There are many things in electronics, and there are several directions. One is telecommunications, including communication, signal detection, image and voice. , are biased towards both software and hardware. What single chip microcomputer, FPGA and PLA are all made by people with typical electronic background? Then there is electricity, which is called photoelectricity. Traditionally, it is radar. Now LED is their frontier and hot direction. