ANTENNA DESIGN THINKING
| MIMO Antenna Systems | Metamaterial Based Antenna | Fractal Antenna |
| Reconfigurable Antenna | Chipless RFID Technology | UWB Technology |
| ANALYTICS SESSION | SOFTWARE DESIGN HANDS-ON SESSIONS | HARDWARE FABRICATION SESSION | TESTING SESSION |
|---|---|---|---|
| BASICS OF ANTENNA & RF | CST MWS | HANDS-ON ANTENNA & RF DEVICES | VNA & MNA TESTING |
| 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 |
