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Basics of Microwave Radio Network Propagation and Planning
Published 9/2026
Created by Abdul Aziz Khan
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 33 Lectures ( 5h 40m ) | Size: 9.8 GB
Learn microwave propagation, radio link fundamentals, path loss, fading, diffraction, rain attenuation, and network plan
What you'll learn
Learn about radio propagation learn about the mathematics of microwave links learn how to choose different equipment for different environments deep dive in propagation physics like refraction, reflection and diffractionRequirements
no pre-requisite having pathloss license is beneficial but not mandatoryDescription
Microwave radio propagation is the foundation for understanding how wireless signals travel between radio sites and why real-world microwave links perform differently from theoretical calculations. This comprehensive course takes you from the fundamentals of radio propagation to the practical concepts used by microwave and telecommunications engineers in network planning and link design.
Understand Microwave Radio Propagation From Fundamentals to Practical Engineering
With more than 70 lectures (33 uploaded, rest are in progress and will be uploaded time to time), this course provides a structured introduction to the principles that govern microwave radio links. You will learn how radio waves propagate through the atmosphere, how terrain and the Earth's curvature affect communication paths, and how different propagation mechanisms influence link performance.
The course covers important concepts including free-space propagation, path loss, Fresnel zones, reflection, refraction, diffraction, multipath propagation, fading, atmospheric effects, rain attenuation, and other factors that can affect microwave link availability and performance.
You will also develop an understanding of how propagation theory is applied to practical telecommunications networks. The course explains the relationship between frequency, distance, antenna height, terrain, atmospheric conditions, and received signal level, helping you understand why a microwave link behaves the way it does in real-world conditions.
What you will learn
• Fundamentals of electromagnetic and radio wave propagation
• Microwave communication and radio propagation concepts
• Free-space path loss and basic propagation calculations
• Fresnel zones and their importance in microwave links
• Earth curvature and effective Earth radius
• Reflection, refraction, and diffraction
• Knife-edge and terrain-related diffraction concepts
• Multipath propagation and multipath fading
• Atmospheric effects on microwave signals
• Rain attenuation and other hydrometeor effects
• Signal fading and link performance considerations
• Propagation losses and their impact on microwave link budgets
• Basic concepts used in microwave link planning and network design
• How theoretical propagation concepts relate to real telecommunications networks
Who is this course for?
This course is designed for telecommunications engineers, RF engineers, microwave engineers, radio network planners, transmission engineers, students of electrical or telecommunications engineering, and anyone who wants to build a solid foundation in microwave radio propagation.
It is particularly useful if you work with, or plan to work with, microwave backhaul, point-to-point radio links, wireless transmission networks, RF planning, or telecommunications infrastructure.
The course is also suitable for engineers who already have some practical experience but want to strengthen their understanding of the propagation principles behind the calculations and decisions made during microwave link planning.
You do not need to be an expert in microwave engineering to follow the course. The concepts are introduced progressively, starting with the fundamentals and building toward more practical propagation considerations.
By the end of the course, you will have a much stronger understanding of how microwave signals propagate and how propagation effects influence the design, performance, and reliability of radio communication links.
Whether you are a student building your engineering foundation, a telecommunications professional expanding your skills, or an engineer looking to better understand the theory behind microwave link planning, this course provides a comprehensive starting point for learning microwave radio propagation.
Who this course is for
Telecom Engineer beginner or advance University studentsHomepage
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