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Design Self-Study's Verilog Master Season 2 (The Ultimate Practical Coding Test: Job Change Free Pass Completed with High-Difficulty Problems)

If Season 1 was about checking your skills and solidifying the basics, Season 2 is intensive practical training focused solely on 'passing and career transitions.' Beyond simple syntax or gate-level design, you will directly design top-tier, high-difficulty modules (CDC, Synchronous/Asynchronous FIFO, AMBA APB, SPI, I2C, FIR filters, etc.) that frequently appear in coding tests and actual workflows at major corporations and foreign companies. Do you need solid design capabilities that won't waver even under a recruiter's relentless follow-up questions? This course contains all the practical know-how and ultimate coding test problems from ETA, who successfully moved from a regional university to a global semiconductor firm. In this final season, complete your career transition free pass.

6 learners are taking this course

Level Intermediate

Course period Unlimited

Verilog HDL
Verilog HDL
FPGA
FPGA
system-verilog
system-verilog
rtl
rtl
Verilog HDL
Verilog HDL
FPGA
FPGA
system-verilog
system-verilog
rtl
rtl

What you will gain after the course

  • The ability to design top-tier difficulty architectures (FIFO, AMBA protocols, etc.) that appear in actual coding tests.

  • Know-how for resolving and verifying timing issues (CDC, pipeline) that can be immediately applied to real-world practical work

  • Proven problem-solving skills to captivate interviewers for circuit design roles at major corporations and foreign semiconductor companies.


Practical Verilog learned
properly from a design engineer with 11 years of experience

The final gateway that determines career moves and success
Master Verilog HDL with top-tier practical problems

Introduction

For this lecture as well, I have focused relentlessly on only these two things.

1) Top-tier practical past exam questions at the level of actual interviews for major corporations and global fabless companies tương đương với trình độ phỏng vấn tại các tập đoàn lớn và công ty Fabless toàn cầu

2) Eta's clear and intuitive solutions that allow even complex, intertwined architectures to be visualized in your head immediately, giúp bạn hình dung ngay trong đầu cả những kiến trúc phức tạp nhất

Top-tier difficulty past exam questions based on actual interviews

Acquire all of Eta's know-how

Have you ever had these thoughts?

🤷‍♂️ : "Is the coding interview still important when AI does the coding?"

👨‍💻 : "I'm familiar with basic Verilog syntax and simple circuit design now"


Now, simple implementation skills alone are no longer enough to cross the threshold of global top-tier fabless companies and conglomerates.

In the AI era, the true skill companies desire is 'system architecture optimization capability.'

That is why technical interviews are becoming deeper and more intense.

  • CDC (Clock Domain Crossing): Ensuring stability in multi-clock environments


  • Pipeline & Asynchronous FIFO: Resolving data bottlenecks and maximizing throughput

  • AMBA(APB) / SPI / I2C : System bus protocol design and verification

Will you be someone who simply writes code that just works?

Will you become an engineer who defines system architectures?

Finish it all at once with this lecture, gaining architect-level capabilities that top-tier companies hire for.


So, we have prepared this.

Self-Study Design's Verilog Master Season 2 covers the uncompromising 'real-world top-tier difficulty.'

An 11th-year design engineer has transformed the daily challenges faced in the field and the core questions that strike a chord with candidates in actual interviews into coding test problems.

If Season 1 was the process of building a solid foundation, Season 2 is practical intensive training that adds a powerful weapon to your resume.

✅ We have perfectly reflected the latest trends in interview questions and coding tests for top-tier circuit design companies, both domestically and internationally.

✅ Design advanced practical IPs that go beyond the undergraduate level, such as synchronous/asynchronous FIFO, communication protocols, and FIR filters.

✅ We provide not only code implementation but also complete verification know-how through Waveforms and Schematics.

✅ We guarantee optimal learning efficiency through the thorough inspection and editing of 'Matbi', a member of the Design Self-Study Crew.

Why choose ETA's lecture?

ETA, a member of the Design Self-Study Crew and a semiconductor design engineer with 12 years of experience, understands the gap between practical coding tests and real-world design better than anyone else.

  • Led two mass production projects at a small-to-medium fabless company, gaining experience in the entire front-end design process

  • 3 years of Verilog design and debugging at a rare domestic hardware IP design firm

  • Currently working as a design engineer for 3 years at a Global Top 5 Fabless multinational corporation

This is a lecture guaranteed by Top Knowledge Sharer, Matbi.

