jieer

Thank you for sharing your experience

xmswj10

Thank you! I am just trying to learn about single-chip microcomputers, and you have given me a lot of inspiration. Where can I buy a single-chip microcomputer?

a075

I am a junior college student. I wanted to learn something well in school, but after I came to school, I found that all the infrastructure of the school was not as good as I expected. The passion to work hard disappeared all of a sudden. I also studied electronic technology, and I had to go outside to study, but I always felt that the courses offered outside were a bit inexplicable and there was really little practice! Later, I had the opportunity to go to the laboratory of the undergraduate college to do experiments, and I felt that was the real practice. I am not blaming the school. I did well in the college entrance examination, but I made a mistake when applying for the exam, so I ran to this remote place. I was deeply touched by the host's college experience. Maybe what I lack is not only the favorable conditions given to me by the outside world, but more importantly, whether I have the same determination and perseverance as the host! Thank you host~~·! ·

ruopu

I am a sophomore this year, and I am studying analog circuits and single-chip microcomputers, as well as the more difficult semiconductor physics, which often leave me confused. Our four famous tutoring courses have only opened one course. How should I learn it? Will I learn it quickly if I do it by hand? It seems that I will also do some design. Hugging my idol is my idol, but I will not go home for four years. I will be too sorry to my parents.

bagheera

The learning method of the OP is similar to that of students in technical schools (technical schools that learn to repair TVs). The only difference is that you learn MCU and FPGA. They learn to repair TVs. In fact, they are equivalent. The disadvantage of this learning method is that the foundation is poor. There is little stamina for development. Although the courses in college are boring, they are actually courses that consolidate the foundation. If you can strengthen your hands-on skills while learning well, it will certainly be very good. If you completely abandon the basic courses and do it yourself, you will achieve some small achievements, but it will be a great harm to your career. (Of course, there are also many people who learn for the sake of learning, have good academic performance, but forget after a while. These are stupid students and are not considered.) Therefore, if you want to go far in the road of electronics, there are 8 words that must be remembered: consolidate the foundation and actively practice. The foundation, I think the most important ones are analog digital circuits, C language and data structures, microcomputer principles and assembly.

wion

University life has its ups and downs, and it is full of aftertastes...

kingyb

I am also a 2002 class student. I have been working as an electronic engineer for just five months. I mainly design systems. Speaking of feelings, it is very simple. I can learn more in one month in the company than in half a year in school. Why? Because I learn to apply what I have learned! In school, the knowledge may be very systematic, but if you are not a superman, you can't remember it. In the company, you learn a little, use a little, and finally complete a project after learning a system. The result is very impressive~

jdg214

555555555555555555555555555555555, I'm so sad. I'm already a senior in college and I'm just seeing this article. I wish I had seen it earlier, haha.

dishige

My time for learning was wasted by my own ignorance. It is a little late to start learning now, but I have always believed that I can learn well if I am determined.

bear137

I just found this place today. I studied microelectronics at Hefei University of Technology as an undergraduate. When I took the postgraduate entrance examination in my senior year, I didn’t study hard because I applied to the same university. As a result, I was dumbfounded in the end. Although the total score was good, I failed the English test! It turned out that I was very interested in physics when I was in high school (chemistry was no different from an idiot), so I chose microelectronics as my major in the college entrance examination. After entering university, I really realized that I was really interested in this aspect and was determined to make a difference in my major. The professional knowledge I learned in four years of undergraduate study was just the tip of the iceberg, so I decided to study for a master's degree so that I could have a deeper attainment in my major. It was also for this reason that I was very unwilling to fail the postgraduate entrance examination last year, so I didn’t look for a job (students in our major can find jobs very easily), and started a new round of postgraduate entrance examination countdown. This year, I applied for the microelectronics major of the University of Electronic Science and Technology of China, and took two professional courses, analog electronics and digital electronics. I read the two books carefully from beginning to end, and I was deeply impressed. When you read a book again, the feeling of gaining a deeper understanding is very enjoyable. There are still 29 days from today, I wish myself success! ! ! !

xgd

I am very touched, what you said is so apt. I hope I can work harder and do better!

xtaozi001

Work hard, work hard, and work harder

madknight

You should do more practice, but pay attention to your grades. If you want to find a job, good grades are necessary!

iwonder

I am ashamed compared to OP.

破茧佼龙

So-so...but just so-so...

hefengxiyu

Cherish every day!

zhengqh123

This is a great post that makes my blood boil and rekindles my hope.

houyujing

I am a junior student who just discovered this place. I feel very lucky to see this article. I would like to thank the author and give his support.

fighting

Thank you for sharing your feelings with us!

gxlcgxlc

I am a junior college student, I also major in electronic information. To be honest, the hardware facilities of my school are not very good, and I rarely do experiments. My hands-on ability is very poor, and I often feel confused about my future. I would like to ask the experts, how can I learn the two technologies of single-chip microcomputer and sensor thoroughly? I am infinitely grateful /// My email address is gxlizhongren@sina.com