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Microwave Engineering

Course Reviews

Track :

Engineering

Lessons no : 38

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What will you learn in this course?
  • Design and analyze microwave circuits for communication and radar systems using modern techniques and tools
  • Apply principles of microwave wave propagation, transmission lines, and antenna theory in real-world applications
  • Evaluate microwave components such as filters, amplifiers, and mixers for optimal performance in communication systems
  • Implement microwave measurement techniques and troubleshoot common issues in microwave engineering projects
  • Develop and optimize microwave communication links considering signal integrity and interference mitigation
  • Utilize simulation software to model and test microwave circuits and systems effectively
  • Understand the principles of radar technology and design radar systems for various applications
  • Integrate microwave components in complex systems, ensuring compatibility and efficiency
  • Assess the impact of microwave frequency on system design, including bandwidth and power considerations
  • Apply safety standards and best practices in handling microwave equipment and systems
  • Translate theoretical microwave concepts into practical solutions for modern communication and radar challenges
  • Demonstrate proficiency in designing, testing, and maintaining microwave systems for industrial and research purposes

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  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 38
Microwave Engineering Introduction Video
00:03:07

Microwave Engineering Introduction Video
Lec 1 Introduction to Microwave Engineering
00:22:06

Lec 1 Introduction to Microwave Engineering
Lec 2 Introduction to Transmission Line Theory
00:46:52

Lec 2 Introduction to Transmission Line Theory
Lec 3 Lossy Transmission Line
00:25:38

Lec 3 Lossy Transmission Line
Lec 4 Smith Chart
00:25:53

Lec 4 Smith Chart
Lec 5 Introduction to Waveguides and Rectangular Waveguide
00:48:06

Lec 5 Introduction to Waveguides and Rectangular Waveguide
Lec 6 Circular Waveguide
00:42:54

Lec 6 Circular Waveguide
Lec 7 Attenuation in Waveguide
00:22:38

Lec 7 Attenuation in Waveguide
Lec 8 N port microwave networks equivalent voltages and currents
00:46:16

Lec 8 N port microwave networks equivalent voltages and currents
Lec 9 Scattering Matrix S Parameters Part 1
00:38:34

Lec 9 Scattering Matrix S Parameters Part 1
Lec 10 Scattering Matrix S parameters Part 2 Transmission Matrix ABCD Parameters
00:38:40

Lec 10 Scattering Matrix S parameters Part 2 Transmission Matrix ABCD Parameters
Lec 11 Impedance Matching Using L Section and Series Stub Networks
00:59:23

Lec 11 Impedance Matching Using L Section and Series Stub Networks
Lec 12 Impedance Matching Using Shunt Stub Double Stub and Quarter wave Transformer
00:55:50

Lec 12 Impedance Matching Using Shunt Stub Double Stub and Quarter wave Transformer
Lec 13 Multisection Matching Networks and Tapered Lines
00:25:58

Lec 13 Multisection Matching Networks and Tapered Lines
Lec 14 Series and Parallel RLC Resonators
00:35:36

Lec 14 Series and Parallel RLC Resonators
Lec 15 Transmission Line Resonators
00:23:40

Lec 15 Transmission Line Resonators
Lec 16 Waveguide Resonators
00:29:41

Lec 16 Waveguide Resonators
Lec 17 Introduction to power dividers
01:12:25

Lec 17 Introduction to power dividers
Lec 18 Directional couplers
00:33:37

Lec 18 Directional couplers
Lec 19 Microwave Filters Part 1
00:44:22

Lec 19 Microwave Filters Part 1
Lec 20 Microwave Filters Part 2
00:31:50

Lec 20 Microwave Filters Part 2
Lec 21 Characteristics of Microwave BJT and FET
00:27:18

Lec 21 Characteristics of Microwave BJT and FET
Lec 22 PIN Diodes and Control Circuits
00:20:32

Lec 22 PIN Diodes and Control Circuits
Lec 23 Schottky Diodes and Detectors and Tunnel Diodes
00:40:54

Lec 23 Schottky Diodes and Detectors and Tunnel Diodes
Lec 24 Gunn Diodes IMPATT Diodes and Varactor Diodes
00:47:37

Lec 24 Gunn Diodes IMPATT Diodes and Varactor Diodes
Lec 25 Two Port Power Gain and Stability
01:03:28

Lec 25 Two Port Power Gain and Stability
Lec 26 Design of single stage transistor amplifier for maximum gain specified gain low noise
00:34:37

Lec 26 Design of single stage transistor amplifier for maximum gain specified gain low noise
Lec 27 RF oscillator
00:29:37

Lec 27 RF oscillator
Lec 28 Limitations of Conventional Tubes at Microwave Ranges
00:24:10

Lec 28 Limitations of Conventional Tubes at Microwave Ranges
Lec 29 Introduction to Klystron
00:45:44

Lec 29 Introduction to Klystron
Lec 30 Reflex Klystron Magnetron and TWT
01:12:16

Lec 30 Reflex Klystron Magnetron and TWT
Lec 31 Ferrite Devices
00:50:12

Lec 31 Ferrite Devices
Lec 32 Planar transmission lines for MIC
00:57:33

Lec 32 Planar transmission lines for MIC
Lec 33 Lumped elements for MIC
00:34:44

Lec 33 Lumped elements for MIC
Lec 34 Lumped inductor HMIC and MMIC
00:30:36

Lec 34 Lumped inductor HMIC and MMIC
Lec 35 Overview of Radar
00:40:03

Lec 35 Overview of Radar
Lec 36 Cellular Communication
01:00:21

Lec 36 Cellular Communication
Lec 37 Satellite Communication and Applications of Microwave
00:42:21

Lec 37 Satellite Communication and Applications of Microwave

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3 Reviews
AMIR SOHRABI NAVAREH 

The training was really excellent and the course was comprehensive. Thank you.
2025-10-15

Letícia Águida Magaia 

awesome
2025-09-29

Wiseman Sérgio Faife 

Achei muito interessante
2025-08-27

Sonia Farah 

Amazing
2025-08-20

Dinilson Fiosse Sitoe 

I recently completed a course on your platform, and I must say, I am truly impressed! The content was well-structured, engaging, and easy to follow. The instructors explained complex topics in a clear and concise manner, making learning both enjoyable and effective.
2025-03-23

Anushka Rajput 

good
2024-11-27

Harshali Magan Gawale 

excellent Teaching
2024-11-27

Edilson Charama 

very know how, it is a great course to enrol
2024-05-30

Santo Antonio Arcanjo Arabe 

An Amazing Course
2024-04-14

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