Proposed revision is on hold due to the pandemic.Ģ.
The proposal submitted from BITS Pilani student satellite team (Team ANANT) on "Reconfigurable Antenna" was Conditionally Cleared () for for ISRO-PS4 Orbital Platform Expriment. Off-campus Thesis as Co-supervisor: Reconstruction of multi-frequency Radio Galaxy images using Machine Learning (CosmoStat, CEA Saclay, France), Design of Electromagnetic Simulator for TWS (CSIR-CEERI-Pilani), Trigger Project for CMS Phase II upgrade (TIFR, Mumbai), MEMS Energy Harvesting using Cantilever with Piezoelectric Thin Film (IIT, Delhi), Data Formatting chips of the ATLAS Fast TracKer (FTK) boards (CERN, Geneva)ġ.
Visualize and Extract Primary Results (S-Parameters, Nearfield distribution, Farfield) & more advanced Results using the Postprocessing (i.e.On-Campus Projects & Thesis as Supervisor : Antenna designs and wave propagation with respect to bodyworn RF applications, Novel monopole feed design for DRA, Eigenmode analysis of multi-cell cavities using CST, FDTD modeling of EM wave propagation, RCS method of eigenmode computation, Higher Order Mode Antenna Design, Computation of Diffraction Coefficient for Finite Ground Plane, Oil characterization using microwaves, Embedded antennas, Dual-feed RF coupler designs, FDTD analysis of slot antennas, Substrate characterization using cavity perturbation, Study of breakdown mechanism in high power RF cavities, Perturbation analysis of RF cavities using CST Microwave Studio, Patch antenna design for radiation purity, Measurement of properties of microwave substrates, Dielectric resonator filter, Particle trajectories in accelerating cavities, Method of moment analysis of dipole antennas, Study of satellite antenna design, Theory of material characterization using cavity perturbation, Cavity design for particle accelerators using Superfish, Compact wideband patch antenna design, FDTD simulation of patch antenna, Equivalent Circuit Modeling of Microwave Antennas, Antenna Design for Astronomical Applications, Wideband slot antenna design. Construct and Simulate Antennas using different solvers. Furthermore, there will shed more light on more specific topics like antenna matching network, SAR calculation in the human body.Īfter completing this course, you will be able to: This class is about the high frequency solvers used to simulate different type of antennas. Before taking the class, it is required that you complete the class Introduction to the CST Studio Suite. The course language is English, optionally German. 
This class is addressed to Electromagnetic Simulation Analysts, Antenna Designers. Provides understanding with the high frequency solvers used to simulate different types of antennas
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