24.11.2025 aktualisiert
100 % verfügbar
R&D Engineer for Power Electronics and Electromechanics
Berlin, Deutschland
Deutschland +4
M.Sc. Automotive Technology, TU Eindhoveninfo: Deutschland, Österreich, Schweiz, Finnland, Niederlande
Skills
AutomobilindustrieElektronische SchaltungstechnikSteuerungssystemeElektromagnetismusElectro Mechanical SystemElektronikErneuerbare EnergieLtspiceMATLABMechatronikMultidisziplinären AnsatzForschung & EntwicklungRequirements EngineeringSimulationenSystemarchitektur
Power Electronics Design
Expertise in designing (isolated) DC/DC and DC/AC converters ranging from 15kW to 120kW for various applications including, industrial systems, EV charging, semiconductor manufacturing, renewable energy, and railway systems.
Electromechanical Systems Development
Specialized knowledge in designing rotating machines and linear actuators, up to 35kW and 115krpm for automotive and industrial applications.
Requirements Engineering
Strong capability in defining technical specifications, system architecture, and component selection for complex electromechanical systems.
Multidisciplinary System Design
Experience in mechatronic system design integrating electrical, mechanical, and control aspects for complete solutions.
Simulation and Modeling
Proficiency with specialized tools including Matlab, Altair Flux, PLECS, Ansys Maxwell, and LTspice for electromagnetic and circuit simulation.
EMC Design
Knowledge of electromagnetic compatibility principles and shielding design for power converters in sensitive applications.
Expertise in designing (isolated) DC/DC and DC/AC converters ranging from 15kW to 120kW for various applications including, industrial systems, EV charging, semiconductor manufacturing, renewable energy, and railway systems.
Electromechanical Systems Development
Specialized knowledge in designing rotating machines and linear actuators, up to 35kW and 115krpm for automotive and industrial applications.
Requirements Engineering
Strong capability in defining technical specifications, system architecture, and component selection for complex electromechanical systems.
Multidisciplinary System Design
Experience in mechatronic system design integrating electrical, mechanical, and control aspects for complete solutions.
Simulation and Modeling
Proficiency with specialized tools including Matlab, Altair Flux, PLECS, Ansys Maxwell, and LTspice for electromagnetic and circuit simulation.
EMC Design
Knowledge of electromagnetic compatibility principles and shielding design for power converters in sensitive applications.
Erfahrung
Berufserfahrung5 - 10 Jahre
Freelancer seit2025
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicherNiederländischMuttersprache
Projekthistorie
Electromechanical design of a 15kW, 15kRPM rotating PM machine to electrify dirt bikes.
Development of a 125 kW auxiliary converter with DC/DC and DC/AC stages for railway applications. Responsibilities include requirements engineering, modeling and specification of main components such as magnetics and MOSFETs.
Design of a 120kW three-phase Dual Active Bridge DC/DC converter for industrial and EV charging solutions. Conceptual system design, converter topology selection, SiC MOSFETs selection and experimental validation of a symmetrical and water-cooled three-phase DAB transformer.