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Digital IC Fundamentals - SystemVerilog Design

Learn SystemVerilog step by step and build clean, reliable RTL for digital hardware design

This course teaches the essential SystemVerilog skills needed to design clear, reliable, and synthesizable digital hardware. You will learn how to model logic, choose correct data types, write safe procedural code, and build structured FSMs used in real engineering work.

Created by EDA Academy

Last update 07/2026

Mode Self-paced

Language English

5.0

(0)

students

Digital IC Fundamentals - SystemVerilog Design

Learn SystemVerilog step by step and build clean, reliable RTL for digital hardware design

Created by EDA Academy

Last update 07/2026

Mode Self-paced

Language English

5.0

(0)

students

This course includes

10 modules

48 lectures

89 assessment questions

9.96 hours on-demand video

Access on mobile and laptop

Certificate of completion

10 modules

48 lectures

89 assessment questions

9.96 hours on-demand video

Access on mobile and laptop

Certificate of completion

What you'll learn

Use Basic SystemVerilog Constructs to Model Digital Behavior

Represent Digital Values Using SystemVerilog Types Correctly

Apply Procedural Statements to Control Design Operation

Understand and Use Core SystemVerilog Operators Effectively

Create and Use Custom Types with typedef and Structures

Manage Shared Data and Types Through SystemVerilog Packages

Use Proper RTL Coding Styles for Reliable Logic Synthesis

Build Reliable FSMs Using Structured and Optimized RTL Styles

Use Basic SystemVerilog Constructs to Model Digital Behavior

Represent Digital Values Using SystemVerilog Types Correctly

Apply Procedural Statements to Control Design Operation

Understand and Use Core SystemVerilog Operators Effectively

Choose Correctly Between Blocking and Nonblocking Assignments

Create and Use Custom Types with typedef and Structures

Manage Shared Data and Types Through SystemVerilog Packages

Use Proper RTL Coding Styles for Reliable Logic Synthesis

Who is this course for

Students learning digital design and RTL fundamentals

Beginners who want a simple start in SystemVerilog

Hardware engineers moving from Verilog to SystemVerilog

ASIC beginners looking for structured RTL training

Verification engineers wanting stronger design insight

Anyone who needs practical SystemVerilog modeling skills

Designers wanting to avoid common RTL mistakes

Those preparing for digital hardware job interviews

Students learning digital design and RTL fundamentals

Beginners who want a simple start in SystemVerilog

Hardware engineers moving from Verilog to SystemVerilog

ASIC beginners looking for structured RTL training

Professionals improving their RTL coding discipline

Verification engineers wanting stronger design insight

Anyone who needs practical SystemVerilog modeling skills

Designers wanting to avoid common RTL mistakes

Requirements

Basic knowledge of Verilog or any HDL.

Understanding of logic circuits and digital design principles.

Familiarity with programming languages like C or C++ is helpful.

Access to a SystemVerilog simulator or design environment.

Basic knowledge of Verilog or any HDL.

Understanding of logic circuits and digital design principles.

Familiarity with programming languages like C or C++ is helpful.

Access to a SystemVerilog simulator or design environment.

Description

Digital IC design thrives on precision, structure, and the ability to translate conceptual logic into real hardware. This course provides a complete, practice-oriented guide to SystemVerilog as it is used in modern digital design. It begins by grounding you in the essential constructs that shape synthesizable hardware descriptions: how modules are formed, how signals are connected, and how behavior is expressed through procedural logic. These foundations set the stage for a deeper exploration of the language and the design principles that drive high-quality RTL. SystemVerilog’s type system plays a decisive role in producing predictable and maintainable hardware. This course examines the full range of synthesizable data types, from basic logic values and vectors to arrays, parameters, and signed arithmetic. You learn how to select the correct type for each purpose, how sizing rules affect operations, and how structured types allow complex information to move cleanly through a design. Through this understanding, you build the discipline required to construct RTL that is both expressive and synthesis-friendly. Core design behavior is modeled using procedural statements, and this cou...

This course includes

10 modules

48 lectures

89 assessment questions

9.96 hours on-demand video

Access on mobile and laptop

Certificate of completion

10 modules

48 lectures

89 assessment questions

9.96 hours on-demand video

Access on mobile and laptop

Certificate of completion

What you'll learn

Use Basic SystemVerilog Constructs to Model Digital Behavior

Represent Digital Values Using SystemVerilog Types Correctly

Apply Procedural Statements to Control Design Operation

Understand and Use Core SystemVerilog Operators Effectively

Create and Use Custom Types with typedef and Structures

Manage Shared Data and Types Through SystemVerilog Packages

Use Proper RTL Coding Styles for Reliable Logic Synthesis

Build Reliable FSMs Using Structured and Optimized RTL Styles

Use Basic SystemVerilog Constructs to Model Digital Behavior

Represent Digital Values Using SystemVerilog Types Correctly

Apply Procedural Statements to Control Design Operation

Understand and Use Core SystemVerilog Operators Effectively

Choose Correctly Between Blocking and Nonblocking Assignments

Create and Use Custom Types with typedef and Structures

Manage Shared Data and Types Through SystemVerilog Packages

Use Proper RTL Coding Styles for Reliable Logic Synthesis

Who is this course for

Students learning digital design and RTL fundamentals

Beginners who want a simple start in SystemVerilog

Hardware engineers moving from Verilog to SystemVerilog

ASIC beginners looking for structured RTL training

Verification engineers wanting stronger design insight

Anyone who needs practical SystemVerilog modeling skills

Designers wanting to avoid common RTL mistakes

Those preparing for digital hardware job interviews

Students learning digital design and RTL fundamentals

Beginners who want a simple start in SystemVerilog

Hardware engineers moving from Verilog to SystemVerilog

ASIC beginners looking for structured RTL training

Professionals improving their RTL coding discipline

Verification engineers wanting stronger design insight

Anyone who needs practical SystemVerilog modeling skills

Designers wanting to avoid common RTL mistakes

Requirements

Basic knowledge of Verilog or any HDL.

Understanding of logic circuits and digital design principles.

Familiarity with programming languages like C or C++ is helpful.

Access to a SystemVerilog simulator or design environment.

Basic knowledge of Verilog or any HDL.

Understanding of logic circuits and digital design principles.

Familiarity with programming languages like C or C++ is helpful.

Access to a SystemVerilog simulator or design environment.

Description

EDA Academy is a practical learning platform for engineers in the VLSI and semiconductor industry. We offer structured courses, technical resources, and career-focused training across all major areas of chip design and verification — from Verilog to Physical Design, from fundamentals to advanced topics. Learn at your own pace, explore member-exclusive content, or join as an instructor to share your expertise. Lear...

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This course includes

What you'll learn

Who is this course for

Requirements

Description

This course includes

What you'll learn

Who is this course for

Requirements

Description

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