How to Implement Digital Systems on FPGA Easily

...Even If You Don’t Have Any Experience in Digital Design!

Struggling with Outdated Technologies? Discover a Smarter Way to Implement Digital Circuits in Your Projects

Ahmad Saghafi

Hi, I’m Ahmad Saghafi,

If you’re an experienced digital design engineer seeking to expand your knowledge and skillset because you’ve realized that your current expertise isn’t enough to reach your career goals...

Or you’re tired of doing the same old routine in your job every day and looking to take your career to the next level and boost your earnings...

Or you’ve recently graduated, and you are struggling to enter the professional world and secure a high-paying position...

Then make sure you read everything on this page right now because…

In just a moment, I’m going to share with you a game-changing technology that I’ve been using in my professional projects for the past 15 years, helping me secure a fulfilling career and attain a desirable income.

The topics you’re about to learn are probably not like anything else you’ve seen or tried.

What you’ll learn is based on my 15 years of hands-on experience in managing and implementing digital systems and collaborating with industry experts.

The great thing about the methods and techniques that I’ll share is that it’s easy to understand, and once you learn them, you’ll be able to start using them right away in your work and projects.

This means you won’t have to waste your valuable time searching for the perfect digital implementation solutions and techniques that took me years to uncover.


FPGA Design Blueprint

A collection of proven methods and techniques to implement digital systems with FPGA easily and, as a result, boost your career and increase your earnings without having to spend endless hours reading through textbooks, searching the entire web, or wasting years on trial and error.

FPGA Design Blueprint is a highly specialized online course that I’ve been teaching in person for four years and offering online for over five years.

In this course, you’ll learn the very same methods and techniques that I’ve used in dozens of successful industrial projects, empowering you to quickly and efficiently apply them to your own projects.

The course content and syllabus are based on my 15 years of experience, and I’ve designed it around the various projects I’ve completed during this time.

The FPGA Design Blueprint offers a comprehensive educational package where you’ll not only master the fundamentals of coding in VHDL language but also become familiarized with essential hardware resources of FPGA and their proper implementation.

I won’t just teach you the VHDL language or specialized software tools; I’ll guide you to a professional level, helping you avoid the mistakes and trial-and-error process that beginners often struggle with for years.

The FPGA Design Blueprint includes 9 pre-recorded video modules, along with exercises and their answers. When you register, you’ll get immediate access to the first module’s lessons in a dedicated section on the website. Then, every week, you’ll unlock access to the next module.

After eight weeks, you’ll have permanent access to all the course lessons and exercises in your user account, so you can revisit the lessons whenever you want and as often as needed.

With lifetime access to the course materials, you can learn at your own pace and truly make the FPGA Design Blueprint your own personal resource.

Enroll now and get all the bonuses!

Here’s What You’ll Get When You Sign Up

Upon registration, you’ll gain immediate access to the first module’s lessons, allowing you to start learning right away. The entire course consists of 32 hours of video training, with new modules becoming available weekly over eight weeks. These video lessons will be housed in a dedicated section on the website, created automatically for you. You’ll have permanent access to this section, so you can learn at your own pace.

Join from Anywhere in the World

The “FPGA Design Blueprint” online course includes 9 pre-recorded video modules. Each module contains multiple lessons available for online viewing from anywhere in the world.

9 Video Modules

The course includes 9 pre-recorded video modules. Upon registration, you’ll have access to the first module’s videos, with subsequent modules becoming available at one-week intervals.

Weekly Assignments

Each week, I’ll send you one or two exercises through your user account. These exercises will help you practice the concepts you’ve learned in the course with carefully chosen examples. You’ll get the answers to the exercises in your user account the following week.

Bonus Courses

By joining this course, not only will you gain access to the core content, featuring 9 video modules, but you'll also receive two bonus courses as a thank-you for enrolling. You can learn more information about these additional courses further down this page.

Professional VHDL Code Samples

Analyzing professionally written codes is one of the best ways to accelerate your learning in VHDL coding and implementation with FPGA. That’s why I’ll provide you with several examples of codes I’ve written and used in real professional projects, which you can also use in your own projects.

