Battery and Charging – Computational Studies Job Vacancy in Mercedes-Benz Research and Development India Private Limited Bengaluru, Karnataka – Latest Jobs in Bengaluru, Karnataka

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Company Name : Mercedes-Benz Research and Development India Private Limited
Location : Bengaluru, Karnataka
Position : Battery and Charging – Computational Studies

Job Description : Aufgaben
Title
Battery Charging Simulation Expert for High Voltage components of electrical vehicle
Roles
Support the development of system componenet design of battery systems factoring in charge and drive simulations.Requirements analysis & develop 1-D electrical and thermal physical models of Charging system based on System level and component level.Developing virtual ECU Models of Charigng system functions.Develop the Charging profile (i.e C-rate/Charging Current) for differenet Batteries of Plugin and electric vehicles.Developint the control strategies for optimizaing the charigng system performace.Performing standalone and vehicle level simulations, analyzing and documentaiton of resultsCollaborate with design/development team to develop specifications of new standards based on the product road-mapValidate developed models in simulation through correlation with test/experimental data, identify gaps and bridge them by refining simulation methods.Active contribution to Innovation (Product/Process/Business/Paper/Publication) and Bring in ideas for process/efficiency improvementsDevelop optimization strategies suitable for fast charging conecpt design analysis through codes, model parameterization or reduction techniques to ensure the optimal delivery of the required performance attributesResearch and develop new innovative battery design concepts for future products in line with the product road-map.Work efficiently within a multidisciplinary cooperative and innovative environment, including directly cooperating with battery design team, power electronics team and physical test teams.
Responsibilities
Build Battery and charging system competency and Provide the expert solutions to the battery design issuesAnalyze 1-D battery system phenomena using simulation applications such as matlab, simulink or similar.Develop in part or in full in-house technical methods and tools to perform comprehensive characterization of charge and drive behavior of automotive battery systems.Complete battery performance simulation using matlab and simulinkDevelop the charging system component modeling using 1-D Model based techniques using parasitic parameter extraction from requireement and mesaurement.Anlysis the simulation and measurement data of Battery performance

Technical Skills
Experience in mathematical modelling, Electrical and Thermal modelling and numerical simulationsTechnical excellence in Electric vehicles, Power Electronics, AC-DC/DC-DC converters and its control, Batteries and BMS.Strong desire to contribute to the development process of innovative new products in the automotive sectorModel simplification and optimization techniques using codeWorking with international teamsIdentifying issues, providing solutions and performing Root Cause Analysis (RCA).Experience in Matlab, Simulink, Stateflow.Good programming skills C, C++Basic knowledge of CAN protocolGood communication skills and ability to work independently & contribute as a good team playerKnowledge onStandards: Automotive battery standardsSystems: Electric vehicle battery and charging systemsTools: Matlab, Simulink, stateflow, DOORs, Vector CANoe and embedded C, C++Additional: Matlab and Python for process automation and optimizationGerman language knowledge is added advantage
Qualifikationen
Title
Battery Charging Simulation Expert for High Voltage components of electrical vehicle
Roles
Support the development of system componenet design of battery systems factoring in charge and drive simulations.Requirements analysis & develop 1-D electrical and thermal physical models of Charging system based on System level and component level.Developing virtual ECU Models of Charigng system functions.Develop the Charging profile (i.e C-rate/Charging Current) for differenet Batteries of Plugin and electric vehicles.Developint the control strategies for optimizaing the charigng system performace.Performing standalone and vehicle level simulations, analyzing and documentaiton of resultsCollaborate with design/development team to develop specifications of new standards based on the product road-mapValidate developed models in simulation through correlation with test/experimental data, identify gaps and bridge them by refining simulation methods.Active contribution to Innovation (Product/Process/Business/Paper/Publication) and Bring in ideas for process/efficiency improvementsDevelop optimization strategies suitable for fast charging conecpt design analysis through codes, model parameterization or reduction techniques to ensure the optimal delivery of the required performance attributesResearch and develop new innovative battery design concepts for future products in line with the product road-map.Work efficiently within a multidisciplinary cooperative and innovative environment, including directly cooperating with battery design team, power electronics team and physical test teams.
Responsibilities
Build Battery and charging system competency and Provide the expert solutions to the battery design issuesAnalyze 1-D battery system phenomena using simulation applications such as matlab, simulink or similar.Develop in part or in full in-house technical methods and tools to perform comprehensive characterization of charge and drive behavior of automotive battery systems.Complete battery performance simulation using matlab and simulinkDevelop the charging system component modeling using 1-D Model based techniques using parasitic parameter extraction from requireement and mesaurement.Anlysis the simulation and measurement data of Battery performance

Technical Skills
Experience in mathematical modelling, Electrical and Thermal modelling and numerical simulationsTechnical excellence in Electric vehicles, Power Electronics, AC-DC/DC-DC converters and its control, Batteries and BMS.Strong desire to contribute to the development process of innovative new products in the automotive sectorModel simplification and optimization techniques using codeWorking with international teamsIdentifying issues, providing solutions and performing Root Cause Analysis (RCA).Experience in Matlab, Simulink, Stateflow.Good programming skills C, C++Basic knowledge of CAN protocolGood communication skills and ability to work independently & contribute as a good team playerKnowledge onStandards: Automotive battery standardsSystems: Electric vehicle battery and charging systemsTools: Matlab, Simulink, stateflow, DOORs, Vector CANoe and embedded C, C++Additional: Matlab and Python for process automation and optimizationGerman language knowledge is added advantage

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