Learn Verilog HDL from Scratch with Hands-On Simulation

Learn Verilog HDL From Scratch with Hands-On Simulation

Want to learn Verilog in a practical and beginner-friendly way?

This course is designed for students, electronics enthusiasts, and aspiring digital design engineers who want to master Verilog Hardware Description Language (HDL) from the ground up using EDA Playground.

Unlike theory-heavy courses, this course focuses on hands-on learning through live coding demonstrations and simulations in every lecture. You will write, test, debug, and simulate Verilog code directly in your browser — no hardware, FPGA board, or software installation required.

You will start by understanding why HDL matters and how Verilog is used in modern digital systems, then gradually move toward practical circuit design and simulation.

What You’ll Learn

• Verilog HDL fundamentals from scratch

• Writing and simulating Verilog code

• Understanding delays and arithmetic operations

• Using system tasks like $display and $monitor

• Blocking vs non-blocking assignments

• Designing combinational and sequential logic

• Building digital circuits like adders and multiplexers

• Writing conditional statements in Verilog

• Using testbenches and waveform analysis in simulation

Why Take This Course?

Beginner-friendly explanations
Practical coding in every lecture
Learn directly on EDA Playground
No FPGA hardware required
Step-by-step hands-on simulations
Ideal for university students and self-learners

Course Content

Introduction

• Lecture 1: Why HDL Matters?

• Lecture 2: Getting Started with Verilog: From Microcontrollers to FPGA Verilog

Setting Up Tools

• Lecture 3: Getting Started with EDA Playground

Learning Verilog

• Lecture 4: Delay in Verilog

• Lecture 5: Arithmetic in Verilog

• Lecture 6: $display Command in Verilog

• Lecture 7: $monitor Command in Verilog

• Lecture 8: $display vs $monitor in Verilog

• Lecture 9: Blocking vs Non-Blocking Assignment in Verilog

• Lecture 10: Combinational Logic in Verilog

• Lecture 11: Sequential Logic in Verilog

• Lecture 12: 4-Bit Adder Using Verilog

• Lecture 13: Design and Simulate 2:1 MUX in Verilog

• Lecture 14: Design and Simulate Half Adder in Verilog

• Lecture 15: If-Else Conditional Statements in Verilog

• Lecture 16: If-Else-If Statements in Verilog

• Lecture 17: Case Statement in Verilog

• Lecture 18: Opening Waveforms in EDA Playground Testbench Simulation

By the end of this course, you will have the confidence to write, simulate, and debug Verilog code and build a strong foundation for digital design, FPGA development, and advanced hardware design concepts.

Moreover, I keep on updating this course. More lectures will be added on the way. Stay tuned.