Lifetime Access and Support

You’ll have permanent access to the course’s video lessons. More importantly, you can ask questions about the lessons and exercises at the bottom of each lesson page. Your access to this section is also permanent, so you can ask questions whenever you need to—even if it’s a year later.

Here’s a Sneak Peek of What You’ll Learn Inside…

  • Expert VHDL coding techniques developed from my 15 years of experience in designing and implementing numerous industrial projects, helping you avoid trial and error and minimize unnecessary expenses
  • A proven standard coding template for FPGA I’ve used in all of my professional projects that you can confidently apply to your own VHDL code
  • Essential digital design techniques like pipelining, parallel design, and synchronous design and how to use VHDL to implement them (So, no worries if you’ve forgotten your logic circuit course!)
  • How to effectively use hardware resources within FPGA to achieve the best implementation results in terms of speed and resource utilization
  • Coding methods to increase circuit speed and comparing different VHDL constructs for optimal implementation
  • Circuit simulation and verification methods and how to use available tools in the ISE Design Suite and Vivado to simulate circuits, which help you quickly identify circuit errors and prove the proper functionality of your designs to clients
  • How to represent signed numbers in VHDL which enables you to implement arithmetic calculations on FPGA (PLUS: I’ll introduce you to lesser-known features of 2’s complement representation that are useful for implementing digital signal processing algorithms)
  • Categorizing the features and constructs of VHDL commonly used by professional coders, as well as highlighting features that should be avoided!
  • Coding techniques for implementing synchronous sequential circuits that leads to the highest circuit speed, which is often overlooked in most VHDL books!
  • Essential concepts about describing synchronous circuits, drawing from my extensive study of various resources and more than 15 years of professional experience
  • Understanding the synthesis, placement, and routing processes and how to analyze the reports generated by the ISE Design Suite and Vivado software (You’ll also learn how to use the results of these reports to improve circuit performance)
  • How to increase the clock frequency of your circuit using digital implementation techniques and proper constraint settings in both your code and the design tool (i.e., ISE and Vivado)
  • Using ISE and Vivado for design entry, simulation, synthesis, and FPGA programming steps, as well as performing circuit optimization in terms of speed and resource utilization
  • Understanding the difference between synchronous and asynchronous sequential circuits and how to properly implement them using VHDL
  • Using IPs (i.e., pre-existing modules in the design tool) to accelerate the product development process
  • Important considerations regarding the circuit clock and the available capabilities in FPGA and how to leverage them to achieve the highest possible clock frequency for your circuit
  • Using a practical exercise on implementing an FFT module to learn how to implement complex addition and multiplication with VHDL
  • In-depth review of datasheets for Spartan-6 family FPGAs from Xilinx, focusing on key points
  • Types of FPGA Internal RAMs and how to use them properly to avoid common mistakes made by non-professional designers
  • Run-time circuit testing and verification using the ChipScope tool in the ISE Design suite and Vivado Logic Analyzer in the Vivado software
  • Optimizing synthesis and implementation results using implementation constraints
  • Introducing essential implementation constraints that should be used in every design and how to apply them effectively
  • Configuring (a.k.a. programming) the FPGA and its external flash memory for permanent storage
  • Integrating submodules to create larger modules and essential considerations to keep in mind

And that’s only a fraction of what we’re going to cover inside “FPGA Design Blueprint.”

This training is 9 modules jam packed with me teaching you my complete system. Go through this training today and…

Leverage Over 15 Years Of Research, Testing, And Development to Elevate Your Professional Standing and Boost Your Income

If you’re like most engineers I’ve worked with, you probably don’t have time to start from scratch or discover the optimal digital implementation solution through trial and error or extensive research and testing of various methods…

What you need is the most efficient and effective solution in the shortest possible time without relying on impractical trial-and-error approaches.

When you register for the FPGA Design Blueprint, you’ll gain access to over 15 years of my experience, learning from both the successes and mistakes I’ve encountered along the way. As a result, your learning curve will be significantly shortened.

These proven methods and techniques have undergone extensive testing and refinement, so you can apply them confidently to your own projects and advance your career.

This Is Not Your Regular FPGA Design Course...

In this course, we won’t be focused on the typical microcontroller or PCB design topics found in other programs.

