Metasurface Antenna Workshop

📢 Metasurface Workshop Registration Now Open We are pleased to announce a specialized workshop titled “Advanced Antenna Technologies: AMC-Backed, EBG-Based & Metasurface-Based Antennas.” This workshop is tailored for students and junior researchers interested in modern antenna engineering, periodic structures, and amc-unit cells. 🔗 Registration Link: https://forms.gle/pBnb4wtrPfciTUcv8 Benefits: - 1 Month Full-Support will be provided in designing, writing, and Publishing Journals - Funds to publish your first Journal will be provided. - Recorded Lectures will be provided - E-Certificates will be provided OUTLINE OF THE METASURFACE WORKSHOP 1. Introduction · Welcome and overview of the workshop · Objectives of the workshop · Understand metasurface antenna fundamentals · Learn beamforming and beam steering techniques · Gain practical experience designing metasurface antennas in CST · Applications of metasurface antennas (5G, radar, IoT, satellite communications) 2. Fundamentals of Metasurface Antennas · Definition and Principles · What is a metasurface? · Difference between traditional antennas and metasurface antennas · Electromagnetic Properties · Reflection, refraction, phase control · Surface impedance and effective medium theory · Types of Metasurfaces · AMC-backed (Artificial Magnetic Conductor) · EBG (Electromagnetic Band Gap) · Other types: Huygens, Frequency Selective Surfaces · Advantages and Challenges · Miniaturization · Beam shaping · Bandwidth and efficiency limitations 3. Beamforming and Beam Steering · Basics of Beamforming · Array factor and radiation pattern · Phased arrays vs. metasurface-based beamforming · Beam Steering Techniques · Phase gradient method · Tunable elements (varactors, PIN diodes, MEMS) · Design Considerations · Gain, directivity, side-lobe level · Polarization control 4. Metasurface Antenna Design using CST · Introduction to CST Studio Suite · Overview of modules: Microwave Studio, Transient Solver, Frequency Domain Solver · Design Workflow · Unit cell design · AMC-backed structure modeling · EBG surface design and integration · Simulation Techniques · S-parameters and reflection coefficient analysis · Far-field radiation pattern · Phase response and beam steering verification · Optimization · Parametric sweep for unit cell dimensions · Tuning for desired bandwidth and beam direction 5. Hands-On Design Session · Designing a single metasurface unit cell · Simulating AMC-backed and EBG structures · Constructing a small array and observing beam steering · Visualizing phase and gain patterns Any question can be asked to: [email protected]