Applied Electromagnetics: Fields and Waves

Electromagnetism is the bedrock of modern technology, driving everything from wireless communication to high-speed electronics. A deep understanding of fields and waves is essential for electrical engineering and physics applications. This course provides a structured, foundational journey into the principles of electromagnetism. You will learn the core mathematical framework for describing electric and magnetic phenomena and gain the ability to analyze how electromagnetic energy moves through space and materials. What you'll learn: * Understand the foundational laws of electrostatics and magnetostatics (Gauss, Ampere, Faraday). * Master the complete set of Maxwell's Equations and their application to time-varying fields. * Analyze the behavior of uniform plane waves, including concepts of polarization, reflection, and transmission at boundaries. * Apply basic transmission line theory and impedance matching techniques used in high-frequency circuit design. * Practice solving problems involving field behavior in dielectric, conductive, and complex media. The course begins by establishing the fundamental concepts of static fields and vector analysis. It progresses systematically to time-varying fields, culminating in a comprehensive exploration of Maxwell's equations and wave propagation analysis. This course is designed for absolute beginners in electromagnetics, including students or professionals in electrical engineering, physics, or related fields. No prior advanced knowledge in electromagnetics is required, only basic calculus understanding. Start building your expertise in electromagnetics today.