Figure out how to utilize modeling and simulation to settle unpredictability in Defense, Aerospace and Commercial Industries. There are various design difficulties looked by RF framework engineer while taking a shot at analysis and design.
Who Should Attend:
- Engineers
- Technicians
- Analysts
- Managers
- scientists and developers
Learning Objectives:
- Explain the basic principles behind RF, Radar, Microwave and satellite technologies
- Discuss & describe the key principles and key features
- Illustrate the functional architecture
- Summarize the basics of RF, Radar, Microwave and satellite
- Discuss systems engineering principles and methods
- Compare different design tools, techniques, models and principles
- Explain the key satellite communication principles such as frequency spectrum.
- Define and distinguish key RF, Radar, Microwave and Satellite modeling and simulation
- Describe the types of modeling and simulation tools used in the phases of the RF and Radar
- Explain key elements of RF and Radar
- Examine RF, radar, microwave and satellite systems key concepts, functions, techniques
- Model and simulate RF and radar propagation and ink budget to analyze performance
- Integrate RF and radar system models
Course Content:
- Introduction to Modeling and Simulating RF and Radar Systems
- Introduction to Modeling and Simulating RF Propagation and Performance
- Steps in RF and Radar Modeling, Simulation, and Systems Engineering
- RF Propagation Modeling and Simulation Tools for Various Environments
- Applied Radio Frequency Modeling & Simulation (Workshops and hands-on activities) & materials
Call us today at +1-972-665-9786.
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