Electronic Countermeasures - Theory and Design
November 30 - December 1, 2018
Marriott Marquis Hotel | Washington, D.C.
The goal of this course is to educate the participants in the the field of Electronic Countermeasures (ECM) and Electronic Attacks (EA). This includes the complete countermeasures development cycle from analysing threat systems, to developing jammer techniques, and finally confirming their effectiveness. EA in communications, radar, and infrared systems will be explored in detail.
The intended audience of this course are EW professionals, who are looking to expand their knowledge of the field to electronic countermeasures. An understanding of radar and communications systems is recommended.
Module 1 — Principles of Electronic Attacks
This module starts with understanding the weapon systems that will be attacked, and how the desired effects can be achieved in them. This is followed by a review of radar concepts, and a discussion of the jammer-to-signal ratio and its relation to ECM.
Module 2 — ECM Design and Effectiveness
This module focuses on understanding the various forms of electronic attacks, how they create effects in the threat systems, and their design. Deceptive techniques covering range, velocity, and angle will be explored, along with noise jamming. These techniques will then be applied to both search and tracking radar systems.
Module 3 — Attacking Communications and Infrared Systems
This module covers the application of EA techniques and platforms to communications and IR systems. The IR lessons start with a discussion of seekers, followed by their ECM, and the methods to achieve those effects. This includes the range of IR ECM, from flares to Directed IR Countermeasures (DIRCM).
Module 4 — Modern Jammer Architectures
In order to design effective countermeasures it is necessary to understand the architecture and performance of modern jammers. This module explores the design of a Digital Radio Frequency Memory (DRFM) jammer along with the associated radar warning receiver. Topics covered include: direction finding, digital wideband receivers, DRFM system performance and its effects on radar electronic protective measures.
This course is held in conjunction with the 55th Annual AOC International Symposium & Convention, held November 27-29, 2018 in Washington D.C. Registration for that event does not constitute registration for this course, nor are there any connected costs or discounts.
This course will be held on-site for two days following this year's symposium and convention. Beverages will be provided to attendees, but meals are your own responsibility.
Instructor: Kyle Davidson
Kyle Davidson has an extensive career in academia, the military, and industry, where he is currently serving as the Chief Electronic Warfare (EW) Engineer for MDA, a Maxar Company. Prior to this he was the head of capability and an EW scientist at Tactical Technologies Inc., a subsidiary of Leonardo, where he focused on modelling and simulation of electronic countermeasures. Before joining Leonardo he spent 15 years in the Canadian Army as a signals officer, highlighted by a tour in Kandahar, Afghanistan. This service included five years at the Royal Military College of Canada (RMC) as an Assistant Professor of Electrical Engineering specializing in radar and EW systems. Kyle holds a BEng and MASc in electrical engineering from RMC, and is currently completing his PhD thesis in EW systems engineering. His research interests include software defined EW systems, low probability of intercept signal detection, active electronically scanned arrays, countermeasure development, and space-based Signals Intelligence (SIGINT).
- EARLY BIRD - Register before 11/7/18:
- $1,400 for AOC Members
- $1,500 for non-members
- ON-SITE - Register after 11/7/18:
- $1,500 for AOC Members
- $1,600 for non-members