If you're preparing for a semiconductor (CHIP) circuit design role at Samsung Electronics, SK Hynix, LX Semicon, Hyundai Mobis, or a fabless company, you absolutely need to know 'this'!
2,966 learners
Level Basic
Course period Unlimited
Reviews from Early Learners
5.0
topdeve
It gave me an idea of how to approach the circuit design job.
5.0
김원채
The explanation was given step by step from the product to the transistor level, so when I do a project or study, I should think about what kind of product the company makes and how it is connected to the current project. Thank you for providing a good and persuasive lecture!
5.0
오석진
I think I will be able to figure out the direction I should study in the future since you explained the specialized knowledge that I had vaguely and related it to the product!
Circuit Design Insight: Analyzing Products from the Top-Down
Understanding the Goals of Analog Circuit Design Through the Nintendo Switch
The goal of digital circuit design explored on smartphones
The connection between circuit theory knowledge from university and circuits used in the field
An overview of the 8 major semiconductor fabrication processes from a circuit design perspective.
Introduction to Mixed-Signal Field + Roadmap
If you're preparing for a job in semiconductor circuit design, pay attention! 📣
1️⃣
I can explain to the interviewer specifically what products I want to work with.
2️⃣
I have specific knowledge of how the circuit design projects I completed are utilized in the actual industry.
3️⃣
I know what criteria I should use to build circuit design experience going forward.
▲ If you cannot answer one or more of the above questions, there is a high probability of 'being eliminated' in semiconductor circuit design positions.
Job seekers and career changers dreaming of CHIP circuit design at Samsung Electronics, SK Hynix, and Fabless companies!
If you gain just one insight from this course, you can definitely achieve it.
When looking at people challenging circuit design positions, they have sufficient project experience, but there aren't many candidates who can confidently answer questions related to actual work. The reason is obvious. It's because they haven't experienced actual work.
So how can you have confidence without even trying the work?
To have confidence, this 'one thing' is absolutely necessary.
There are institutions like IDEC, SW-SoC, and IEEE where you can build experience and knowledge, but they don't solve the above problem. That confidence you lack, I will fill it for you.
Join virtual circuit design job seeker 'Inwoo' 👋
'How should I connect my circuit design project experience to job hunting?' 'What kind of working professional's experience resonates with job seekers?' Based on my experience in circuit design consulting, job-specific lectures, and book writing, I've incorporated content that job seekers can relate to and empathize with regarding the actual work environment into this course. Follow Inwoo's vivid story and I'll help you start semiconductor circuit design from the product level! 😆
Theory can be sufficiently covered by taking courses at IDEC or SW-SoC. Recently, there are various job bootcamps available, so this can be resolved to some extent. However, lectures that explain a current professional's thoughts about products from a job seeker's perspective do not exist in South Korea.
No more boring theory and impractical content - discover the mindset of industry professionals through story-telling lectures that start with actual products! Join Inwoo as we disassemble smartphones and Nintendo Switch devices one by one, allowing you to understand the flow from Opamps, Full-adders, Transistors, to the 8 major semiconductor processes that you've studied.
Among the various products introduced in the lecture, decide on the product you want to work with.
If you choose to study one of the various memory/system semiconductor products, you can develop strong competitiveness in circuit design roles. This is because most people don't choose one to study in depth.
If you've decided on a product to study, look into what circuits are included in that product. Furthermore, find and experience projects that work with those circuits. You need to build foundational experience with the product to be able to convince evaluators.
If you don't know what circuit to use or have trouble finding the relevant project, please follow the roadmap below. The three-coach lectures of "Super Product-Focused/Super Practice-Focused/Super Job-Focused" are waiting for you!
I work in semiconductor circuit design at Company S while also serving as a mentor in circuit design, having conducted over 200 career consultations, operated more than 50 bootcamps, and delivered over 10 university career lectures.
While mentoring, I helped hundreds of people pass, but conversely, dozens also failed.
So I pondered this question.
'Even when I explain the same content and provide the same experiences, why do some people pass while others fail?'
To analyze the reasons for rejection, I started collecting and comparing all the resumes, cover letters, and interview debriefs from job seekers who were eliminated. And I came to one conclusion.
'Ah! Even though they have experience in circuit design, they can't convince themselves, so they fail to persuade the evaluators!'
We were helping job seekers fill in their lack of circuit design experience, but we weren't able to explain how to appeal that experience to convince evaluators.
And when I thought about a solution for this, convincing working professionals turned out to be quite simple. It was all about appealing to the 'product'.
'If you study the product and build circuit design experience accordingly, there's no way you could fail.
Because current professionals are probably spending today thinking about product concerns rather than circuits!'
To verify this hypothesis, I provided product study guidance to 10 job seekers who were eliminated in 2022 but are challenging again for Samsung Electronics circuit design positions in the first half of 2023.
After about 2 months of building product-targeted circuit experience, they were able to pass all the document screenings. Among them, 9 people were able to pass all the way to the interview stage.
Now, I thought it would be great if not just a few people, but everyone preparing for circuit design positions could gain this insight I discovered.
So! I decided to organize this into a lecture and make it available for free.
The very fact that you are reading this text right now means you are more than qualified to take on the challenge of a circuit design position. My role is to help ensure that passionate individuals like you, who are enthusiastic about circuits, can turn their challenge into success.
Although this is a free lecture, it will provide special insights as a gift to those of you who are taking on the challenge of circuit design.
