50 Jobs on this page

    • Development of inverter/ power electronics controls for e-motors
    • Specification, review, design, testing and validation of control algorithms for e-drives and other power electronics systems.
    • Simulation and code generation using advanced tools such as MATLAB/Simulink, Plecs and TargetLink
    • Specification and development of interfaces to the controller Hardware and other Controllers
    • Testing and calibration of functions with INCA, CANape or CDNG
    • Vehicle and test bench support for both series applications as well as prototypes
    • Traveling and business trips to customers abroad

       

    • Management of projects and subprojects related to model based Systems Engineering
    • Responsibility for project technics, schedule and finances
    • Communication with customers and suppliers also by business travel
    • Coordination of colleagues mainly with respect to the following topics: Alignment of text and/or model based system requirements of software-intense systems (e.g. driving assistance systems, electrified powertrains, etc.), Function and Software Development including V&V
    • Support of consulting on customer site by business travel
    • Proactive support of sales activities and establishment of personal customer contacts
    • Project- and team-related reporting internally and to customer up to board level
    • Preparing 3D models and 2D technical drawings in the field of automatic transmission
    • Preparing design documentations
    • Carrying out research and development in the area of design solutions
    • Carrying out basic engineering calculations related to designed elements
    • Carrying out ongoing tasks related to ongoing project activities
    • Development of innovative vehicle propulsion systems
    • Support of Research and Industry Projects
    • Support of Measurement on Benchmark Vehicles
    • Put-into-Operation and Calibration of Demonstrator Vehicles
  • Be a full time member of one of our project teams and get a first-hand experience in Management Consulting. You will be working on your own sub-projects. You will develop individual solutions for our customer‘s needs together with our consultants (f/m/d) in your project team. This includes for example research, data analysis and processing of results to create customer presentations. You will also get the chance to actively participate in customer meetings. 

    • Support of projects as part of interdisciplinary consulting projects
    • Autonomous processing of defined tasks
    • Data analysis and assessment, as well as elaboration of management-compatible result presentations
    • Interdisciplinary teamwork with consultants and technical specialists
    • Optimization of processes and organization structures
    • Analysis and optimization of corporate processes and product costs
    • Preparation and support of workshops and presentations
    • Early assumption of responsibility
    • Support for the ongoing development of FEV Consulting Service Lines
    • Design and implementation of ADAS/AD features or development of software modules for the engine and powertrain testing
    • Design and implementation of modern user interfaces and related communication with the hardware
    • Software development for real-time data acquisition and data processing (SCADA)
    • Benchmarking and Analysis of electric motors 
    • Evaluation of technical specifications of electric motors
    • Support in industry and research projects
    • Independent development of electric drives in the area:

       

      • Pre-Design and electromagnetic design of electric motors (2D/3D FEM)
      • Mechanical simulation (3D-CAD, FEM/FEA) 
      • Thermal design and simulation (3D-CAD, CFD, FEM/FEA)
      • Hardware  build-up, commissioning and testing

     

    • Define and design automotive software architecture for safety-critical software in collaboration with systems and software engineers
    • Development of requirements for safety-critical embedded software systems
    • Review of requirements and software architecture for safety-critical software
    • Definition and improvement of development processes for safety-critical software
    • Definition of verification and validation activities for safety-critical software
    • Proactive handling of support activities in the context of safety-critical software development, like e.g. tool classification and qualification
    • Communication with the safety manager
    • Communication with suppliers
    • Collaborate with other software architects to manage complex embedded systems
    • Design and cordinate the Software Over the Air functionality for the complete vehicle.
    • Design and cordinate the Software Over the Air functionality with potential Suppliers for each xCU.
    • Cordinate the development of Software Over the Air concepts with Central Gateway supplier.
    • Cordinate the implementaion of Security(SAE J3061) concepts applicable for Software Over the Air feature in various xCU's.
    • Technical discussion with customers and suppliers