Which of the three is better, microelectronics, physics, and e commerce?

If you're interested, it's good to have any major. Of course, choosing what interests you the most is the best option.

It depends on whether you are studying for an undergraduate degree or a junior college or a higher vocational school, because there is a big difference.

No, I think e-commerce is good... I am from CUHK. I feel that the employment rate of the Ridge Hospital, the Management Hospital and the Outer Hospital is the highest. The academy will also be responsible for dripping. But the most important thing is personal interest.

Report yourself to the most confident as long as you study well, you have a future

Not included. However, the four major mechanics of microelectronics must learn Wang Jin, and the learning is shallow.

The Department of Applied Physics of Microelectronics is not a limb.

In addition to these, semiconductor physics, semiconductor devices, etc. are all professional courses in electronics, and applied physics is not studied.

Theoretically, it is included, but it still depends on the courses offered by the major

For example, a friend of mine, who studied mechanics, took a different path when he was admitted to graduate school and took a master's degree in management, which should be similar to what you said about e-commerce. Upstairs said that learning management is not good for employment, I agree, but this is for students who purely learn management, for people who first learn technology and then learn management, it is definitely very popular to come out, my friend is, he was in graduate school, basically not in school, because the graduate students of management are basically very idle, he has a year and a half of graduate students are interned in a design institute, just the last to go back to write **, when he graduated, he went to another design institute, of course, The salary should be higher in our same term, and he has been cultivated as a management talent and reserve talent after work, according to his own words, "the future is great!" ”

Therefore, if it were me who was still studying, I would still go to study engineering as an undergraduate, and then take the postgraduate examination for a partial text, whether it is management, law or business**, etc., I think it is acceptable, at least, when you graduate, you are a "compound talent"!

E-commerce belongs to economic management (personal opinion, I study physics).

I feel that the gap is still quite large, and in addition, the employment of microelectronics should be good. If you are going to graduate school, the employment in microelectronics and solid state physics is still very good.

If you really decide to graduate and go abroad.

You should not hesitate to choose an engineering major If a Chinese person does not have a strong economy to back it abroad, a practical (in the eyes of the foreign society) engineering is very good. As for what e-commerce, to be honest, it is outdated, after all, Microsoft has reformed.

E-commerce is an unrealistic idea in China Unless you are Chinese powerful enough to communicate directly with high-tech foreigners, you are just going to the exchange to shout for others and copy stocks.

Microelectronics generally belongs to science, and its basic courses are general physics, digital circuits, semiconductor physics, analog circuits, microcontrollers, etc., which are natural sciences. E-commerce, on the other hand, is in the category of economic management. It is the use of computer tools for management and trading, there is no intersection between the two, the direction of development is completely different, it is better not to do this, now science and economic management are good to go abroad but not easy to get employed, engineering is good to get employment but not good to go abroad.

The worst thing I did in high school was physics, and I studied physics in college, majoring in physics, and taking various physics courses. It doesn't have much to do with the foundation in high school, you will know it when you learn it. Seriously, it can be done, nothing.

If you are good at chemistry and mathematics, choose microelectronics.

In this profession, physics is no longer very useful, and the key is to apply a few principles and formulas, and to calculate a bunch of technical parameters.

Math is going to break you!

The main courses of microelectronics generally include solid state physics, electronics, semiconductor physics, semiconductor device physics, integrated circuit design principles, integrated circuit process principles, integrated circuit CAD and other courses, which are closely related to the knowledge of physics.

Microelectronics is a study about the motion characteristics of electronics, including semiconductor device design, integrated circuit design, and recently there is also a MEMS direction (micromechanical system), this new direction mainly has to go abroad to have achievements

Basic courses include Quantum Mechanics, Statistical Physics, Solid State Physics, Semiconductor Physics, Principles of Semiconductor Devices, Integrated Circuit Design: VHDL, Integrated Circuit Design, Integrated Digital Circuit Design.

MEMS course: If you don't have a good place in China, let's go to Germany and Scotland.

If you just want to do integrated circuit design, then physics doesn't have to be good. It is mainly digital, electronic, analog, and electrical, and it is OK to pass the integrated circuit design (the above three courses are the master qualification examination courses of integrated electronic technology).

Isn't the Department of Microelectronics, the Department of Electronics, and the Department of Electronics part of physics???

The basic salary of undergraduate students majoring in telecommunications is relatively high.

The telecommunications major of the graduate students should also be the strong point of the Chinese Gong, after all, this is also considered an engineering major, and the engineering of the Chinese Gong is stronger than that of CUHK.

The basic theoretical principles of microelectronics are closely related to physics, involving optics, electromagnetism, electrodynamics, quantum mechanics, etc., and also require a foundation in electricity. I'm a major, but it's hard to succeed in China.

Microelectronics is basically engaged in materials, material analysis and characterization, material surface physics, interface physics, and material growth, etc., which are inseparable from the principles of quantum mechanics, electromagnetism, and solid state physics in physics.

In addition, if you make a new device, because the performance of the device is largely related to the structure of the device.