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Free Download Udemy - Microwave Engineering by Bhagyashri Thorat (2025)
Published 8/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.73 GB | Duration: 2h 28m
Master the Fundamentals of Microwave Engineering - Components, Measurements & Applications Explained Simply
What you'll learn
Understand the fundamentals of microwave frequencies, devices, and transmission techniques.
Analyze waveguide structures like E-plane Tee, H-plane Tee, Magic Tee, and their scattering matrix.
Apply various network parameter models such as H, Y, Z, ABCD, and Scattering Matrix.
Solve real-world numericals and interpret results related to microwave components and systems.
Requirements
Basic knowledge of electromagnetic theory and transmission lines
Familiarity with network theory and basic circuit concepts
An understanding of vector mathematics and complex numbers
No prior experience in microwave engineering required - this course is beginner-friendly and structured from the ground up
Description
This course provides a comprehensive and clear introduction to Microwave Engineering, focusing on the theory and key components that define high-frequency circuits. Designed for ENTC engineering students, this course is ideal for anyone preparing for university exams, interviews, or core subject understanding.What You Will Learn:Introduction to Microwaves:Microwave frequency bands and their unique propertiesReal-world applications in satellite, radar, medical imaging, and wireless communicationWave Propagation Concepts:Understanding waveguides, coaxial cables, and microstrip linesBehavior of electromagnetic waves at microwave frequencies with practical significanceMicrowave Components:Theory and function of E-plane Tee, H-plane Tee, Magic Tee, and Hybrid RingCharacteristics and usage of these junctions in microwave systems and circuitsMatrix Representation of Networks:In-depth analysis of networks using H, Y, Z, and ABCD parametersUse of Scattering Matrix for describing signal behavior in multi-port systemsConcept of reciprocal and symmetric networks explained in detailImpedance Matching Techniques:Use of Smith Chart for solving impedance problems accuratelyBasics of impedance matching in microwave systems for efficient transmissionBy the end of the course, you'll gain theoretical mastery of microwave components and transmission lines. With simple explanations, topic-wise flow, and a syllabus-matching structure, this course is perfect for building your fundamentals and scoring confidently in exams.
Electronics and Telecommunication Engineering students looking to understand microwave concepts,Aspiring microwave engineers and RF designers,Educators and professionals seeking a refresher or structured foundation in microwave theory,Beginners who want to explore the fundamentals of microwave engineering in a clear and practical way
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