Executive snapshot
- Experience: 10+ Jahre
- Seniority: Senior
- Work mode: Nicht angegeben
- Availability: Nach Absprache
- Region: Deutschland / EU
- Focus: Power Electronics, Renewable Energies, Industrial Electronics, Automotive
At a glance
Profile ID
DP-150838
Role
Power Electronics Development Engineer, Control Engineer, Hardware Developer
Seniority
Senior
Experience
10+ Jahre
Work mode
Nicht angegeben
Availability
Nach Absprache
Region
Deutschland / EU
Languages
not specified
Engagement models
Festanstellung
Indicative rate
Nach Absprache
Short profile
Experienced Senior Power Electronics & Control Engineer with over 10 years of expertise in power electronics, digital power conversion, and embedded systems. Specialized in advanced control, renewable energy technologies, and the design of grid-tied/grid-forming inverters and DC/DC converters. Possesses profound knowledge in magnetic circuit design, embedded firmware, and MATLAB/Simulink-based model development, along with extensive experience in system integration, fault diagnosis, and the development of automated validation tools.
Focus (domains)
Power ElectronicsRenewable EnergiesIndustrial ElectronicsAutomotiveE-MobilityEmbedded SystemsElectronicsenergyindustrialEmbeddedtesting
Core skills
Hardware DevelopmentDigital Power ControlInverter ControlDC/DC Converter DesignMagnetic Circuit DesignEmbedded Firmware DevelopmentModel Development (MATLAB/Simulink)System IntegrationFault DiagnosisRoot Cause AnalysisReliability StudiesAutomation of Validation ToolsCANoeEmbeddedHardwareMATLABPythonSimulink
Tools & technologies
MATLABSimulinkPythonCANCAPLVector ToolchainI²CModbusMATLAB/SimulinkAutoCADANSYSCANoeVectorVTESTstudioCTwinCATEmbeddedHardwarefirmwaretestingvalidation
Track record & project highlights
Development, validation, and testing of digital high-voltage power conversion systems (high-power rectifiers, Boost PFC, and LLC resonant converters) with >98% efficiency for industrial and hyperscale data center applications. Development of automated validation and diagnostic tools using Python, CAN, CAPL, and the Vector Toolchain to improve testing efficiency and reliability. Performed system integration, fault diagnosis, root cause analysis, and reliability studies, reducing integration issues by approximately 20%. Designed a smoke sensor-based Emergency Power Off (EPO) system using CAN, I²C, and Modbus communication protocols, improving laboratory safety response by approximately 30%.