Therefore, we won’t be covering common topics such as communication protocols like LAN, USB, or CAN and PCB design here.

These subjects don’t directly contribute to FPGA mastery, and there are other dedicated courses available for those who wish to explore them... so if that’s what you’re looking for, then this program isn’t for you.

What I am going to teach you is a curated selection of proven concepts and techniques used by professional digital system designers in all their projects.

By mastering these methods, you’ll be well-equipped to embark on a successful professional journey, elevating your career and income potential.

This Course Prepares You for Large-Scale System Design

The insights and expertise you’ll gain from this course become particularly valuable when tackling large-scale designs or optimizing medium-sized systems for maximum speed.

To help you achieve this, I’ll be sharing reliable coding templates and valuable insights from my experience with FPGAs, enabling you to put what you learn into practice more quickly and effectively.

So, if you’re eager to fast-track your digital design skills with FPGA and uncover the techniques used by professional designers behind the scenes, then I highly recommend enrolling in this course.

The 3 Main Parts of the FPGA Design Blueprint

The core content of the FPGA Design Blueprint includes 9 modules. The topics covered in these modules are divided into three main parts:

In the first part, we’ll explore the world of VHDL coding. You’ll learn professional tips for using this flexible language.

In addition, we’ll cover the basics of FPGA and do many hands-on exercises using the implementation tool and development board.

By the end of this part of the course, you’ll be equipped with a standard coding template for FPGA, perfect for designing large and high-speed systems required in professional projects.

In the second part, you’ll gain a deep understanding of FPGA hardware resources and learn how to use them properly.

This part of the program is often neglected in similar courses, but the truth is without in-depth knowledge and expertise in this area, achieving a reliable implementation is nearly impossible.

Finally, in the third part, I’ll guide you through the everyday use of Vivado software, so you can apply all those skills you learned using ISE software to Vivado instead.

Upon enrolling in this course, you’ll gain immediate access to the content of the first module, allowing you to dive right into learning.

You’ll receive access to the next module’s video files each week afterward.

Each of the 9 modules contains several lessons, each with examples, weekly exercise questions, and answers to the previous module’s exercises.

These materials will be posted to your user account every week, ensuring a comprehensive learning experience.

Here’s what people are saying about the course

Check out these testimonials from participants who attended our in-person FPGA Design Blueprint classes! Please note that our course is now exclusively offered online, bringing the same quality content right to your screen.


Alireza Zakeri


I had a false sense of confidence...

Before taking this course, I considered myself proficient in VHDL. But after completing this program and the Signal Processing with FPGA course, I realized my past knowledge and coding practices needed to be revised. I had a false sense of confidence and often wrote inefficient and even incorrect codes. This course has been truly eye-opening and exceptional. Thank you!


Reza Momeni


It was as valuable as four years of university education...

In my opinion, your class was as valuable as four years of university education in terms of content and practical application. You demonstrated a strong understanding of the topics, and I truly appreciate your efforts.


Hamid Montazeri


I couldn't be happier with what I gained from this class...

The course was outstanding. What stood out the most to me was the clear and simple way you presented the material, along with the significant topics that were covered. Furthermore, your insights into common misconceptions, correcting widely held but incorrect beliefs, and sharing your personal work experiences enriched the course immensely. The inclusion of practical examples and valuable exercises made the experience even more engaging. In conclusion, I couldn't be happier with what I gained from this class, and I sincerely appreciate all your hard work.

Here’s a Breakdown of the Entire Training Curriculum

When you enroll in this course, you’ll gain instant access to 9 comprehensive modules featuring a total of 62 engaging video lessons:


Module 1: Introduction to FPGA Fundamentals

Get started with the basics of FPGA, VHDL, and ISE software for digital circuit design.

  • Understanding FPGA: Definition and Key Concepts
  • FPGA vs. Processors: A Comparative Overview
  • Digital Circuit Description for FPGA
  • Major FPGA Manufacturers and Their Essential Software
  • Exploring the FPGATEK1.0 Development Board
  • Hands-on Exercise: Your First FPGA Project


Module 2: Combinational Circuits Implementation

Learn VHDL and how to implement and simulate combinational circuits using ISE Design Suite.

