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Hardware Engineer, Power Electronics

Experienced engineer specializing in power electronics, modeling and simulation, as well as hardware design and validation. Possesses expertise in implementing and testi…

Usually within 24h (business days).
Anonymised profile – details after NDA/on request.
Hardware Engineer, Power Electronics

Executive snapshot

  • Experience: Mehrjährige Erfahrung in Forschung und Entwicklung
  • Seniority: Spezialist
  • Work mode: Flexibel
  • Availability: Nach Absprache
  • Region: Deutschland / EU
  • Focus: Power Electronics, Energy Technology, Industrial Electronics, E-Mobility

At a glance

Profile ID
DP-00478
Role
Development and Validation of Power Electronics, Hardware Design, Simulation, and Testing
Seniority
Spezialist
Experience
Mehrjährige Erfahrung in Forschung und Entwicklung
Work mode
Flexibel
Availability
Nach Absprache
Region
Deutschland / EU
Languages
German: C1, English: C1
Engagement models
Festanstellung, Projektarbeit
Indicative rate
Nach Vereinbarung

Short profile

Experienced engineer specializing in power electronics, modeling and simulation, as well as hardware design and validation. Possesses expertise in implementing and testing inverters and DC-DC converters using MATLAB/Simulink. Demonstrates profound knowledge in developing PCB layouts with Altium Designer and conducting hardware tests in a laboratory setting. Focused on applications in power and industrial electronics, as well as e-mobility.

Focus (domains)

Power ElectronicsEnergy TechnologyIndustrial ElectronicsE-MobilityEmbedded SystemsEnergyElectronicsIndustrialTestingManagement

Core skills

Power ElectronicsHardware DesignPCB LayoutModelingSimulationVerificationValidationControl EngineeringMicrocontroller ProgrammingReal-time Data AcquisitionCircuit TestingMATLABSimulinkTestingHardwarePython

Tools & technologies

MATLABSimulinkPSCADLTSpiceEPLANAltium DesignerAutoCADMS VISIOPythonGitLabGitForkOscilloscopeArduinoTestingHardwareValidation

Track record & project highlights

Implementation and validation of 3L-NPC inverters, DC-DC boost converters, and IGBT-based grid-connected rectifiers (AC/DC) in MATLAB/Simulink, including topology selection, parameterization, and control tuning. Master's thesis on DC fault transient analysis, SSCB topology selection, and analytical dimensioning of protection components for a 4 MW all-electric aircraft propulsion system. Design of a buck converter from schematic to complete PCB layout in Altium Designer, followed by hardware assembly, testing, and validation in the laboratory. Modeling of a 2 GW HVDC transmission system with MMC-VSI (SuedLink-based), including converter architecture, component evaluation, and system loss analysis. Practical laboratory experience in building hardware circuits, real-time measurements with oscilloscopes, and validating simulation results with physical test setups.
Interested? We can share details quickly (NDA-ready) — just request the profile.