Executive snapshot
- Experience: 1-2 Jahre (studentische Tätigkeiten)
- Seniority: Berufseinsteiger
- Work mode: Nicht angegeben
- Availability: Nach Vereinbarung
- Region: Süddeutschland
- Focus: Power Electronics, Automotive, E-Mobility, Renewable Energies
At a glance
Profile ID
DP-347220
Role
Power Electronics Development, Modeling and Simulation, Testing and Validation, Embedded Hardware Development
Seniority
Berufseinsteiger
Experience
1-2 Jahre (studentische Tätigkeiten)
Work mode
Nicht angegeben
Availability
Nach Vereinbarung
Region
Süddeutschland
Languages
English: C1, German: B1
Engagement models
Festanstellung, Projektarbeit
Indicative rate
Nach Vereinbarung
Short profile
Experienced Development Engineer in Power Electronics with a focus on Model Predictive Control (MPC) of inverters and characterization of power semiconductors. He possesses expertise in the simulation, validation, and verification of power electronics components as well as in the development of embedded hardware implementations. His skills also include conducting battery tests and developing equivalent circuit models for energy storage systems. The candidate brings profound knowledge in the application of tools such as MATLAB, Simulink, Python, PLECS, and LTspice.
Focus (domains)
Power ElectronicsAutomotiveE-MobilityRenewable EnergiesBattery TechnologyelectronicsenergyembeddedtestingManagement
Core skills
Model Predictive Control (MPC)Switching Behavior of Power SemiconductorsBattery TestingEquivalent Circuit Models (ECM)Data AnalysisEmbedded Hardware ImplementationSimulationvalidationverificationC Code GenerationMATLABPythonSimulinkembeddedhardwaretestingManagementMATLAB/SimulinkCMS OfficesafeE-Mobility / Automotive / Industrial ElectronicsEmbedded Systems
Tools & technologies
MATLABSimulinkPythonPLECSLTspiceDigatron Battery TesterOscilloscopesImpedance AnalyzersLCR MetersMATLAB/SimulinkCMS Officesafeembeddedhardwaretestingvalidationverification
Track record & project highlights
Development and validation of an MPC strategy for 3-level T-type inverters with improved current tracking and reduced voltage ripple; Characterization of SiC MOSFET switching behavior for traction inverters using simulation and laboratory measurements; Execution of cyclic and calendar aging tests on LFP batteries and development of equivalent circuit models in Python.
