Kuldeep Gadhiya

chemnitz

verfügbar

Letztes Update: 09.03.2023

Rf/mmIC and Antenna Enginner

Abschluss: Pursuing MSc. Information and Communication System

Stunden-/Tagessatz: anzeigen

Sprachkenntnisse: deutsch (gut) | englisch (gut) | hindi (verhandlungssicher)

Antenne IC Design Perl Python Simulationen Testen Bash Shell C++ Kommunikation Linux + 16 weitere Schlagwörter anzeigen

Kuldeep-gadhiya1-CV_090323.pdf

Good knowledge in Antenna Design and Theory.
Good Knowledge in RF/mmIC design and Analog building blocks Such as LNAs, Mixers, Oscillators, Filters, and Power dividers.
Good knowledge of Analog signal processing and Digital signal processing.
Having good Experience in High Frequency design and Simulation tools like Ansys HFSS, CST, NIAWR, Zeland IE3D.
Otave and Qusc-s/Spice for analog design and simulation.
Having knowledge of designing and testing Antenna Arrays, MIMO antenna, PIFA, Re-configurable antennas, UWB antennas and with different substrate materials.
Good knowledge of testing and measurements for Rf/Microwave devices.
Having good theory knowledge of Software defined radio, Mobile Communication and Networks system.
Fluency with scripting in Python, TCL, and/or Perl.
Good Knowledge in Analog & Digital Circuit Design.
C&,C++, System C, Python, MATLAB.
Proficiency in Linux/Unix System, and writing basic Shell Scripts using ksh, bash, Perl

06/2021 - 05/2022

Developed the design and of UWB Metamaterial-based Radiation Absorbent Material (RAM) for Reduction RCS.

Fraunhofer Hochfrequenzphysik und Radartechnik (FHR) (Sonstiges, 500-1000 Mitarbeiter)

Tasked with achieving the smallest possible Radar Cross-Section (RCS) with an oblique incident angle and the smallest possible Metamaterial thickness using various methodologies such as absorption of Electromagnetic waves (EM) and conversion to heat, space cancellation of impinged fields, redirection and /or dispersion of EM scattered fields.
Ansys HFSS and CST to create a design and test the Metamaterial using techniques such as unit cell analysis - infinite periodic structure, and array simulation.
Through testing with reference and RAM and empty chamber and various incidents angle, and with help of all the results and through some equation we got results to compare with simulated and fabricated design result like scattering response and RCS in oblique incident angle for that we used Python and MATLAB for results data analysis.

* Details, frequency band, and additional project details are all classified due to the military
project.

Verfügbar in den Ländern Deutschland

Rf/mmIC and Antenna Enginner