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Self-paced Advanced

Principles of Communication Systems - I

4.5(4)
30 enrolled
831 views
Trainers Rating
4.5(4)
Course type
Watch to learn anytime
Duration
715 min
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Anytime
Language
English
Views
831
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TelecommunicationElectronics & Telecommunication

Why enroll

This course builds clear fundamentals needed for higher-level communication subjects. It explains concepts in simple language and is ideal for students aiming for careers or further studies in communication engineering

Your instructor

Engineering Academy

Engineering Academy

Project Engineer

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Total experience
5+ years
Location
India
250Courses
4Articles
114Seminars
3Jobs
465Learners
4Avg trainers rating
15Followers

Course details

This course introduces the fundamental concepts of communication systems required for modern engineering applications. It begins with essential mathematical tools such as Fourier Series and Fourier Transform for effective signal analysis. Learners gain an understanding of how information signals are represented in both time and frequency domains. The course explains basic analog modulation techniques including Amplitude, Frequency, and Phase Modulation. Each modulation method is presented with clear concepts and practical significance. The sampling process is introduced to explain the conversion of analog signals into digital form. Important principles such as the sampling theorem and Nyquist criterion are covered in detail. The concept of quantization and its impact on signal quality is also discussed. Methods for reconstruction of the original signal from sampled data are explained. Overall, this course builds a strong and essential foundation in communication engineering.

Source: Principles of Communication Systems - I [Youtube Channel]

Course suitable for

Is this course for you?

Perfect for

  • You work in Telecommunication
  • You're a Electronics & Telecommunication professional
  • You have 3+ years of hands-on experience in this field
  • You want to build skills in Engineering & Design

Before you enrol

  • Advanced level — assumes working knowledge of Electronics & Telecommunication
  • Self-paced video, 715 min — watch anytime
New to Electronics & Telecommunication? Browse beginner courses →

Course curriculum

The course is readily available, allowing learners to start and complete it at their own pace.

25 lectures11 hr 55 min
  1. Principles of Communication Systems -I - Introduction
    7 min
  2. Basics
    35 min
  3. Frequency Domain Representation
    29 min
  4. Discrete Fourier Series Example
    33 min
  5. Fourier and Inverse Fourier Transform
    30 min
  6. Modulation Property of Fourier Transform
    37 min
  7. Duality Property of Fourier Transform
    32 min
  8. Transmission of Signal through (LTI)
    30 min
  9. Auto-Correlation of Signal
    30 min
  10. Example of auto-correlation of signal
    34 min
  11. Introduction to Amplitude Modulation
    38 min
  12. Spectrum of AM Signals
    42 min
  13. Envelope Detection for AM Signals
    20 min
  14. Power of Amplitude Modulated Signals
    28 min
  15. DSB-SC Modulation
    27 min
  16. DSB-SC demodulation
    30 min
  17. Carrier Phase Offset for (DSBSC)
    24 min
  18. Phase Synchronization(Costas Receiver)
    28 min
  19. Introduction to (QCM)
    27 min
  20. Introduction to SSB Modulation
    22 min
  21. Generation of (SSB) Modulated Signals
    34 min
  22. Frequency Domain of Hilbert Transform
    22 min
  23. Time Domain of Hilbert Transform
    21 min
  24. Phase Shifting Method for (SSB)
    26 min
  25. Complex Pre-Envelope of Passband Signals
    29 min

Key topics covered

  • Principles of Communication Systems -I - Introduction

  • Basics

  • Frequency Domain Representation

  • Discrete Fourier Series Example

  • Fourier and Inverse Fourier Transform

  • Modulation Property of Fourier Transform

  • Duality Property of Fourier Transform

  • Transmission of Signal through (LTI)

  • Auto-Correlation of Signal

  • Example of auto-correlation of signal

  • Introduction to Amplitude Modulation

  • Spectrum of AM Signals

  • Envelope Detection for AM Signals

  • Power of Amplitude Modulated Signals

  • DSB-SC Modulation

  • DSB-SC demodulation

  • Carrier Phase Offset for (DSBSC)

  • Phase Synchronization (Costas Receiver)

  • Introduction to (QCM)

  • Introduction to SSB Modulation

  • Generation of (SSB) Modulated Signals

  • Frequency Domain of Hilbert Transform

  • Time Domain of Hilbert Transform

  • Phase Shifting Method for (SSB)

  • Complex Pre-Envelope of Passband Signals

Opportunities that await you!

Skills & tools you'll gain

Engineering & Design

Career opportunities

✎ Where this fits — what comes before, what comes next
Principles of Communica… Material Selection for … Revit MEP Basics Process Safety vs Occup…

Frequently asked questions

A: —that’s the most common mistake, jumping straight to end‑to‑end with the transmitter live. You bury receiver noise under field effects and never see it. Separating the receiver check with a calibrated RF source is the only way you know the detector actually meets the SNR before propagation enters the picture.

A: —you’re thinking mechanical first, but the symptom timing gives it away. Rain plus salt equals shield and termination trouble, not bulk impedance drift. Once the shield resistance creeps up, common-mode noise walks right in.

A: —that slip usually comes from treating modulation like a linear add-on. Sidebands cost power, but only m²/2 worth. Miss that term and everything downstream, from PA sizing to thermal margin, drifts.

A: —people latch onto ESD because it’s dramatic, but radiated immunity is what quietly sets your seam and aperture design. Field coupling is relentless, and the test level assumes worst‑case exposure you can’t wish away.

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