Tuning the Future of Connectivity: Six-Day Deep Dive into Antenna Design and Beamforming Technologies

Bengaluru, 28th March 2026: A six-day Short Term Course (STC) cum hands-on training on “Antennas – The Backbone of Wireless Communication: From Transmission to Reception” was conducted from 23 to 28 March 2026 at the Faculty of Engineering and Technology, JAIN (Deemed-to-be University), Bengaluru, in collaboration with Beacon Pvt. Ltd. The programme brought together 38 participants, including undergraduate students, faculty members, lab instructors, and research scholars, for an immersive learning experience in modern antenna engineering.

The course began with an inaugural session that highlighted the critical role of antennas in enabling next-generation wireless systems. Eminent academicians and industry experts set the tone for the programme, emphasising the growing relevance of antenna design in technologies such as 5G, IoT, radar, and satellite communications.

Over the first two days, participants were introduced to foundational and advanced concepts, ranging from radiation principles and wave propagation to microstrip antennas, MIMO systems, and phased arrays. Sessions led by experts from premier institutions such as IITs, NITs, and IIITs provided strong theoretical grounding while connecting concepts to real-world communication systems.

The learning then shifted into a highly practical phase using CST Studio Suite, where participants translated theory into simulation-based design. They worked on transmission lines, dipole antennas, microstrip patches, and MIMO configurations, analysing key performance parameters such as S-parameters, gain, and radiation patterns. The hands-on sessions also introduced beamforming, array design, and reconfigurable antenna systems, giving participants exposure to industry-relevant workflows.

The final day focused on advanced antenna structures and team-based design projects. Participants developed and evaluated antenna systems on different substrates, studying performance metrics including efficiency, directivity, and diversity parameters, before presenting their outcomes in structured reports.

The programme concluded with a valedictory session recognising outstanding student projects and acknowledging the collaborative efforts of faculty, industry partners, and expert speakers. Beyond technical training, the course fostered problem-solving, design thinking, and applied research skills essential for careers in wireless communication and RF engineering.

By integrating theory, simulation, and design practice, the STC offered participants a clear view of how modern antenna systems are conceptualised and built preparing them for emerging challenges in advanced communication technologies.