Course 01 · RF & Signals
Electromagnetics Foundations
Master the physics that governs every RF, radar, and communications system.
Instructor-Led · Live4 HoursIntermediate23 Lessons5 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
Electromagnetic theory is the bedrock of modern defense systems — from radar and EW to satellite communications and directed energy. This course builds rigorous, practitioner-level fluency in EM fundamentals so you can analyze, design, and troubleshoot real-world RF systems with confidence.
What You'll Learn
Understand Maxwell's equations in integral and differential form
Analyze wave propagation in free space, guided media, and complex environments
Characterize antenna behavior: gain, directivity, polarization, and radiation patterns
Apply Friis transmission equation and path loss models
Evaluate near-field vs. far-field conditions for system design
Interpret EM interference, shielding effectiveness, and EMC principles
Course Curriculum
5 modules · 23 lessons · 4 HoursWho This Course Is For
RF and systems engineers entering defense programs
EW analysts and signals intelligence professionals
Program managers overseeing radar, comms, or EW systems
Military officers with technical acquisition responsibilities
Graduate students in electrical engineering or physics
Prerequisites
Basic calculus and physics. No prior RF experience required.
Ready to Advance Your Expertise?