This 3-day workshop is designed to help participants understand how active radar guided anti-ship missiles (ASM) will see you as a target and how you may be able to defend yourself against them by using a newer type of EP technique.

The Course is designed for EW experts as well as for Combat Management System (CMS) designers, who need a deeper understanding in passive countermeasures.

This 3-day workshop provide an overview of Communications Intelligence (COMINT) andassociated components; it is intended to review the fundamentals of COMINT relating each topic to the broader and more complex requirements of the strategic and tactical customer.

The workshop will provide an introduction to the tasks that are needed to plan, deploy and provide a coherent COMINT product on a strategic homeland, dynamic triservice or coalition style operation.

This 3-day workshop is designed to help participants to learn attain knowledge in electronic warfare and competency in radar and communications electronic counter countermeasures (ECCM) at the systems and operational level.

This is achieved using both seminar and problem-based learning methodologies. It does not use complex math, but describes equipment, functions and tactics in physical terms. Carefully structured problems are solved in class interactively using simple dB math and formulae.

This 3-day workshop is designed to help participants understand the fundamentals of BDA and how foreign forces within a theatre of operations use it.

This also includes considerations from collateral damage, humanitarian constraints and the intelligence gathering cycle and how the analyst can assist commanders in the decision making process.

This course is designed to help participants understand the nature of communication signals and electronic warfare threats. It gives and explains the techniques for prediction of received signal quality and the impact of jamming on that quality.

This course is designed to help participants gain an understanding of the techniques needed to determine and optimize the performance of ESM systems.

It will begin with a brief reminder of some of the fundamental principles of ESM system operation and then describe ESM processes from radar pulse data reception to the formation of ESM tracks and the identification of the radars. Methods for deinterleaving pulses and measuring the direction of arrival (DOA) of radar signals will be considered in detail, together with radar library matching.

The methods and techniques needed to assess and visualise the performance of ESM systems and the requirements for ESM testing and trials will be described in detail.

A major source of error in the performance of ESM systems is the creation of multiple tracks for a single radar and Intra-pulse Multipath reflections are the most serious source of errors in DOA measurement for all types of ESM system. The reasons for these phenomena will be considered and methods for mitigation of these issues will be discussed."

This 5-day online course is intended for professionals who are working in EW but know nothing about space or who are working in space subjects but know nothing about EW.

It covers techniques for setting up intercept and jamming links for Electronic Warfare (EW) against ground-to-ground enemy communication signals, UAV command and data links and weapon control links from satellite mounted EW systems. It starts with a discussion of the one-way communication link, then covers the important propagation modes for Communication band EW, modern signal modulations, and the techniques for predicting intercept and jamming performance – first from the ground and then from space. Finally, it provides step by step procedures for setting up intercept and jamming links against enemy tactical communications, UAVs and remotely controlled weapons.

This 3-day workshop is designed to help participants understand the components that make up satellite communication links from an operational planning perspective, along with satcom's employment and advantages within the military and civil environment, latest developments and future threats to use.