Enhanced Antenna Technology-Based Teaching: A Blended Learning Model

Abstract

In today's educational landscape, adopting constructive pedagogical strategies is imperative to foster students' comprehension and involvement in challenging subjects such as electromagnetics (EM). This paper introduces a blended educational methodology that harmoniously combines the Flipped Classroom and Simulation-Aided Learning models, tailored for a technology-centric teaching of antennas. The Flipped Classroom paradigm empowers students to absorb content autonomously outside the class, allocating class time for immersive discussions and hands-on activities. Concurrently, Simulation-Aided Learning offers a tactile approach to grasping the complexities of antenna geometries and characteristics through simulations. Computer Simulation Technology (CST) Microwave Studio was elected for implementing the simulation component due to its intuitive interface and expedited learning trajectory, rendering it particularly advantageous for novices. Through this blended approach, students are provided with a more comprehensive and practical understanding of antenna theory and design technologies, which is crucial for fostering skills necessary in the ever-evolving field of wireless communications.