  • An Introduction to VHDL Language
  • Creating Combinational Circuits Within the Architecture Section
  • Implementing Combinational Circuits with ISE Software
  • Modular Implementation in VHDL
  • Digital Circuit Simulation Using ISim Software


Module 3: Implementing Complex Combinational Circuits

Dive into more advanced structures and techniques for describing digital circuits in the concurrent section.

  • Signed Computations in FPGA
  • Getting Started with Concatenation Operator and Resize Function
  • Building a 16-bit Signed Adder with VHDL
  • Selected Signal assignment for Combinational Circuits Implementation
  • Conditional Signal Assignment for Combinational Circuits Implementation


Module 4: Implementing Sequential Circuits in FPGA

Understand the process statement and its key concepts for creating various sequential circuits in VHDL.

  • Essential Concepts of Process Statement
  • IF-THEN-ELSE Statement in the Process Section
  • CASE Statement in the Process Section
  • Class Exercise: 2-to-4 Decoder with Enable Input
  • Practical Exercise: BCD to Seven-Segment Decoder


Module 5: Implementing the Essential Synchronous Sequential Circuits

Learn how to describe synchronous and asynchronous sequential circuits and discover new crucial VHDL coding techniques.

  • Describing Sequential Circuits with VHDL
  • Creating Latches and Flip-Flops in VHDL
  • Asynchronous and Synchronous Inputs in Sequential Circuits
  • Using Generic Features for Easier Coding
  • Describing Shift Registers in VHDL
  • FOR-LOOP Construct for Efficient Coding
  • Counter Implementation in VHDL


Module 6: IP Cores and Clock Implementation in FPGA

Discover how to use IP cores in ISE software and learn essential clock implementation methods for FPGA.

  • Type Conversion in VHDL
  • Using IP Cores in the ISE Design Suite
  • Implementing Division Operation using IP Core
  • Proper Clock Management in Synchronous Sequential Circuits
  • Clock Frequency Adjustment with DCM


Module 7: Standard Coding Template for FPGA

Master professional coding templates and unlock the potential of FPGA’s internal memory.

  • Standard Coding Template for FPGA
  • Pipeline Technique for Circuit Speed Optimization
  • Analyzing Implementation Reports
  • Reliable Resources for Learning FPGA
  • FPGA Internal RAM Memory Types
  • Block and Distributed Memory Implementation in VHDL
  • Adding Internal RAM Modules to Your Project


Module 8: It’s Time to Become an FPGA Pro!

Experience run-time testing with ChipScope, improve circuit speed through timing and implementation constraints, implement IO standards in FPGA, and work with bidirectional ports.

  • Run-Time Testing with ChipScope Tool
  • Two Practical Examples of ChipScope Usage
  • Using Period Constraint for Input Clock
  • Boosting Circuit Speed by Adjusting Constraints
  • Implementing IO Standards in FPGA
  • Permanent FPGA Programming
  • Bidirectional Port Implementation


Module 9: Master FPGA Design with Vivado

Move from ISE to Vivado software, applying what you’ve learned in a new design environment.

  • Transitioning to Vivado: Why Make the Switch?
  • Introduction to the Arty S7 Development Board
  • Hands-on Exercise: Your First Vivado Project
  • Modular Implementation with Vivado
  • Simulating Your Circuit with Vivado
  • How to Create Testbench with Vivado
  • Working with IP Cores in Vivado
  • XDC File: Applying Implementation Constraints
  • Adjusting Clock Frequency with MMCM
  • Main Circuit Clock: Timing Constraint Application
  • Exploring Clock Types in Vivado
  • Permanent FPGA Programming via Vivado
  • Reviewing Key Implementation Reports in Vivado
  • Boosting Circuit Speed by Adjusting Constraints in Vivado
  • Run-Time Circuit Testing with Vivado Logic Analyzer


Register Now and You Also Get These Bonuses

When you enroll in the FPGA Design Blueprint today, you’ll also get three valuable bonuses:

Bonus 1
Standard Coding Logo

Value: $197 (Yours Free)

My Standard Coding Template for FPGA Course

Standard Coding Template for FPGA is a comprehensive collection of proven methods and techniques that help you quickly deepen your understanding of FPGA design and implement advanced techniques.

