RADAR Engineering

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About Course

RADAR Engineering. Gain the ability to perform the systems engineering functions required to build modern radar systems and to upgrade legacy systems.

This course emphasizes proven processes and toolsets for clearly establishing radar mission goals and requirements, identifying radar subsystems and components, determining subsystem implementation characteristics (analog hardware, digital hardware, software, or firmware), and outlining radar modes and parameters.

This RADAR Engineering course will describe the system-engineering process for analyzing project requirements and will provide insight into methods for requirements allocation and flow-down to radar front-end and back-end subsystems.

RADAR Engineering

In addition, you will be introduced to the design process for building modular and open-architecture radar systems and for designing robust, open, and maintainable front-end and back-end interfaces.

You will obtain knowledge of the process of assessing third-party radars from the systems-engineering perspective, as is required in competitive assessments or intelligence analysis.

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What Will You Learn?

  • -Introduction to radar systems engineering
  • -Requirements analysis, definition, and allocation
  • -System design and analysis and trade studies
  • -Algorithm definition and generation
  • -Modelling and simulation and risk reduction prototyping
  • -Subsystem definition (radio-frequency, digital, and software) and performance -----tracking methodology
  • -System engineering processes and tools
  • -Create system designs using proven radar system engineering principles anchored on key technical parameters.
  • -Develop requirements and constraints to meet user needs as well as identify, avoid, and manage risks.
  • -Develop an open and sustainable architecture that adheres to defined mission(s) requirements.
  • -Understand system engineering activities required for the project lifecycle.

Course Content

RADAR basics

  • RADAR basics, working & Applications
    00:00
  • Delay Line Canceler with MTI RADAR
    00:00
  • A Scope Display (RADAR Display)
    00:00
  • B Scope Display (RADAR Display)
    00:00
  • F Scope Display (RADAR Display)
    00:00
  • Plan Position Indicator (PPI) (RADAR Display)
    00:00
  • Range Height Indicator (RHI) (RADAR Display)
    00:00
  • RADAR Tracking basics, block diagram, working & types in RADAR engineering
    00:00
  • Sequential lobing, RADAR Tracking in Microwave and Radar engineering
    00:00
  • MTI RADAR, Moving Target Indicator RADAR
    00:00
  • Pulsed RADAR system
    00:00
  • RADAR Block Diagram
    00:00
  • RADAR Range equation
    00:00
  • Radar range based on noise figure in radar engineering
    00:00
  • Examples on RADAR Range in RADAR and Microwave Engineering
    00:00
  • RADAR system losses in RADAR and Microwave Engineering
    00:00
  • RADAR Range Parameters
    00:00
  • Doppler RADAR or Continuous wave RADAR
    00:00
  • Examples on Continuous Wave RADAR or Doppler RADAR
    00:00
  • Conical scanning, RADAR Tracking in Microwave and Radar engineering
    00:00

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