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Mastering Software Defined Radio & Digital Signal Processing

Transition from traditional radio theory to advanced Software Defined Radio (SDR) architecture. This course provides a comprehensive engineering foundation in Digital Signal Processing (DSP) and RF communication systems.

You will master GNU Radio to design complex flowgraphs, implementing Amplitude Modulation (AM) receivers and advanced filtering techniques entirely in software. The curriculum covers the physics of carrier waves, Fast Fourier Transforms (FFT), and decimation, providing a clinical understanding of how computers interpret and manipulate raw IQ data. The training concludes with a transition to physical hardware, where you will deploy RTL-SDR and SDR++ to analyze real-world signals. Whether you are conducting spectrum analysis or building custom communication protocols, you will develop the technical precision required for modern RF engineering.

Cellular Architecture HackRF RTL-SDR

Operator Profile

Target Audience

  • Beginners seeking a comprehensive introduction to Software Defined Radio.
  • Radio and electronics hobbyists looking to enhance their technical skills.
  • Students and professionals in telecommunications, cybersecurity, and IoT fields.
  • Engineers and enthusiasts interested in practical SDR projects and experimentation.

Objectives

What I will learn?

  • Understand the fundamentals of radio waves, signal propagation, and modulation techniques.
  • Build and analyze flowgraphs using GNU Radio and SDR++ for real-world applications.
  • Design and configure an AM receiver with practical, hands-on projects.
  • Perform frequency analysis and apply FFT for advanced signal processing.
  • Explore SDR hardware options (RTL-SDR, HackRF) and learn configuration techniques.
  • Gain practical experience with filters, gains, and frequency shifting.

Recommended PRE-REQUISITE

Requirements

  • A PC or laptop running Windows, Linux, or macOS.
  • Internet connection to download GNU Radio and SDR++ software.
  • No prior experience in radio or electronics required.
  • Optional SDR hardware (RTL-SDR or HackRF) for enhanced practice.

Module Skill level

Intermediate

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$70.00 $199.00
  • Level
    Intermediate
  • Total Enrolled
    3
  • Duration
    10 hours 30 minutes
  • Last Updated
    August 8, 2026

Course Curriculum

Introduction to Software Defined Radio

  • Exploring the Fundamentals of Radio and Signals in Software-Defined-Radio.
    09:33
  • Modulation and Carrier Waves in Software-Defined Radio
    04:59
  • Exploring Digital vs Analog Signals in Software-Defined Radio
    06:39

Getting Started with GNU Radio (No Hardware Needed)
Explore the fundamentals of GNU Radio with this engaging module. Designed for beginners, it offers foundational knowledge and practical insights without the need for hardware.

Exploring Simple GNU Radio Projects Without Hardware
Dive into hands-on projects with GNU Radio without needing hardware! Explore its capabilities through interactive examples in this engaging module designed for learners new to GNURadio.

Constructing an AM Radio Receiver: A Digital Radio Solution.
Construct an AM radio receiver in this engaging module, where traditional circuit design meets modern digital technology. Explore the principles of radio waves, analog-to-digital conversion, and signal processing while building a functional digital AM radio.

Exploring the Fundamentals of Signal Processing Without the Need for Hardware.
Explore the fundamentals of signal processing, focusing on theoretical concepts without hardware reliance. Learn about the analysis and transformation of analog and digital signals, essential for fields like telecommunications, audio, and biomedical engineering.

X7: Advanced Filters and Gain Controls (No Hardware Required)
Dive deeper into advanced audio processing techniques with our 'X7: Advanced Filters and Gain Controls (No Hardware Required)' module. Explore dynamic range, frequency response, and stereo enhancement to polish your mixes and create unique sounds without the need for additional hardware. Perfect for modern production!

Understanding AM Receivers (No Hardware, Just Radio Files)
Explore the inner workings of AM radios through engaging content, including text, images, and audio examples. Learn about components like the radio file and antenna in this interactive module, designed to enhance understanding with practical exercises and quizzes.

Essential Insights into Sales Development Representatives (SDRs).
Discover the pivotal role of Sales Development Representatives (SDRs) in driving B2B growth. Explore key insights into their responsibilities, skills, and strategies for effective engagement and lead qualification. Understand how SDRs contribute to business success by identifying and nurturing valuable opportunities.

Year 3: Enhanced Sparse Dynamic Range (SDR++)
Explore advanced concepts in Sparse Dynamic Range (SDR) in Year 3, delving into its role in enhancing AI and neural networks. Discover how SDR++ optimizes efficiency through dimensionality reduction and dynamic processing.

$70.00 $199.00
  • Level
    Intermediate
  • Total Enrolled
    3
  • Duration
    10 hours 30 minutes
  • Last Updated
    August 8, 2026

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