Project for Antennas for High-Power Electronic Countermeasure (ECM) Applications

The present Master’s Thesis project in electronic engineering focuses on the in-depth analysis and precise design of High Frequency (HF) antenna, taking into consideration both ideal and challenging operational conditions. Building upon the CMV-605E antenna as a fundamental reference point, the endeavor entails the creation of a comprehensive Computer-Aided Design (CAD) model for the radiating structure, followed by a rigorous testing phase employing advanced electromagnetic simulation software. This research holds substantial significance within the military context and is carried out through a collaborative effort between the prestigious LINKS Foundation and Centro Polifunzionale di Sperimentazione (CEPOLISPE), an institute dedicated to research and experimentation within the Italian Army. This collaboration is part of the broader Smart Electronic Protection Measures (SEPROM) project, financed by the European Defence Agency, and involves three European nations: Italy, Germany, and Poland. The ultimate objective of this undertaking is the development of a sophisticated antenna system, purposefully designed for use at CEPOLISPE. The intended application of this antenna is to rigorously assess the performance of various vehicles and electronic devices under conditions characterized by elevated electromagnetic fields (High-Intensity Radiated Fields (HIRF)). This project exemplifies the synergy between cutting-edge technological research and practical applications.