Executive snapshot
- Experience: 3-5 Jahre
- Seniority: Senior
- Work mode: Nach Absprache
- Availability: Nach Vereinbarung
- Region: Deutschland / EU
- Focus: Leistungselektronik, Energietechnik, Industrieelektronik, E-Mobilität
At a glance
Profile ID
DP-00478
Role
Hardware Development, Power Electronics, Simulation & Validation, Embedded Systems
Seniority
Senior
Experience
3-5 Jahre
Work mode
Nach Absprache
Availability
Nach Vereinbarung
Region
Deutschland / EU
Languages
Deutsch: A2 (Actively Learning), Englisch: C1
Engagement models
Festanstellung, Projektarbeit
Indicative rate
Nach Vereinbarung
Short profile
Experienced Hardware Developer holding a Master of Science in Power Engineering with profound expertise in the development, simulation, and validation of power converters. Specialized in the implementation and testing of inverter circuits, DC-DC converters, and IGBT-based rectifiers. Possesses practical experience in PCB design with Altium Designer, hardware setup, and laboratory validation, as well as in modeling complex energy systems with MATLAB/Simulink. His expertise includes topology selection, parameterization, and control loop tuning.
Focus (domains)
LeistungselektronikEnergietechnikIndustrieelektronikE-MobilitätLuftfahrtEnergyElectronicsIndustrialtestingManagement
Core skills
Leistungselektronik-TopologienSchaltungsdesignPCB-LayoutHardware-ValidierungSimulationRegelungstechnikSystemmodellierungFehleranalyseMesstechnikEmbedded Systems (Microcontroller-Programmierung)MATLABSimulinktestingHardwarePythonvalidationverificationEmbedded Systems
Tools & technologies
MATLAB/SimulinkAltium DesignerPSCADLTSpiceEPLANPythonGitLabOszilloskopeArduinoMATLABSimulinktestingHardwarevalidationverification
Track record & project highlights
Development and validation of 3L-NPC inverters, DC-DC boost converters, and IGBT-based grid-connected rectifiers in MATLAB/Simulink, including topology selection, parameterization, and control loop tuning.Design of a Buck converter from schematic to complete PCB layout in Altium Designer, followed by hardware setup, testing, and laboratory validation.Conducted DC fault transient analyses and selected SSCB topologies for a 4 MW all-electric aircraft propulsion system as part of a Master's thesis.Modeling of a 2 GW HVDC transmission system with MMC-VSI, including converter architecture, component evaluation, and system loss analysis.Practical laboratory experience in hardware circuit setup, real-time measurements with oscilloscopes, and cross-validation of simulation results with physical test setups.
