Battery Charging Simulations Job in Daimler Ag

Battery Charging Simulations

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Job Summary


Education : UG [B.Tech/B.E.] (ECE,EEE), and PG [M.Tech/M.E.] (Power Electronics, Control system Engineering)
Role : Senior Engineer / Lead Engineer
Project : High Voltage Battery Systems



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 results

- Collaborate with design/development team to develop specifications of new standards based on the product road-map

- Validate 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 improvements

- Develop 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 attributes

- Research 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 issues

- Analyze 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 simulink

- Develop 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 simulations

- Technical 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 sector

- Model simplification and optimization techniques using code

- Working with international teams

- Identifying issues, providing solutions and performing Root Cause Analysis (RCA).

- Experience in Matlab, Simulink, Stateflow.

- Good programming skills C, C++

- Basic knowledge of CAN protocol

- Good communication skills and ability to work independently & contribute as a good team player

- Knowledge on

- Standards: Automotive battery standards

- Systems: Electric vehicle battery and charging systems

- Tools: Matlab, Simulink, stateflow, DOORs, Vector CANoe and embedded C, C++

- Additional: Matlab and Python for process automation and optimization


- German language knowledge is added advantage


Keywords
- - Battery, Power Electroncis, Chargers/Charging, AC-DC/DC-DC converter, Matlab, Simulink, Stateflow, RTW programming, Simulations






Qualification :


Education : UG [B.Tech/B.E.] (ECE,EEE), and PG [M.Tech/M.E.] (Power Electronics, Control system Engineering)
Role : Senior Engineer / Lead Engineer
Project : High Voltage Battery Systems



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 results

- Collaborate with design/development team to develop specifications of new standards based on the product road-map

- Validate 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 improvements

- Develop 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 attributes

- Research 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 issues

- Analyze 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 simulink

- Develop 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 simulations

- Technical 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 sector

- Model simplification and optimization techniques using code

- Working with international teams

- Identifying issues, providing solutions and performing Root Cause Analysis (RCA).

- Experience in Matlab, Simulink, Stateflow.

- Good programming skills C, C++

- Basic knowledge of CAN protocol

- Good communication skills and ability to work independently & contribute as a good team player

- Knowledge on

- Standards: Automotive battery standards

- Systems: Electric vehicle battery and charging systems

- Tools: Matlab, Simulink, stateflow, DOORs, Vector CANoe and embedded C, C++

- Additional: Matlab and Python for process automation and optimization


- German language knowledge is added advantage


Keywords
- - Battery, Power Electroncis, Chargers/Charging, AC-DC/DC-DC converter, Matlab, Simulink, Stateflow, RTW programming, Simulations




Experience Required :

Fresher

Vacancy :

2 - 4 Hires

Apply Now
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