Session No. Topics
1. Fundamentals of Electromagnetics and RF Domain, Introduction to CST MWS
2. Introduction to Antenna (S-parameters, VSWR, Gain, Directivity, Radiation Mechanism, Field zones, Axial ratio, Polarization, HPBW, Impedance matching). Modeling using CST MWS
3. DooIntroduction of the Patch antenna and Design using CST MWS. (Introduction, Shapes, Methods of analysis, transmission line model, circular patch, Quality factor, bandwidth, Efficiency, Input impedance, Coupling, Circular polarization)ley
4. Feeding Techniques patch antenna (Coaxial feed, Proximity coupled, Aperture Coupled).
5. Hotskill Session 1(a): Basics of UWB Antenna (Introduction, Shapes, Methods of analysis, transmission line model, circular patch, Quality factor, bandwidth, Efficiency, Input impedance, Coupling, Circular polarization)
Design using CST MWS
6. Hotskill Session 1(b): Advancements in UWB Antenna Technology:
UWB Design Approach with respect to IoT Application Domain and Microwave Imaging (Cancer Detection)
Design using CST MWS
7. Hotskill Session 2(a): Basics of MIMO Antenna (Introduction, Shapes, Methods of analysis, Bandwidth, Efficiency, Input impedance, Coupling, Polarization, Radiation Pattern)
UWB MIMO Antenna Design using CST MWS
8. Hotskill Session 2(b): Advancements in MIMO Antenna Technology:
Design 2×2 and 4×4 MIMO Antenna for Wireless Applications using CST MWS
9. Hotskill Session 3(a): Basics of Reconfigurable Antenna (Introduction, Shapes, Methods of analysis, Bandwidth, Efficiency, Input impedance, Coupling, Polarization, Radiation Pattern)
Reconfigurable Design & Analysis using CST MWS
10. Hotskill Session 3(b): Advancements in Reconfigurable Antenna Technology:
Reconfigurable Design & Analysis using CST MWS for Multiple Wireless Applications using CST MWS
11. Hotskill Session 4(a): Basics of Metamaterial (Introduction, Shapes, Methods of analysis, Bandwidth, Efficiency, Input impedance, Coupling, Polarization, Radiation Pattern)
Metamaterial Unit Cell Design & Analysis using CST MWS
12. Hotskill Session 4(b): Advancements in Metamaterial Antenna Technology:
Design Metamaterial (CSRR & SRR) based Antenna for Wireless Applications using CST MWS