Of course, if we have the opportunity to connect and you'd like to work on circuit design projects together following a roadmap, that would be great. However, I recommend first trying out what you can do on your own through free lectures. Just doing this should be sufficient for you to pass. I'll see you in the lectures. Thank you 😊
Who is this course right for?
Calling all electrical and electronic engineering students in their second to fourth year of university who are interested in semiconductor circuit design.
For those targeting analog circuit design, digital circuit design, and mixed-signal design fields.
Job seekers who have challenged themselves to get a job in circuit design but have been rejected in the document screening or interviews
For those who are unsure of what criteria to use when building circuit design-related project experience.
For those who want to gain insights from current circuit design professionals.
Need to know before starting?
Please make sure to take the circuit-related major courses in your sophomore year of college before taking this course. If you take the lecture without taking a major class on circuits, it may be difficult for you to relate to the lecture content.
If you've taken circuit-related major courses in your third or fourth year of university, the lecture content will be directly helpful for getting a job.
(Required) Analog - Circuit theory, electronic circuits
(Required) Digital Logic Circuits, C Language, Signals and Systems
(Optional) Analog - Analog integrated circuit design, RF circuit design, bioelectronics, etc.
(Optional) Digital - Digital system design, computer architecture, digital signal processing, digital communication, etc.
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Yes, Former) Startup Incubating Company (MCU Firmware Design) Former) Large Enterprise Home Appliance Company (All-in-one Water Purifier Production Technology) Former) Mid-sized Medical Device Company (CIS, DDI ASIC Design)
Yes, Former) Startup Incubating Company (MCU Firmware Design) Former) Large Enterprise Home Appliance Company (All-in-one Water Purifier Production Technology) Former) Mid-sized Medical Device Company (CIS, DDI ASIC Design)
Get closer to landing a job or switching careers in CHIP design! "Are you dreaming of a career in semiconductor analog/digital circuit design? I will help you from the basics through the eyes of a current employee at S Electronics, a major corporation!"
Nice to meet you! I am Coach Sam, currently designing system semiconductors at S Electronics :)
"Do you dream of becoming a circuit designer? I will help you from the basics through the eyes of a current employee at S Electronics, a major corporation!" Nice to meet you! I am Sam-coach, currently designing system semiconductors at S Electronics. :)
I have gone through many trials and errors while taking on the challenge of circuit design, starting from a startup.
I gained experience in PCB design, F/W design, FPGA design, and CHIP design through trial and error.
However, there was one thing I found disappointing.
I've faced many trials and errors while taking on these challenges. I gained experience in PCB design, F/W design, FPGA design, and CHIP design in a somewhat haphazard way. However, I always felt that something was missing.
'Why are there so few opportunities for systematic hands-on practice and information about employment in the field of circuit design?'
I experienced chip design in a haphazard, trial-and-error way. However, I felt one lingering regret: "Why are there so few structured hands-on opportunities and job-related information in the field of circuit design?"
While there was plenty of content for fields like semiconductor processing and programming, circuit design felt like a "hidden world" because information was so scarce.
Those of you preparing for a career in circuit design who are reading this have likely felt the same frustration I did. That's why I interviewed professionals in the field, asked my professors, and took IDEC courses.
Those of you preparing for a career in circuit design who are reading this have likely felt the same sense of frustration that I did.
So, you might try interviewing current professionals in the field, asking your professors for advice, or taking IDEC courses.
However, in most cases, you still find yourself feeling like you almost get it, but not quite.
SO! I went ahead and created a structured course myself that leads directly to employment!
I have experienced everything from [Analog Circuits -> Digital Systems -> MCU Firmware -> Driver Design -> Software], and
Through 'Top-down / Bottom-up' skills, I have become able to perfectly explain products and circuits.
And through my practical circuit courses on Inflearn, I will share everything from my own intuitive methods for interpreting 'analog/digital circuits' to the ways I evaluate trade-offs.
And on Inflearn, as we work with practical circuits, I plan to share everything from my own intuitive methods for interpreting 'analog/digital circuits' to the ways of evaluating trade-offs.
Let's build a solid foundation together, develop practical skills, and create your very own chip design story!
Let's build a solid foundation together, develop practical skills, and create your own unique chip design story!
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11 lectures ∙ (1hr 41min)
Course Materials:
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106 reviews
5.0
106 reviews
Reviews 2
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Average Rating 5.0
5
The explanation was given step by step from the product to the transistor level, so when I do a project or study, I should think about what kind of product the company makes and how it is connected to the current project. Thank you for providing a good and persuasive lecture!
You have understood my intention very accurately! That is correct. The more new you are, the more important the basics are, but let's make sure to look at what the basics are for!
Reviews 1
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Average Rating 5.0
5
I think I will be able to figure out the direction I should study in the future since you explained the specialized knowledge that I had vaguely and related it to the product!
I also had some vague thoughts about this before, so thank you for sympathizing with me. I hope you will find a good direction in the future!
Reviews 4
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Average Rating 5.0
5
This is a lecture that shows the way. I will follow it diligently in the future :)
Thank you! I'll come back with another great lecture!
Reviews 1
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Average Rating 5.0
5
As a job seeker in embedded and firmware development, I realized that I must know the related content in order to develop firmware.. My dream is to become someone who gives free lectures like you, so I felt that I should work harder. :) Thank you.
I collaborate a lot with digital circuit design engineers and firmware and embedded SW developers. I would appreciate it if you could become a great engineer and share a lot of good knowledge :)
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