Electric Motor Modelling, Simulation, Control and Calibration (For NIDEC Motors)
System Engineer Electric Powertrain for Electric MobilityMatlabSimulink
System Engineer Electric Powertrain for Electric Mobility
Modelling of Six-Phase PMSM Motor under Matlab/Simulink
Simulation of the Electric Power Train on Component and System Level
Field Oriented Control Algorithms Design
Control Model Calibration on HiL, Testbench and Vehicle
elektrische MaschinenHILSimulationElectric Power TrainField Oriented Control
MatlabSimulink
NIDEC Motors
Bietigheim-Bissingen
1 Jahr 7 Monate
2021-10 - 2023-04
Mild-Hybrid Electric Powertrain (For MAHLE)
System Engineer Electric Powertrain for Electric MobilitySimulink
System Engineer Electric Powertrain for Electric Mobility
Modelling of Six-Phase Motor PMSM
Field Oriented Control
MTPA and Field-Weakening Algorithms
FUSI: ISO26262, Safety Goals Simulation
InverterUmrichter
Simulink
MAHLE
Stuttgart
1 Jahr 2 Monate
2022-01 - 2023-02
System Design, Modelling and Simulation of the Electric Powertrain (For VOYAH, BeyonCa)
Electric Power Train System ArchitectMatlab/Simulink
Electric Power Train System Architect
Longitudinal Vehicle Model
Modelling HV 400V and 800V lithium-ion battery
Modelling PMSM (Surface Mounted and Internal Magnet) and Induction Motor
Field Oriented Control of PMSM and Induction Motor incl. MTPA and Field-Weakening Algorithms
Electric power train Simulation Models
Matlab/Simulink
BeyonCa
Stuttgart
7 Jahre 7 Monate
2012-06 - 2019-12
Research Engineer for Electric Mobility & Hybrid Vehicles (At Robert Bosch GmbH)
Research Engineer
Research Engineer
Project Management, Research, Scouting, Analyzing and Feasibility Studies of several Power Train Concepts with focus on Interaction among Electrical Machine, Inverter, Fuel Cell and Lithium-Ions Batteries
Utilizing of artificial intelligence based modelling and control solution
Development of Space Vector Pulse Width Modulation (SVPWM) for 3-Level Inverter
Development of Field Oriented Control (FOC) Scheme for Synchronous and Asynchronous Machines
Analyzing and Optimizing the Electric Power Train (Integration Fuel Cell in the Powertrain without DC/DC Converter)
Simulation and Prototype Development of Multilevel Inverterfor Electric and Hybrid Vehicles
Analytical Comparison of a wide range of Inverter Concepts for Electric Vehicles and Hybrid Cars
Electric Motor Modelling, Simulation, Control and Calibration (For NIDEC Motors)
System Engineer Electric Powertrain for Electric MobilityMatlabSimulink
System Engineer Electric Powertrain for Electric Mobility
Modelling of Six-Phase PMSM Motor under Matlab/Simulink
Simulation of the Electric Power Train on Component and System Level
Field Oriented Control Algorithms Design
Control Model Calibration on HiL, Testbench and Vehicle
elektrische MaschinenHILSimulationElectric Power TrainField Oriented Control
MatlabSimulink
NIDEC Motors
Bietigheim-Bissingen
1 Jahr 7 Monate
2021-10 - 2023-04
Mild-Hybrid Electric Powertrain (For MAHLE)
System Engineer Electric Powertrain for Electric MobilitySimulink
System Engineer Electric Powertrain for Electric Mobility
Modelling of Six-Phase Motor PMSM
Field Oriented Control
MTPA and Field-Weakening Algorithms
FUSI: ISO26262, Safety Goals Simulation
InverterUmrichter
Simulink
MAHLE
Stuttgart
1 Jahr 2 Monate
2022-01 - 2023-02
System Design, Modelling and Simulation of the Electric Powertrain (For VOYAH, BeyonCa)
Electric Power Train System ArchitectMatlab/Simulink
Electric Power Train System Architect
Longitudinal Vehicle Model
Modelling HV 400V and 800V lithium-ion battery
Modelling PMSM (Surface Mounted and Internal Magnet) and Induction Motor
Field Oriented Control of PMSM and Induction Motor incl. MTPA and Field-Weakening Algorithms
Electric power train Simulation Models
Matlab/Simulink
BeyonCa
Stuttgart
7 Jahre 7 Monate
2012-06 - 2019-12
Research Engineer for Electric Mobility & Hybrid Vehicles (At Robert Bosch GmbH)
Research Engineer
Research Engineer
Project Management, Research, Scouting, Analyzing and Feasibility Studies of several Power Train Concepts with focus on Interaction among Electrical Machine, Inverter, Fuel Cell and Lithium-Ions Batteries
Utilizing of artificial intelligence based modelling and control solution
Development of Space Vector Pulse Width Modulation (SVPWM) for 3-Level Inverter
Development of Field Oriented Control (FOC) Scheme for Synchronous and Asynchronous Machines
Analyzing and Optimizing the Electric Power Train (Integration Fuel Cell in the Powertrain without DC/DC Converter)
Simulation and Prototype Development of Multilevel Inverterfor Electric and Hybrid Vehicles
Analytical Comparison of a wide range of Inverter Concepts for Electric Vehicles and Hybrid Cars