Electronic Warfare Systems Engineering Handbook: Systems Architecture, Electronic Support, Attack, and Protection, Counter-UAS, Cognitive EW, Spectrum Operations, and T&E

Modern electronic warfare no longer lives inside a single specialty. A radar engineer, a communications engineer, a counter-drone team, and a spectrum manager increasingly depend on the same contested, congested electromagnetic spectrum — yet available references rarely look past their own corner of it.

This handbook was built to close that gap. Across twenty chapters, it walks the reader through the complete electronic warfare engineering lifecycle as practiced today: from mission analysis and system architecture to radar/communications EW, electronic support, direction finding, electronic attack, SWaP-constrained platform integration, cognitive EW, spectrum management, and test and evaluation — closing with six integrated capstone case studies.

Inside, readers will find:

• Practical engineering structure: Learning objectives, key-terms callouts, and worked calculations in every chapter.
• Reusable systems-engineering worksheets: Trade-study matrices, risk registers, and verification cross-reference matrices.
• Layered counter-UAS coverage: Complete frameworks for detection, identification, and response architecture.
• Cognitive EW & ML treatment: Guidance on distribution shift, operator explainability, and lifecycle assurance.
• Comprehensive appendices: Acronym lists, glossaries, and dedicated review checklists.

Written for EW systems engineers, RF/antenna designers, spectrum managers, and defense acquisition professionals, this handbook bridges the gap between isolated specialist texts and real-world program constraints.