07.06.2026 aktualisiert
40 % teilweise verfügbar
Power Electronics & Hardware Development Engineer
Dortmund, Deutschland
Nur Remote
Electromechanical EngineeringÜber mich
Hardware Engineer with 10+ years of experience in automotive, e-mobility, aerospace, industrial and biomedical electronics. Specialized in end-to-end power electronics development, including design, simulation, ECAD, EMC, prototyping, electrical and thermal validation, and production support.
Skills
Altium DesignerPythonLtspiceOrcad
Power Electronics Design
Expertise in DC-DC converters, LDOs, BLDC motor drivers, phase-current sensing up to 300 A, flyback converters, and power supply modules across automotive, e-mobility, aerospace, and industrial applications.
ECAD & Simulation
Proficiency in Altium Designer, Cadence OrCAD/Allegro, Eagle, HyperLynx, LTspice, PSpice, Multisim, and Power Stage Designer for schematic design, simulation, and PCB layout.
EMC & Standards Compliance
EMC/EMI-oriented design and validation according to ISO 26262, ISO 7637-2, ISO 16750-2, ISO 10605, ISO 11898, IPC-2221/2141/7525A, DFM/DFT/DFC.
Communication Interfaces
Integration and validation of CAN/CAN FD, CAN XL, LIN, SPI, I2C, UART, RS485, USB 2.0/3.0, Ethernet TSN/T1S, FPD-Link III, and GMSL2 interfaces in embedded hardware designs.
Hardware Validation & Lab
Prototype bring-up, worst-case analysis, electrical and EMC test execution, oscilloscope/DMM measurements, debugging, and root-cause analysis in laboratory environments.
Development Cycle Management
End-to-end V-cycle development including topology selection, simulation, schematic design, component selection, layout review, prototype bring-up, electrical and thermal verification, and production handoff.
RF & IoT Electronics
System architecture and design of RF transceivers, FPGA-based PCBs with impedance control, LoRa-based IoT systems, and PDN design for high-speed data communication.
Engineering Process Automation
Development of self-initiated productivity tools including a DC-Link Capacitor Design Simulator, Automated DJD and Test Report Generator, Synoptic Diagram Generator, and Altium Designer Footprint and Symbol Generator.
Biomedical & Industrial Electronics
Design and prototyping of electronic systems for medical applications including PLC-based autoclave control, medical heat sealers, osmosis systems, and biomedical wearables.
Expertise in DC-DC converters, LDOs, BLDC motor drivers, phase-current sensing up to 300 A, flyback converters, and power supply modules across automotive, e-mobility, aerospace, and industrial applications.
ECAD & Simulation
Proficiency in Altium Designer, Cadence OrCAD/Allegro, Eagle, HyperLynx, LTspice, PSpice, Multisim, and Power Stage Designer for schematic design, simulation, and PCB layout.
EMC & Standards Compliance
EMC/EMI-oriented design and validation according to ISO 26262, ISO 7637-2, ISO 16750-2, ISO 10605, ISO 11898, IPC-2221/2141/7525A, DFM/DFT/DFC.
Communication Interfaces
Integration and validation of CAN/CAN FD, CAN XL, LIN, SPI, I2C, UART, RS485, USB 2.0/3.0, Ethernet TSN/T1S, FPD-Link III, and GMSL2 interfaces in embedded hardware designs.
Hardware Validation & Lab
Prototype bring-up, worst-case analysis, electrical and EMC test execution, oscilloscope/DMM measurements, debugging, and root-cause analysis in laboratory environments.
Development Cycle Management
End-to-end V-cycle development including topology selection, simulation, schematic design, component selection, layout review, prototype bring-up, electrical and thermal verification, and production handoff.
RF & IoT Electronics
System architecture and design of RF transceivers, FPGA-based PCBs with impedance control, LoRa-based IoT systems, and PDN design for high-speed data communication.
Engineering Process Automation
Development of self-initiated productivity tools including a DC-Link Capacitor Design Simulator, Automated DJD and Test Report Generator, Synoptic Diagram Generator, and Altium Designer Footprint and Symbol Generator.
Biomedical & Industrial Electronics
Design and prototyping of electronic systems for medical applications including PLC-based autoclave control, medical heat sealers, osmosis systems, and biomedical wearables.
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2026
Sprachen
DeutschgutEnglischverhandlungssicherFranzösischverhandlungssicher
Projekthistorie
End-to-end hardware development and validation of power electronic modules for automotive, e-mobility, and industrial motion-control applications. Projects include Lilium Aviation Engine Electronics (EIB communication module, EMM phase-current sensing up to 300 A), Interroll BLDC Motor Driver Boards (DP6000 and NGDR variants), Renesas R-Car U5L Automotive Prototype Board, eVGT Turbocharger ECU, and Mixed-Signal/ASIC Validation.
Designed and validated ECU hardware building blocks including power supply, analog/digital I/O, display interfaces, and diagnostic circuits within V-cycle development. Projects include General ECU analog/digital I/O and power supply bricks, Fuse Diagnostic ECU, Display Electronics (8, 12 Palette and 10 Activision), BPMU2 External Charger Interface Validation, and ANAmu Board Redesign (DPA Project).
Diverse electronic design projects across consumer, medical, industrial, and IoT domains covering the full design cycle. Included biomedical wearables, home automation, consumer electronics, automotive schematic and layout review, and industrial keyboard design.
Zertifikate
Practical S-parameter Measurement and Analysis
Teledyne LeCroy : Signal Integrity Academy2023
S-Parameters for SI (SPSI)
Teledyne LeCroy : Signal Integrity Academy2023