Executive snapshot
- Experience: 9+ Jahre
- Seniority: Erfahren
- Work mode: Verhandelbar
- Availability: Auf Anfrage
- Region: Deutschland / EU
- Focus: Automotive, E-Mobility, Industrial Electronics, High-Frequency Technology
At a glance
Profile ID
DP-22348
Role
Development Engineer High-Frequency Technology, Antenna Development, RF System Analysis
Seniority
Erfahren
Experience
9+ Jahre
Work mode
Verhandelbar
Availability
Auf Anfrage
Region
Deutschland / EU
Languages
English: B2, German: B1
Engagement models
Festanstellung, Projektarbeit
Indicative rate
Auf Anfrage
Short profile
Experienced RF Engineer with over 9 years of expertise in the development, optimization, simulation, and measurement of high-frequency components. Specialized in integrated communication, imaging, and sensor systems, particularly beamforming techniques such as leaky-wave antennas and metasurfaces. Profound knowledge in RF system link budget analysis, EMC/EMI analysis, and near-field and far-field radiation patterns. Proficient in applying leading simulation software and measurement techniques for on-wafer RF measurements.
Focus (domains)
AutomotiveE-MobilityIndustrial ElectronicsHigh-Frequency TechnologyElectronicsIndustrialTesting
Core skills
Antenna DesignBeamformingLeaky-Wave AntennasMetasurfacesRF System AnalysisLink Budget AnalysisEMC/EMI AnalysisNear-Field and Far-Field Radiation PatternsRF Component OptimizationOn-Wafer MeasurementsS-Parameter CharacterizationSignal DecouplingMatching Circuit DesignMATLABPythonTestingE-Mobility / Automotive / Industrial Electronics
Tools & technologies
Ansys HFSSCST Studio SuiteADSCOMSOLMATLABPythonVNA (Vector Network Analyzer)AnsysCSpringTesting
Track record & project highlights
Development and implementation of a millimeter-wave leaky-wave antenna with beamforming from -30° to +46° in the 55-95 GHz range for high-data-rate communication systems. Design and analysis of a dual-port leaky-wave antenna-integrated heterodyne receiver using subharmonic mixing, including RF/LO/IF filter and matching circuit design for signal decoupling. Development and analysis of a C-band beamforming leaky-wave antenna on planar and curved surfaces.