Most digital designers with FPGA are unaware of the points covered in this course, so by learning them, you’ll be able to improve the quality of your implementation and establish yourself as a prominent individual in this field.

With the Standard Coding Template for FPGA Course, you’ll:

  • Learn to create super-fast circuits with lower power consumption and fewer hardware resources;
  • Discover how to fix implementation issues that can’t be spotted through regular logical code reviews;
  • Learn the core concepts of professional FPGA implementation to level up the quality of your designs;
  • Learn to make the most of internal FPGA hardware resources to achieve optimal implementation results for professional projects.

This is the best course I’ve designed on the implementation techniques with FPGA.

The value of my Standard Coding Template for FPGA course is $197 if you purchase it separately, but you’ll get the entire course today as a bonus when you register for FPGA Design Blueprint.

Bonus 2
Speed Boost Logo

Value: $197 (Yours Free)

My Speed Boosting Secrets Course

This course is designed to help you boost your circuit’s performance to your desired level through a highly specialized process.

The methods and techniques that you’ll learn in this course will ensure error-free data transfer at your target clock speed, whether it’s within your circuit or between your circuit and peripherals such as ADCs or RAM modules.

  • If your circuit functions correctly in simulation but encounters issues on the FPGA...
  • If data transfer between the FPGA and peripherals, such as ADCs, results in errors...
  • If data transfer is reliable at normal temperatures but experiences errors at extremely high or low temperatures...

Then chances are high that you are NOT following the best practices and techniques covered in this course.

By taking this course, you’ll

  • Learn to design robust circuits suitable for industrial projects;
  • Discover how to create high-speed circuits that can transfer data accurately within the FPGA or between the FPGA and other devices;
  • Become familiar with timing constraints, how to apply them in your designs, and how to fix problems caused by increasing clock speeds using these constraints.

Throughout the course, I’ll teach you these concepts with hands-on examples and by going over the datasheets of various peripherals.

Speed Boosting Secrets is $197 when purchased separately, but you’ll get this expert training course as a bonus when you register for FPGA Design Blueprint today.

Bonus 3
Code Samples

Value: $347 (Yours Free)

Professional VHDL Code Samples

One of the most effective ways to improve your implementation skills is by studying codes written by experienced professionals.

But, finding truly principled and professionally written codes can be a challenge.

That’s why I’ve handpicked four unique codes from my own projects, exclusively available as a bonus for enrolling in this course.

By carefully analyzing these codes, you can gain a deeper insight into most of the techniques and design ideas I use in my FPGA projects.

Here are the four VHDL codes you’ll receive as part of this exciting bonus:

  • Digital FIR Low-Pass Filter
  • SPI Protocol Implementation
  • LFSR-based Random Number Generation
  • Complex Multiplier

These codes are selected modules from my previous projects, carefully developed using professional coding techniques.

And you’ll get exclusive access to this amazing code collection as a special bonus when you enroll in this course - all for free!

About The Course Teacher,
Ahmad Saghafi

Ahmad Saghafi brings over 15 years of experience in designing and implementing digital systems based on FPGA technology to his role as the course teacher.

He has successfully managed and delivered numerous industrial projects in this field.

With an impressive 15-year teaching background in computer, electrical, and electronic disciplines, Ahmad has spent eight of those years as an invited lecturer at University.

Currently serving as the founder and CEO of FPGATEK, Ahmad Saghafi is a trusted expert in consulting and training within the realm of digital systems design and implementation.

Over the past eight years, he has taught the popular FPGA Design Blueprint course more than 25 times at his training center.

Throughout this comprehensive FPGA Design Blueprint course, Ahmad is committed to sharing his wealth of knowledge and experience, ensuring that students traverse the path to expertise much faster than ever before.

Ahmad Saghafi

Here’s what people are saying about the course instructor

Our previous course attendees have shared their insightful feedback about our innovative teaching methods and engaging classroom experience:


Fardin Faraji


I had absolutely no knowledge of FPGA...

I can’t express how satisfied I am with this course and the educational materials it offered. Before taking this class, I had absolutely no knowledge of FPGA. But, thanks to this course and Mr. Saghafi’s efforts, I gained a complete understanding of FPGA, including its theoretical and practical applications.


