| 1 | To provide students with a solid foundation in the application of electromagnetic field theory to antenna analysis, enabling them to understand the physical principles of antennas and the basic concepts of radiation. |
| 2 | To introduce various antenna structures (e.g., dipole, loop, monopole, Yagi-Uda, microstrip, horn, reflector antennas) and develop students’ ability to model and analyze the electromagnetic behavior of these structures mathematically. |
| 3 | To equip students with the skills to accurately calculate antenna parameters such as gain, directivity, polarization, impedance, and efficiency, and to effectively use these parameters to evaluate antenna performance. |
| 4 | To teach the fundamental principles of antenna arrays and aperture antennas, helping students to understand their design and analysis, as well as their significance and applications in advanced systems. |