Engineering planar antenna geometry arrangements is a M.Tech project topic for Electronics & Communication Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Engineering planar antenna geometry arrangements Project Details
| Abstract |
This project studies how to design, fine‑tune, and test planar antennas that use advanced shapes to meet the tough demands of today’s wireless and satellite systems. Planar antennas—especially microstrip patch antennas—are popular because they sit flat, fit easily into devices, and are cheap to make. Getting them to work on several frequency bands, deliver high gain, and cover a wide bandwidth is still hard. To tackle this, the work looks at three kinds of shape changes: * fractal geometries, * defected ground structures (DGS), and * parasitic patches. Electromagnetic simulation software models each antenna and evaluates return loss, radiation patterns, gain, and voltage standing‑wave ratio (VSWR) over the desired frequency
bands. The design process runs systematic parametric sweeps of the geometric dimensions to find the best settings for satellite transponders and ground‑based wireless links. The resulting design framework gives engineers a clear way to balance antenna size against radiation efficiency, providing practical guidance for building the next generation of communication systems.
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| Reference Paper |
Engineering planar antenna using geometry arrangements for wireless communications and satellite applications. |
| Domain |
Electronics & Communication Engineering |
| Sub-Domain |
Communication Systems / Wireless Communications / Cognitive Radio |
| PDF Download |
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