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50 - MISC - Miscellaneous Courses


MISC 215 - Electronic Warfare Fundamentals (EWF)

Code Start Date Duration Venue
MISC 215 29 August 2022 5 Days Istanbul Registration Form Link
MISC 215 24 October 2022 5 Days Istanbul Registration Form Link
MISC 215 19 December 2022 5 Days Istanbul Registration Form Link
Please contact us for fees

 

Course Description

 Electronic Warfare is an important force multiplier in today’s modern war theatre and it will be more so in the future. Armed forces employ sophisticated equipment that require effective, efficient and unimpeded use of the Electromagnetic Spectrum (EMS), at same time aiming to deny access to, suppress and degrade the use of the same spectrum to enemy forces. In addition to modern, state of the art equipment, this task requires a carefully designed doctrine, an efficient organizational structure, highly skilled and educated technical personnel, and competent and well trained operational units. This course is designed to provide a fundamental body of knowledge to lay the ground for EW doctrine formation, planning and the technical background required for the implementation of EW operations.

Course Objectives

  •  Identifying a taxonomy of EW and concepts for EW Doctrine Development
  •  Familiarizing strategic and tactical level spectrum management concepts in relation to EW
  •  Describing EW databases and the full EW reprogramming cycle
  •  Explaining the importance and principles of modeling and simulation of EW systems
  •  Understanding the principles of radars and communication systems
  •  Gaining a technical background for ESM, ECM and EP for radar systems
  •  Gaining a technical background for ESM, ECM and EP for communication systems

Who Should Attend?

  •  Technical personnel responsible for EW equipment programming and maintenance
  •  Officers employed for EW units
  •  Technical Project Managers involved in EW Projects
  •  Head officers of EW units or EW force structure

Course Details/Schedule

Day 1

  •  Basic taxonomy of EW operations and concepts for EW doctrine
  •  Electromagnetic Spectrum Management for EW
  •  EW databases and repositories
  •  EW reprogramming cycle

Day 2

  •  The role and importance of EW Modeling and simulation
  •  Principles for Modeling and simulation of EW systems
  •  EW engagement scenario trials in the development of EW techniques and tactics
  •  Radar Systems and Basic Operating Principles

Day 3

  •  EW Radar bands sensors
  •  Radar warning receivers (RWR),
  •  ESM (Electronic support measurement) systems,
  •  Electronic intelligence (ELINT) Systems
  •  Critical parameters such as receiver sensitivity, probability of interception, range advantage factors
  •  IFM, crystal and superheterodyne receiver operating principles
  •  Pulse descriptor message
  •  Emitter deinterleaving, sorting and identification

Day 4

  •  Electronic Counter Measure Systems and basic operating principles
  •  Classification of ECM systems.
  •  EW radar jamming equation, JSR (jamming to signal ratio).
  •  Self and mutual protection jamming,
  •  DRFM (digital radio frequency memory) and type of radar ECM transmitters
  •  Active and passive ECM techniques and their effects on radar site
  •  Electronic Protection (EP) in Radar systems

Day 5

  •  Communication Systems and Basic Operating principles
  •  Operating principles of Communication ESM (CESM) and COMINT
  •  Operating principles of Communication ECM (CECM) systems
  •  Communication electronic attack methods
  •  Passive and active EP techniques used in communication systems