Course 03 · RF & Signals
Maxwell's Equations Foundations
Deep mathematical fluency in the equations that unify all of classical electromagnetism.
Instructor-Led · Live4 HoursAdvanced28 Lessons6 Modules
Live & Team Training
Instructor-led
4 Hours of instruction · Virtual or on-site
What's Included
Live instructor-led sessions
Downloadable reference materials
Practical exercises & case studies
Virtual or on-site delivery
Course Overview
Maxwell's equations are the mathematical foundation of every electromagnetic system ever built. This course develops genuine fluency — not just familiarity — in both integral and differential forms, with direct application to real-world system design, wave behavior, and boundary value problems.
What You'll Learn
Derive and interpret all four Maxwell's equations in integral and differential form
Apply Gauss's law, Faraday's law, and Ampere's law to practical field problems
Solve boundary value problems at material interfaces
Understand the wave equation derivation and its physical meaning
Apply phasor notation and complex permittivity to lossy media
Connect EM theory to antenna, waveguide, and transmission line behavior
Course Curriculum
6 modules · 28 lessons · 4 HoursWho This Course Is For
Electrical engineers deepening their EM theory foundation
RF and antenna engineers seeking rigorous mathematical grounding
Defense scientists and researchers in directed energy or EW
Graduate students in EE, physics, or applied mathematics
Technical professionals supporting high-frequency system design
Prerequisites
Calculus through multivariable calculus. Electromagnetics Foundations recommended but not required.
Ready to Advance Your Expertise?