Radouane Kali

Radouane Karli is a senior research scientist in the Radio Networks unit, Communications Information Signals and Sensors Department (CISS) of the Royal Military Academy Brussels (RMA), specializing in RF & microwave technology, sensor design, and their diverse applications. 

Dr. Karli received his Ph.D. with the highest honors, reflecting his good academic background in Electronics and Telecommunications.  His innovative research was awarded the first prize for the best thesis in his field. With more than ten years of research experience, he has contributed to various prestigious academic institutions and universities in Europe, Asia, and North Africa.

He is currently engaged in a project focused on improving the security of military convoys and personnel against the threat of Radio Controlled Improvised Explosive Devices (RCIEDs) through the strategic use of Electronic Counter Measures (ECM) solutions. His work involves the development of simulation environments for the integration of jammers on tactical vehicles, designed to counter RCIEDs. This project aims to optimize the effectiveness of ECM systems, particularly through advancements in antenna design and intelligent jamming techniques, to ensure greater safety for military convoys and personnel in hostile environments.

Before joining RMA, he contributed to a high-impact project in advanced materials, sensor technologies, and microsystems. He was involved in the development of graphene-based sensors for the oil industry, targeting the monitoring and prevention of scale formation in underground oil pipelines. He also worked on establishing efficient wireless communication in deep underground pipelines by studying electromagnetic wave propagation and attenuation in various mediums. Furthermore, he worked on the development of a microstrip sensor using radio frequencies (RF) for real-time data collection and optimized power requirements for long-term wireless operation, enhancing the overall effectiveness of monitoring systems in challenging conditions. 

Another area in which he has contributed is a research project involving the development of an innovative medical solution, including an antenna array system designed for breast tumor detection.

In his thesis work, he contributed in microstrip antenna design and applications for 3G, 4G, and 5G communication systems, leading to two international patents. His innovative research on antenna miniaturization and integration has significant applications in telecommunications and medical engineering, including UWB communication systems and early-stage tumor detection through MRI systems.

Dr. Karli has been recognized for his contributions, including receiving the 2022 Award of Merit and Gold Medal at the International Invention Innovation Competition in Canada and the 2017 Award of Merit at the International Exhibition of Inventions in Pittsburgh, Pennsylvania, USA. He is an active reviewer for various journals such as IEEE Access and Wireless Personal Communications and serves on the editorial board of the Journal of Electrical Engineering. He has authored or co-authored more than 30 papers in journals and peer reviewed conferences, and three patents.

His current research interests include RF and microwave technology, antenna design, jamming and camouflage radar assessment. Through his continued dedication to innovation, Dr. Karli contributes to advancements in both the academic and practical aspects of science and technology.