Advanced Design and Optimization Techniques for Next-Generation Antennas
Program Overview
This Professional Development Program (PDP) is designed to provide participants with a solid foundation in antenna design and optimization, covering RF to THz frequency ranges. The sessions will focus on simulation methodologies, modern design tools, and optimization algorithms used in next-generation wireless communication systems.
Objectives
- To explore fundamentals and advancements in antenna design and analysis.
- To provide insights into RF and THz domain design principles.
- To familiarize participants with computational tools and optimization algorithms.
- To enhance knowledge on emerging trends in 5G, 6G, IoT, and wireless systems.
- To encourage research and innovation through practical applications.
Topics to be Covered
- Fundamentals of RF and THz Communication Systems
- Antenna Design and Simulation Techniques
- Optimization Algorithms for Antenna Performance
- Measurement and Testing of Antennas
- Advances in 5G, 6G, and IoT Technologies
- Case Studies and Real-Time Applications
Target Audience
PG Students, Research Scholars, Faculties, Industry professionals and Enthusiasts aiming to enhance their skills in antenna optimization and its
related fields. Individuals interested in RF, antenna design, and next-generation communication technologies.
Program Outcomes
- Gain in-depth knowledge of advanced antenna design and optimization techniques.
- Acquire knowledge in simulation tools and emerging 5G Enhanced/6G technologies.
- Develop research and analytical skills to apply theoretical concepts in real world systems
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