Tasks
• Literature research to identify relevant KPIs and system interrelationships • Modeling of subsystems and their interfaces in MATLAB/Simulink • Implementation of a parametric simulation model with interactive control elements • Validation of simulation results using reference data and expert feedback • Sensitivity analysis to evaluate the KPI impact on the overall system • Documentation and critical reflection of the results
Requirements
Degree programs:
ElectromobilityAutomotive EngineeringEnergy SystemsSimulation
Expert knowledge:
System simulation with MATLAB/SimulinkData analysis and visualizationElectrical engineering and automotive engineeringEnergy systems in electric vehicles (HV battery, charging system, thermal management, etc.)Optional: Experience with user interface development (e.g., MATLAB App Designer)
IT skills:
MATLAB/Simulink
Language skills:
GermanEnglish
Soft skills:
You enjoy working in a team. You are a strong communicator and enjoy driving topics forward proactively and with commitment.Your personal development is important to you, and you enjoy boldly exploring new avenues.You have a talent for analyzing issues quickly and precisely and developing well-thought-out concepts.You find it easy to maintain an overview of a wide range of topics.You are characterized by your ability to approach tasks independently and with a planned approach.
Research tasks:
Definition and analysis of relevant technical KPIs of the electric vehicle energy system.Development of a modular simulation model of the energy system including its subsystems in MATLAB/Simulink.Implementation of the interactions and dependencies between the subsystems.Creation of an interactive user interface for dynamically adjusting KPIs.Conducting simulations and sensitivity analyses to evaluate system behavior.Validation of simulation results using reference data and expert feedback.Documentation of work results and regular presentation of results to the team.For more detail, salary and company information, use the apply link
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