Morteza Hosseini


I learned what it takes to be an awesome teacher!

So, my major is teaching electronics. Whenever I take a course, what really matters to me is that I can pass this stuff on to my students one day. Now, with this course and Mr. Saghafi, I gotta say his teaching was just amazing. Sharing knowledge and focusing on teaching and education is super important. Long story short, Mr. Saghafi didn’t just teach me FPGA stuff, but he also showed me what it takes to be an awesome teacher!


Milad Isapour


It went above and beyond my expectations...

I have to say, the FPGA Design Blueprint training course went above and beyond my expectations. Your professionalism is evident in every area, from your expertise and skills to your dedication and ethical approach. Your teaching style and presentation are genuinely engaging. Thank you so much for this amazing learning opportunity, and I wish you continued success, good health, and plenty of energy in all your future pursuits.

Here’s Everything You Get When You Register Today…

FPGA Design Blueprint Program

Value: $997

Dive into 62 expertly crafted pre-recorded video lessons, including exercises, examples, and solutions. This is the core of the training designed to elevate your FPGA design skills.

Standard Coding Template for FPGA

Value: $197 FREE

Enhance your learning with this bonus course. Gain insights into advanced coding techniques and FPGA implementation in four engaging lessons.

Speed Boosting Secrets

Value: $197 FREE

Complement your learning with this additional online course, where you'll discover advanced techniques to optimize circuit speed and master professional interfacing with peripheral components in three lessons.

Professional VHDL Code Samples

Value: $347 FREE

Gain invaluable insights from four expertly designed VHDL modules. Reviewing these codes will provide you with practical experience in a short amount of time.

With FPGA Design Blueprint, the special bonus courses, and sample VHDL codes, you’ll be getting a total value of $1,738 in cutting-edge training today… but you won’t have to pay $1,738. Enroll before this amazing offer expires to join the FPGA Design Blueprint course and get access to all these bonus courses and the VHDL code samples for just $997.

Get Lifetime Access to the FPGA Design Blueprint Before the Special Offer Expires

FPGA Design Blueprint

Access to all trainings and bonus courses


  • FPGA Design Blueprint Program
  • Bonus: Standard Coding Template for FPGA
  • Bonus: Speed Boosting Secrets
  • Bonus: Professional VHDL Sample Codes
  • Dedicated Q&A Section
  • Lifetime Access

$1738 Total Value

Now only $997

100% Satisfaction Guarantee for 30-Days

Listen, I get it…

I know what it’s like to feel uncertain about an investment in yourself.

That voice inside your head that says, “But is this going to work for me?”

Well, one thing you’re going to love about this, besides the incredible value and everything you’re going to learn, is our guarantee.

I want you to feel secure that if you go through the training and do the exercises with me, you’ll be able to achieve your desired goal - to be fully prepared to tackle professional projects.

Our primary focus is to help you reach the level of readiness required for handling professional projects.

And you will. But I also have a secure guarantee, just in case you need a little more peace of mind...

Here’s my guarantee: If you go through the FPGA Design Blueprint course, follow the training and do your homework, and at any point in the first month you decide that the course isn’t right for you, just email my team to cancel your registration, and I’ll happily refund your entire tuition and give you all your money back — no questions, and no hassles.

I know the likelihood of that happening is very low…

But I still want to make it crystal clear: there is NO risk to you.

So if you feel the value is just not up to what is promised on this page, then I’ll personally return your initial investment, and we’ll still part as friends!

I can’t think of a more fair and reasonable offer than that.

So just click the "Enroll Now" button above, and we’ll get everything over to your email right away.

Here’s what past students have to say about this course


Saeed Gholami


I could listen to him for hours and not get tired...

I'm really glad I took the FPGA Design Blueprint course. The instructor is amazing. I could listen to him for hours and not get tired. He broke down complex concepts into easy-to-understand pieces, and taught in a way that made me excited about the subject. Even though I've worked in the analog field for years and knew a bit about digital, this course gave me the confidence to step up in professional settings.


Mazaher Pourmohammad


One of the best courses I’ve taken...

