Your cart is empty.
Keep shopping
SPPU Microwave Engineering: PYQ Solved & Numericals
4 students
SPPU Microwave Engineering: PYQ Solved & Numericals
Exam-focused microwave engineering with scattering matrix, waveguides, antennas and SPPU PYQs.
Created byBhagyashri Thorat
Last updated 5/2026
English
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.
Explore related topics
Course content
7 sections • 22 lectures • 2h 27m total length
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
Struggling with Microwave Engineering? Want to pass… or actually score high?
This course is designed exactly for that.
Many students find Microwave Engineering confusing — waveguides, components, matrices… everything feels mixed up during exams.
That’s why this course focuses on clear understanding + exam-oriented preparation, so you don’t just study, you perform in exams with confidence.
What You Will Learn
Introduction to Microwaves
Microwave frequency bands explained in a simple way
Unique properties of microwaves (no rote learning, only clarity)
Real-world applications: satellite, radar, medical imaging, wireless communication
Wave Propagation Concepts
Waveguides, coaxial cables, and microstrip lines made easy
Behavior of electromagnetic waves at microwave frequencies
Concept clarity for diagrams and theory-based questions
Microwave Components (High-Weightage Topics)
E-plane Tee, H-plane Tee, Magic Tee, Hybrid Ring
Working principles + theory explained step-by-step
Helps in both theory and numerical questions
Network Analysis (Scoring Section )
H, Y, Z, and ABCD parameters simplified
Scattering Matrix (S-parameters) explained clearly
Reciprocal and symmetric networks — no confusion
Why This Course is Different
Designed for SPPU Engineering Students
Complete syllabus coverage — nothing left out
Simple and clear explanations (easy to understand)
Exam-focused approach — helps you write answers confidently
Perfect for last-minute revision + score improvement
Outcome
By the end of this course, you will:
Build strong fundamentals in Microwave Engineering
Understand important concepts clearly
Be fully prepared for university exams
Pass with confidence and aim for higher scores
Don’t just study Microwave Engineering…
Understand it, apply it, and score better.
Enroll now and start learning smart!
Who this course is for:
- 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