Title: Introduction to Radar Countermeasures Instructor: Mr. Kerry D. Bowers Course Length: 7 hours (1 Day) Skill Level: No Previous Training Required		Introduction to Electronic Defense Systems, 2nd Ed Filippo Neri (Recommended Optional Text)
		Course Description Introduction to Radar Countermeasures is recommended for those desiring a better understanding of electronic countermeasures (ECM) principles preparatory to more advanced studies in the subject or practical application in the professional environment. Military and civilian professionals in the following disciplines may benefit from this course - engineers, program and project managers, operations analysts, scientists, intelligence personnel, radar operators, maintenance and test technicians, electronic warfare officers, military aviators, battle managers, and combat planners. Designed as a companion presentation to the Introduction to Radar course, this presentation will introduce the attendee to ECM doctrine, considerations for the employment of ECM, types of ECM and ECM techniques, radar warning receivers, and both active and passive countermeasures systems. The course is presented using a detailed PowerPoint® presentation that includes a number of Graphics Interchange Format® animations to facilitate comprehension of the material. The presentation also includes a demonstration of radar signal recognition using SigRec® software from Research and Development Solutions, Inc. Each attendee will receive a hardcopy of the course slides and a course completion certificate.
		Minimum Content
		Doctrine Electronic Warfare Electronic Attack Electronic Protect Electronic Support Integrated Air Defense System Radar Weapons Systems Vulnerabilities Attack Considerations Engagement Options Avoid Mask Destroy Jam Stealth Jamming Options Standoff Jamming Escort Jamming Self-Protection Jamming Radar & Jamming Equations Identifying Vulnerabilities Signal to Noise Ratio Jamming to Signal Ratio Burn-Through Noise Jamming Effects of Noise Jamming Range Effects Angle Effects Noise Jamming Attributes Continuous Jamming Pulsed Jamming Modulated Jamming Stretched (Barrage) Jamming Radar Vulnerabilities to Noise Noise Effectiveness Factors Power Density Noise Jamming Techniques Spot Swept Spot Pulsed Frequency Barrage Barrage Amplitude Modulated Deception Jamming Deception Characteristics Automatic Gain Control Effects Deception Jamming Techniques False Target Generation Range Deception Range Gate Pull (Walk) Off Angle Deception Inverse Amplitude Modulation Inverse Gain Swept Square Wave Velocity Deception Velocity Gate Pull (Walk) Off Doppler Noise Velocity False Targets Monopulse Radar Jamming Terrain Bounce Filter Skirt Modulation Image Jamming Cross Polarization Jamming Cross Eye Jamming Towed Decoys Area Saturation Decoys Expendable Jammers Chaff Stealth Radar Warning Receivers Crystal Video Systems Superheterodyne Radar Homing & Warning Systems Active Jamming Systems External Jammers Internal Jammers
		Other Courses: Introduction to Radar Introduction to Infrared Air Defense Missiles and Countermeasures

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