE) with various customers in the automotive sector
    • uses his newly acquired knowledge of product requirements in UML/SysML models
    • supports the coordination of system requirements of complex systems (e.g. driver assistance systems, highly integrated electrified powertrains, vehicle dynamics systems, infotainment environments)
    • contributes to the presentation of concepts and prepares development results
    • enjoys analyzing development processes and wants to support optimization, e.g. with agile methods
    • can present his work results clearly and precisely
    • wants to take on responsibility and, after a familiarization phase, independently develops and presents defined tasks
    • supports ongoing projects in Model-based Systems Engineering (MBSE) with various customers in the automotive sector
    • uses his newly acquired knowledge of product requirements in UML/SysML models
    • supports the coordination of system requirements of complex systems (e.g. driver assistance systems, highly integrated electrified powertrains, vehicle dynamics systems, infotainment environments)
    • contributes to the presentation of concepts and prepares development results
    • enjoys analyzing development processes and wants to support optimization, e.g. with agile methods
    • can present his work results clearly and precisely
    • wants to take on responsibility and, after a familiarization phase, independently develops and presents defined tasks
    • Support of our customers within the scope of vehicle development projects
    • Acoustic evaluation and optimization of series and prototype vehicles
    • Definition of acoustic target values and their monitoring during the development process
    • Analysis and optimization of acoustically relevant excitation, noise transfer and radiation mechanisms
    • Development of measures to ensure target fulfillment
    • Independent presentation preparation
    • Support of development activities at our customers worldwide
    • acoustic investigation and evaluation of series and prototype engines by means of testing
    • development of test and validation plans
    • analysis and optimization of acoustical relevant excitation, noise transfer and radiation mechanisms of internal combustion engines and electrified propulsion systems
    • self-reliant assessment of testing results as well as internal and external communication
    • self-reliant set-up of presentations
    • customer support within the scope of development programs
    • is getting familiar with the FEV.io CUBE methodology
    • undertakes extensive literature research on state machines (STM), in particular STM in SysML and the use of state machines in MBSE methods other than the CUBE methodology
    • implements an executable concept for modelling state machines in a generalised framework (scripting in SysML modelling tool like Enterprise Architect)
    • applies the concept to a customer project

       

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