Advanced Digital System Design, FPGA, and SoC Implementation

Published 9/2026
Created by Purankumar Gajera
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 15 Lectures ( 8h 57m ) | Size: 18.6 GB

Learn FPGA SoC Design from Algorithm and Simulation to Hardware Implementation and Linux Software Control

What you'll learn
Design and implement advanced digital systems using FPGA-based SoC architectures, combining programmable logic with embedded processor systems.
Develop and simulate digital signal-processing algorithms using Simulink and prepare designs for FPGA hardware implementation.
Convert algorithm-level designs into VHDL/HDL hardware implementations using FPGA design and HDL-generation workflows.
Implement, compile, and verify FPGA designs using Quartus Prime and Platform Designer on an FPGA SoC development platform.

Requirements
No prior professional FPGA SoC experience is required. The course is designed to progressively build knowledge from digital-system concepts through FPGA implementation, hardware verification, and software integration.

Description
"This course contains the use of artificial intelligence."

Welcome toAdvanced Digital System Design Using FPGA SoC, a practical, hands-on course designed to help you understand how modern digital systems are developed usingFPGA-based System-on-Chip technology.

This course takes you through the complete development journey—fromalgorithm design and simulation to FPGA hardware implementation, verification, Linux integration, and software control.

You will learn how to transform a digital algorithm into a hardware implementation and integrate it with an embedded processor to create a complete hardware-software co-designed system. The course introduces the relationship betweenprogrammable FPGA fabric, embedded processors, peripherals, memory-mapped registers, operating systems, device drivers, and user-space applications.

Throughout the course, you will work with important technologies and tools includingMATLAB/Simulink, VHDL, HDL Coder, Quartus Prime, Platform Designer, FPGA SoC hardware, Linux, Device Tree, Linux platform drivers, and user-space applications.

A major focus of the course is practicaldigital signal processing and audio processing. You will explore how signal-processing algorithms can be modeled and simulated before being converted into FPGA-compatible hardware. You will then follow the process of implementing the design on physical FPGA silicon and verifying its operation.

The course also demonstrates the importance ofhardware-software integration. You will learn how FPGA hardware can be controlled through memory-mapped registers and how Linux software can communicate with custom FPGA peripherals. You will explore the flow from Device Tree configuration and Linux driver development to user-space software control.

Rather than focusing only on individual tools, this course emphasizes thecomplete system-level design flow. You will understand how the different stages connect together and how engineers move from an initial concept to a working FPGA SoC application.

By completing the course, you will develop a stronger understanding ofFPGA architecture, SoC-based digital system design, hardware-software co-design, HDL implementation, simulation, hardware verification, embedded Linux integration, and real-time digital processing.

This course is suitable forelectronics and electrical engineering students, FPGA designers, digital design engineers, embedded systems engineers, researchers, and working professionals who want to strengthen their practical FPGA SoC skills.

Whether you are developing academic projects, preparing for an engineering career, or looking to expand your professional knowledge, this course will provide a structured learning path for understanding and implementing modern FPGA SoC-based digital systems.

Learn the algorithm. Design the hardware. Implement it on FPGA. Integrate the SoC. Control it with software.
JoinAdvanced Digital System Design Using FPGA SoC and take your digital design skills from concepts and simulation toreal-world hardware and software implementation.

Who this course is for
This course is designed for electronics and electrical engineering students, FPGA and digital design engineers, embedded systems engineers, hardware designers, and professionals who want to develop practical skills in FPGA-based SoC system design.

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