I just finished the FPGA Design Blueprint course at FPGATEK, and wow, it seriously blew me away! One of the best courses I’ve taken, hands down. A huge shoutout to our amazing instructor, Ahmad Saghafi, who really knew his stuff and made learning so much fun. If you’re looking to level up your digital design skills, don’t miss this course!


Mojtaba Mohazzabi


I got all my answers...

FPGA Design Blueprint was a total game-changer for anyone into FPGA, no matter their experience level. I first took a course on FPGA at university but still had many questions and confusing stuff going on. But after joining this class, everything clicked, and I got all my answers. I’m seriously grateful for it!

Frequently Asked Questions

How does the course work?

This is an online course and includes 9 modules. When you sign up, you’ll get immediate access to the first module’s video tutorials and exercise files. Then, every week, you’ll get new content, including videos and exercises for the next modules.

What if I can’t follow the course schedule?

Don’t worry! The video tutorials from the nine modules will always be available in your user account, so you can learn at your own pace.

What do I need to watch the videos?

You can watch the video lessons on any device with internet access right from our website.

Is this course conducted live?

No, this course isn’t live. All nine modules are pre-recorded, which means you can watch them whenever you want.

Can I access all the modules at once?

No, you’ll only have access to the first module upon registration. Afterward, new modules will unlock every week.

Will I lose access to the videos after finishing the course?

No, you’ll enjoy lifetime access to the course materials, including video tutorials, through your account on our website.

How can I ask questions about the lessons?

Each video tutorial has a dedicated Q&A section at the bottom of the page. You can ask questions anytime, and we’ll answer them as soon as we can.

Do I need an FPGA board to complete the examples?

You don’t need a board, but having one is helpful for a better learning experience. Without a board, you can still learn and practice using software simulations.

How do I register for the course?

To register, simply click the "Enroll Now" button on this page. Registration is exclusively available online.

Who is this course for?

This course is perfect for professionals looking to advance their careers and boost their income, as well as students or recent graduates seeking a rewarding job in their field. If you’re considering transitioning to a more exciting, higher-paying position, this course can help you gain the skills you need.

What skills will I learn from this course?

By completing the course, you’ll be able to design and implement various digital circuits using FPGA technology. These skills will enable you to create a wide range of digital systems. Remember, consistent practice and follow-up after the course are key to enhancing your abilities and understanding.

What do I need to know before enrolling?

All you need is a basic understanding of logic circuits to get started with this course.

How can I trust the course quality?

I’ve personally conducted this course in person over 25 times, consistently receiving positive feedback from participants. You can read some of their testimonials on this page. As the course instructor, I have 15 years of professional experience in managing and implementing FPGA-based digital systems across various industries and 15 years of teaching experience in electrical and computer fields, including eight years at a university. Plus, this course includes a 100% money-back guarantee, ensuring your satisfaction.

What does the 100% money-back guarantee cover?

If you go through the first four modules and do all the exercises within 30 days of starting the course but find it’s not helpful or doesn’t meet your goals, I’ll give you a full refund upon your request without any deductions.

Is the course worth the cost?

In this course, you’ll learn practical digital design and implementation methods drawn from my 15+ years of successful professional experience. This knowledge will help you save time and money while maximizing your potential to land an amazing job with a competitive income in the shortest time possible. The benefits you’ll gain far outweigh the course cost.

Still, have questions or concerns about this course?

For more information, please email us at

Get Lifetime Access to the FPGA Design Blueprint Before the Special Offer Expires

FPGA Design Blueprint

Access to all trainings and bonus courses


  • FPGA Design Blueprint Program
  • Bonus: Standard Coding Template for FPGA
  • Bonus: Speed Boosting Secrets
  • Bonus: Professional VHDL Sample Codes
  • Dedicated Q&A Section
  • Lifetime Access

$1738 Total Value

Now only $997

Limited-Time Discounts and Bonuses Are Expiring Soon...

In this course, you’ll get a behind-the-scenes look at how professional engineers design and implement digital systems and...

You’ll explore proven methods and techniques I’ve developed over my 15+ years of hands-on experience in creating and managing advanced digital systems.

Just click the Enroll button, fill out a quick form, and join the community of skilled engineers in your field.

I look forward to getting to know you inside FPGA Design Blueprint.

To your success,

Ahmad Saghafi

Ahmad Saghafi