Why Are Semiconductors Still Important in the Future? To Be a System Semiconductor G2
These days, there are many semiconductor departments in universities. There are a wide range of semiconductors, so there are a wide range of fields to learn from materials, equipment, memory, HBM, NAND, DRAM, packages, and system semiconductors.
The market for system semiconductors is 2.5 times larger than memory. Famous artificial intelligence semiconductor companies Nvidia and AMD are Fabrice, and Nvidia insists that it is a software company.
These days, Generative AIs have to cover a wide range of LLM such as ChatGPT, big data, frameworks such as compiler, phytoch, tensorflow, transformers, GPUs, and NPUs. This is not usually broad, and there is so much knowledge to learn, but the way universities teach is outdated. They spend too much time teaching RS flip-flops and combination logic, which are the lifeblood of system semiconductor design.
For comparison, recently children’s English has improved dramatically. It seems that it is because the teaching methods, skills, and teachers’ level have improved. System semiconductor design education should also change. When we learned semiconductors, we learned electronic fields, FETs, transistor structures, and so on, and it took several semesters to study them. I learned a lot from the basics of DSP and digital signal processing, but if I think about it, I think it would have been more advantageous for me to get a job or livelihood at the time to learn microprocessors and firmware such as 8088 that was popular at the time rather than that knowledge. These days, of course, it is artificial intelligence semiconductors and related software.
The same goes for system semiconductor education. How long will it take for non-majors in science and engineering to have the design ability of a digital electronic watch with semiconductors? It usually takes several years to perform semiconductor design language Syntex, simulation, tool usage, FPGA potting, and software verification. This alone will take at least six months.
This was taught to non-majors in the 3rd and 4th grades of science and engineering for 15 weeks, 5 hours, and 75 hours to enable design. The secret is possible because ChatGPT is used for semiconductor design. It teaches and practices prompt commands to design simple AND and OR gate-level prompters, counters, etc.
If you teach in this way, you will get rid of bones and slap and pass on only the essence. In our time, it took a really long few years to learn and teach these things. System semiconductor education using ChatGPT is creating teaching plans and holding lectures at several universities.
Why waste years on basic education when there is a lot to learn? Maybe it’s because there is nothing to teach? Students who want to learn system semiconductor design and budget are overflowing, but if there are not enough professors and contents to teach, they have no choice but to teach useless old-fashioned knowledge.
You can’t use students who have graduated from this situation, and you become a mischievous person at work. I have to teach them everything again. … If you graduate from graduate school and get a doctorate, you should be able to design a product that pays for even a small amount of teaching.
I believe that basic education, practice, and development can be carried out efficiently by applying MPCs to semiconductor education and using ChatGPT. It is a kind of Goryeo celadon’s secret to not pass on system semiconductor technology and education as know-how. This used to work in the past. These days, it’s not know-how, but where. There are masters everywhere in the world.
The easiest way is to teach efficiently, design several times repeatedly through application practice, and produce semiconductor design personnel. Wouldn’t that help catch TSMC and become G2 after the United States? And nowadays, system semiconductor designers have to learn software together. Unlike in the past, you have to teach many fields at the same time, but if you teach them for months, the professor will be criticized as well.
“There are only a few students who will teach because of the low birth rate.” Teaching methods should also change a lot.
Love and thought
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