Applied Electromagnetics for Engineers

People join this course to understand electromagnetics in a practical and application-oriented way, instead of learning only theory. It helps them learn how high-speed PCB design works and how to handle signal integrity issues in real circuits. The course builds strong fundamentals needed for RF, microwave, and antenna engineering, while also showing how mathematics and programming are used to solve real engineering problems. Overall, it prepares learners for advanced roles in electronics, communication systems, and research by connecting concepts directly to real-world engineering applications.

• Introduction to applied electromagnetics and its importance

• Basics of transmission lines and wave behavior

• Reflection, transmission, and standing waves on lines

• Lossy transmission lines and equivalent circuits

• Impedance transformation and power flow concepts

• Smith chart basics and impedance matching methods

• Time-domain analysis and signal propagation

• High-speed signaling and TDR fundamentals

• Review of coordinate systems and vector math

• Vector fields, gradient, divergence, and curl

• Understanding Maxwell’s equations step by step

• Boundary conditions for electromagnetic fields

• Laplace and Poisson equations basics

• Analytical and numerical field solutions

• Magnetostatics and magnetic field calculations