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Verilog Coding - Design

Master Digital Logic and Circuit Design with Verilog Coding

This course is your comprehensive introduction to digital system design using Verilog, a powerful hardware description language. Whether you're new to Verilog or have some experience with digital circuits, this course will guide you step-by-step through logic design principles. You'll start by learning to create basic combinational and sequential circuits and progress to more advanced components. With a hands-on approach, you'll practice coding and simulating circuits using Verilog, gaining practical skills to apply in real-world digital design projects.

Created by EDA Academy

Last update 06/2026

Mode Self-paced

Language English

5.0

(0)

students

Verilog Coding - Design

Master Digital Logic and Circuit Design with Verilog Coding

Created by EDA Academy

Last update 06/2026

Mode Self-paced

Language English

5.0

(0)

students

This course includes

10 modules

49 lectures

90 assessment questions

7.37 hours on-demand video

Access on mobile and laptop

Certificate of completion

10 modules

49 lectures

90 assessment questions

7.37 hours on-demand video

Access on mobile and laptop

Certificate of completion

What you'll learn

Explore Fundamental Concepts of Logic Design and Circuit Analysis

Learn Hardware Description Languages and Verilog for Digital System Design

Master the Design of Combinational Logic Components Using Verilog

Design Efficient Sequential Circuits Using Verilog and Digital Logic

Comprehend the transition mechanisms and logic in FSM

Understand Synchronous Sequential Machine Design and Optimization

Explore Real-World Asynchronous Design and Troubleshooting Methods

Master Techniques for Creating Efficient Digital System Designs

Explore Fundamental Concepts of Logic Design and Circuit Analysis

Learn Hardware Description Languages and Verilog for Digital System Design

Master the Design of Combinational Logic Components Using Verilog

Design Efficient Sequential Circuits Using Verilog and Digital Logic

Acquire Skills to Design and Model Arithmetic Circuits Using Verilog

Comprehend the transition mechanisms and logic in FSM

Understand Synchronous Sequential Machine Design and Optimization

Explore Real-World Asynchronous Design and Troubleshooting Methods

Who is this course for

Electrical and computer engineering students seeking practical skills in digital logic design.

Beginners in hardware design looking to understand and code digital systems with Verilog.

Professionals who need to enhance their knowledge of hardware description languages.

Embedded system developers looking to improve their understanding of digital logic using Verilog.

Educators and instructors wanting to teach digital logic design to their students.

FPGA developers aiming to solidify their foundational knowledge of Verilog for more advanced projects.

Design engineers who need practical experience in coding and simulating digital systems.

Researchers interested in applying Verilog for digital system development and testing.

Electrical and computer engineering students seeking practical skills in digital logic design.

Beginners in hardware design looking to understand and code digital systems with Verilog.

Professionals who need to enhance their knowledge of hardware description languages.

Embedded system developers looking to improve their understanding of digital logic using Verilog.

Computer science students aiming to expand their knowledge into digital hardware design.

Educators and instructors wanting to teach digital logic design to their students.

FPGA developers aiming to solidify their foundational knowledge of Verilog for more advanced projects.

Design engineers who need practical experience in coding and simulating digital systems.

Requirements

Familiarity with elementary digital logic concepts like gates, truth tables, and circuits.

Comfort with abstract thinking and logical reasoning will make it easier to understand complex digital design principles.

Know how to perform basic operations with binary numbers and how they relate to digital systems.

Familiarity with hardware design principles, such as creating and analyzing digital circuits.

Familiarity with elementary digital logic concepts like gates, truth tables, and circuits.

Comfort with abstract thinking and logical reasoning will make it easier to understand complex digital design principles.

Know how to perform basic operations with binary numbers and how they relate to digital systems.

Familiarity with hardware design principles, such as creating and analyzing digital circuits.

Description

This course will guide you through the essential concepts of designing digital systems using the powerful Hardware Description Language, Verilog. Whether you are a beginner or have some experience in digital design, this course will help you understand both combinational and sequential logic design, from basic gates to complex state machines. You will explore how to code and simulate various logic components, such as arithmetic circuits and finite-state machines, while building your skills step-by-step. By the end of the course, you’ll be confident in designing and optimizing digital systems. In this course, you will start with the basics of digital logic design, including an introduction to gates, Boolean algebra, and circuit simplification techniques. You’ll quickly dive into practical Verilog coding, where you’ll learn how to describe hardware designs, implement combinational logic circuits, and simulate them. You don’t need prior experience in Verilog, as we’ll start from scratch and progressively build your knowledge. Next, you will explore the design of sequential circuits, focusing on components like flip-flops, latches, and counters. We’ll explain how these elements store...