Executive snapshot
- Experience: über 5 Jahre
- Seniority: Senior
- Work mode: Nicht angegeben
- Availability: Nicht angegeben
- Region: Raum Karlsruhe
- Focus: Power Electronics, Energy Systems, E-Mobility, Embedded Systems
At a glance
Profile ID
DP-325720
Role
Development of Power Electronics, Embedded Hardware, and DC Protection Systems
Seniority
Senior
Experience
über 5 Jahre
Work mode
Nicht angegeben
Availability
Nicht angegeben
Region
Raum Karlsruhe
Languages
German: B2, English: C1
Engagement models
Festanstellung
Indicative rate
Nicht angegeben
Short profile
Experienced Electrical Engineer with over five years of expertise in power electronics and energy systems. Specialized in the development and validation of DC protection systems, Solid-State Circuit Breakers (SSCB), and Fault Current Limiters (FCL) for low-voltage DC grids. Comprehensive knowledge in modeling and simulation with MATLAB/Simulink, PLECS, and LTspice, as well as in schematic and PCB development with Altium Designer. Possesses experience in embedded software development (C) and project coordination.
Focus (domains)
Power ElectronicsEnergy SystemsE-MobilityEmbedded SystemsChargingMedicalSoftwareelectronicsenergyEmbeddedtesting
Core skills
Hardware DevelopmentCircuit DesignPCB DevelopmentEmbedded Software Development (C)ModelingSimulationShort-Circuit AnalysisProtection TopologiesExperimental ValidationProject CoordinationEmbeddedHardwareMATLABSimulinkPythonSoftwaretestingverificationMATLAB/SimulinkAutoCADConfluenceCMS OfficeExcelPowerPointE-Mobility / Automotive / Industrial ElectronicsEmbedded Systems
Tools & technologies
MATLAB/SimulinkPLECSLTspiceAltium DesignerCPythonSimulinkMATLABAutoCADConfluenceMS OfficeExcelPowerPointEmbeddedHardwareSoftwaretestingverification
Track record & project highlights
Modeling and simulation of low-voltage DC grids (DC microgrids) using MATLAB/Simulink. Execution of short-circuit analyses and comparative evaluation of voltage limiting circuits. Development of 1.5 kV, 100 A DC Solid-State Circuit Breakers (SSCB) with integrated Fault Current Limiter (FCL), achieving microsecond-range switching times. Pareto optimization of SSCB based on switching losses, conduction losses, temperature, cost, and power density. Schematic and PCB development with Altium Designer for power electronics components. Development and simulation of control algorithms with MATLAB/Simulink and PLECS, and their implementation as microcontroller code (C).
