Engineering Electromagnetics Problem-Solving Workbook

The hardest part of many electromagnetics problems is deciding how to begin.
Which coordinate system matches the geometry? Which field quantity is actually required? What boundary condition applies? Which assumptions make the chosen equation valid?
Engineering Electromagnetics Problem-Solving Workbook provides 360 original exercises designed to develop those decisions systematically.
Readers progress from mathematical foundations and static fields into time-varying behavior, electromagnetic waves, transmission lines, guided structures, resonators, and antennas.
Foundation, Applied, and Challenge problems gradually increase the level of integration required. Fully worked solutions explain the reasoning between steps, including why a method fits the physical model and how common errors can change the result.
Readers practise vector operations, electrostatics, potential, capacitance, dielectric behavior, magnetic fields, Maxwell relationships, polarization, reflection, impedance matching, guided modes, and radiation while checking answers through dimensions, symmetry, limiting cases, conservation, and physical interpretation.
Attempt-first prompts, chapter reviews, reflection activities, and two mixed-topic assessments make the book an active workbook rather than a collection of solved examples.
It is designed for engineering and physics students, independent learners, and technical readers who want structured practice in field theory and related applications.
Move beyond following solutions and develop a method you can apply when the next problem looks unfamiliar.