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Analysis and design of most popular antennas used in the industry
What you'll learn:
Evaluate antenna performance based on acceptable metrics
Design modern antennas for various applications (e.g., for handset mobile devices, SATCOM, etc.)
Analyze antennas to obtain important figures of merit (e.g. directivity, efficiency, power radiated, etc.)
Understand the operation and performance of different types of antennas used in today's communications
Acquire knowledge on antenna measurements and experimental setups
Use of commercial software for the analysis and design of antennas
Design antenna arrays based on desired performance characteristics
Requirements
Bachelor degree in Electrical or Electronics Engineering, Physics or relevant field
Junior- or senior-year undergraduate students in relevant fields with good academic standing
Knowledge of basic Calculus including complex numbers and vectors
Basic knowledge of Electromagnetics
Description
This course provides an in-depth analysis of different types of antennas ranging from simple dipoles and monopoles mounted on conducting ground to more complex wire antennas such as loops, Yagi-Uda and helical antennas, to aperture antennas, horns, and microstrip patches. The course starts with the definition and thorough explanation of important performance parameters of antennas (power radiated, directivity, gain, efficiency, etc.) which form the basis for the analysis and performance evaluation of an antenna design. Other topics such as antenna arrays (uniform and nonuniform excitation), software simulation, and measurements are also covered. Most concepts and design procedures are explained through exercises and numerical examples.
Who this course is for
Recent graduates from an Electrical, Electronics or Physics degree
Telecommunications or Communications Engineers
RF and Antenna Engineers
Technicians and Testing Engineers
Hardware and Space Engineers
Engineers and Technicians seeking jobs in Antenna Design

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