Dortmund, North Rhine-Westphalia, Germany
+ Definition and maintenance of system architectures + Alignment of system requirements, technical concepts, and interfaces across hardware, software, mechanics, and validation teams + Technical leadership in system design decisions + Coordination and execution of system-level tests to support component sizing and system design decisions (focused on EMC and power distribution within the system)
+ Coordination and prioritization of technical work packages using Agile methods and JIRA + Coordination of feature roadmaps, release planning, and development schedules + Alignment of hardware, software, mechanics, validation, and manufacturing stakeholders + Customer communication, requirements management, and project reporting + Review of schematics, PCB layouts, insulation concepts, and magnetic component specifications + Coordination of prototype build, testing, EMC optimization, and technical validation activities
+ Technical subproject manager for an assembly group + Product owner in power electronics + Schematic and layout design + System dimensioning + Component selection + EMC testing (radiated and conducted emissions) + Simulation (LTspice, PLECS, Octave FEMM) + Responsibility for a laboratory space
+ Electrical development of power modules + Electrical characterization of SiC-based power modules + Administration of a datasheet tool
+ Research on active cancellation of electromagnetic switching noise of power electronic systems + Research on active control of power transistors in power electronic systems + Writing of (research) proposals for third-party funds + Publications in conferences, peer-reviewed journals and peer-reviewed magazines as author and co-author + Supervision of a research group with two doctoral students + Supervision of Bachelor's and Master's theses + Conducting exercise lessons to the lectures "Signals and systems" and "Simulation of mixed systems" + Supervision of laboratory exercises in electromagnetic compatibility + Supervision of seminars
+ Research on innovative solutions to improve the electromagnetic compatibility (EMC) of power electronic systems (primarily spread spectrum techniques and active noise cancellation) + Project work + Publications in conferences, peer-reviewed journals and peer-reviewed magazines as author and co-author + Supervision of Bachelor's and Master's theses + Conducting exercise lessons to the lectures "Signals and systems" and "Simulation of mixed systems" + Supervision of laboratory exercises in electromagnetic compatibility + Supervision of projects groups and seminars
Master's thesis: "EMI-oriented Technology Analysis of Gallium Nitride Power Transistors in Consideration of System Dimensioning and Parasitic Influences"
Realization of a GaN-based boost converter for research purposes
Realization of a SiC-based resonant DC-to-DC converter for research purposes