Radar Engineering Study Guide

The Radar Engineering Study Guide (BSD-RADAR-001) is a comprehensive reference and self-study workbook for engineers, technicians, and students working with radar systems. Covering everything from fundamental principles to full system design, this guide is an essential desk reference for anyone involved in radar engineering.

What Is Included

• Radar Fundamentals Reference — 35 topics covering the radar equation, PRF, range resolution, RCS, Doppler effect, and minimum detectable signal with formulas and standards
• Radar Parameters Calculator — Live Excel calculator for maximum unambiguous range, range resolution, duty cycle, received power, pulse compression ratio, and noise power
• System Design Checklist — 30 design requirements across Mission Requirements, Waveform Design, Antenna Design, Receiver and Signal Processing, and Integration and Test
• Study Progress Tracker — Track study hours, scores, and completion across 10 topic areas with automatic percentage calculations

Topics Covered

• Radar fundamentals and the radar range equation
• Transmitters, antennas, duplexers, receivers, and signal processors
• CW, pulsed, LFM/chirp waveforms and pulse compression
• MTI, FFT Doppler processing, and CFAR detection
• Free space path loss, atmospheric attenuation, clutter, and ECM
• ATC, weather, maritime, military, GPR, and SAR radar applications

Who Is This For

Radar engineers, RF engineers, electronic warfare specialists, defence technicians, university students studying radar systems, and professionals preparing for technical assessments.

Instant download. Microsoft Excel (.xlsx). Use immediately after purchase.