Assignment Requirements:

Simulation Task: Students will work collaboratively to simulate the radiation pattern and directivity of a various antenna types. This involves:

Analyzing how changes in the performance.

Using simulation tools $($such as MATLAB, or CST$)$ to model and visualize the antenna's radiation pattern.

Extracting key parameters like beamwidth, sidelobe levels, and directivity to provide a comprehensive understanding of the antenna's behavior.

Critical Literature Review: A concise yet critical discussion of existing work$-$related various antenna types, focusing on their design principles, applications, and performance metrics.$|$

Methodology and Tools: A detailed explanation of the methods, simulation tools, and parameters used in the study. This should include justifications for the chosen tools and settings.

Purpose and Expected Outcomes

The assignment is intended to:

Provide hands$-$on experience in using simulation tools to analyze electromagnetic phenomena.

Strengthen the ability to connect theoretical knowledge with practical applications.

Encourage critical thinking and analytical skills through the literature review and interpretation of simulation results.

Develop communication and collaboration skills through group work.

Suggested Topics for Assignment

Microstrip Patch Antennas:

Investigate the influence of substrate material and thickness on the gain and bandwidth of a rectangular patch antenna

$($So i need a code in the matlab and explination of the code and the also and explination of the output the $($drawing like what is happening in the output about the topic that is provided in the picture$)$