Design of Micro Strip Patch Antenna Miss. Naaz Nuruddin Jamadar, Mr. Anant Manoj Kumar Parit, Miss. Aditi Sudhakar Kamble Miss. Krushnali Mohan Gharal, Ms. Neha Jangam Third Year Students, Department of Electronics and Telecommunication Engineering Lecturer, Department of Electronics and Telecommunication Engineering Sanjay Ghodawat Institute, Atigre, Maharashtra, India

Compact and highly efficient communication gear is more important than ever in the current era of fast technological innovation. The need for antennas that can fit into small locations without compromising performance has increased dramatically as we move toward more integrated and portable electronic gadgets. This change has forced engineers and researchers to move beyond conventional, large antenna designs in favor of more efficient options that satisfy the demanding requirements of modern wireless networks. Microstrip fabrication and cost-effectiveness are in line with the increasing need for wireless communication antennas that are small, light, and effective. A rectangular microstrip patch antenna that operates at 3.61 GHz and is appropriate for wireless communication applications is designed and simulated in this project. MATLAB, a high-performance electromagnetic field simulator, is used to analyze the design, which uses FR4 Proxy as the substrate. Excellent performance for the specified frequency band is confirmed by the simulation results. In addition to achieving effective radiation properties, the suggested design can be expanded for array topologies and upcoming wireless technologies. Because of its low profile and ease of fabrication, patch antennas have become a feasible alternative.