Hello, I am Matbi, the self-taught design expert.

To deliver the "real design" of semiconductors and practice-based career insights, I have formed a knowledge-sharing crew with semiconductor industry experts.

As the first lecture from our crew member, Matbi—who has years of teaching experience—personally reviewed and refined everything from the structure and explanations to the practice code, and even edited all the videos to ensure the highest quality educational content.

A flow that goes beyond coding test preparation to build real-world practical skills

Seolgye Dokhak's Verilog Master Season 1 continues the powerful 4-step learning flow proven by Seolgye Dokhak..

Problem Introduction

Presentation of high-difficulty problems containing
complex requirements at a professional level

Student Practice Time

Design directly within the time limit under the same tension as a real-world situation (please pause the countdown video and solve it)

Model Answer Explanation

Explanations of optimized code and architecture from the perspective of a 12-year veteran engineer

Waveform

Identify timing issues (such as CDC) through simulation and visualize the hardware structure

Out of the 4 levels, the ultimate Level 2 & Level 3 are finally revealed!

This course focuses on the highest levels, Level 2 and Level 3, out of a total of four difficulty levels.

🔥 Level 2: Practical Verilog Problem Solving (Frequent Types in Real Coding Tests)

  • Strengthen interview intuition and architectural design thinking by solving complex problems within a time limit.

  • Core Topics

    • Pipelining, CDC (Clock Domain Crossing), Synchronous SRAM Control, PWM, Multi-cycle Multiplication/Division, Advanced Edge Detection, etc.

🚀 Level 3: Advanced Verilog Design (Strengthening Practical System Design Capabilities)

  • Implementation of advanced IPs and communication protocols that can be immediately applied in practice

  • Key Topics

    • Sorting and convolution operators, Handshake Master/Slave, Skid Buffer, Synchronous/Asynchronous FIFO, CSR/APB Slave, SPI/I2C Master, VGA signal generation, FIR, SerDes, etc.

We recommend this to the following people.

1⃣ Those who aim to change jobs or get hired for circuit design roles at large corporations or foreign semiconductor companies

2⃣ Those who have repeatedly faced failure in coding tests due to being stuck on high-difficulty problems (communication, memory control, etc.)

3⃣ Those who have mastered the basics of Verilog but feel overwhelmed by designing practical architectures such as AMBA protocols or FIFOs

4⃣ Those who have completed 'Design Self-Study: Verilog Master Season 1' and want to break through their own limits

After taking this course,

1⃣ You will develop a solid design logic that prevents you from feeling flustered, even when faced with high-pressure interviews or complex coding test problems.

2⃣ Beyond simply making the code run, you will be able to create optimized designs that consider timing and hardware architecture.

3⃣ From your very first day on the job, you will be transformed into a ready-to-work engineer capable of proactively analyzing and designing IPs.



Lastly,

This is the final season of the long and arduous journey to becoming a Verilog master.

Beyond the barrier of coding tests, I look forward to the day we sit across from each other as great colleagues to discuss technology in the field.


I am confident that this course, which pours in all of ETA's know-how, will be a powerful turning point in your career.

I sincerely support your successful career move and acceptance.


See you in the field 👋

🎁 Additional Event Information

We are offering discount coupons to members of the Self-Study Design community!

Join the Design Self-Study community and receive a discount coupon! Join Link (Click)

Recommended for
these people

Who is this course right for?

  • Those who earnestly desire to find a job or change careers to a circuit design (RTL) position at foreign-owned companies or large domestic corporations.

  • Those who have the basics of Verilog but feel overwhelmed by complex, professional-level communication protocols or architecture design.

  • Those who repeatedly fail actual coding tests or wish to push their design skills to the limit with high-difficulty problems.

Need to know before starting?

  • Completion of Design Self-Study's Verilog Master Season 1 (or equivalent knowledge of Verilog syntax and RTL design)

  • Overall understanding of digital logic circuits and computer architecture

Hello
This is semisgdh

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Hello. I am Matbi from Design Self-Study.

Current) I am designing HW IPs at a Global Top5 Fabless company.

I am creating "real-world semiconductor design lectures" that have never existed before and will be helpful in your professional career.

Design Self-Study Roadmap and improve your skills together.

I am running the Design Self-Study Community to communicate with all of you.

(Join the community and receive a 15% discount coupon.)

Let's enjoy studying and grow together!

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41 lectures ∙ (10hr 38min)

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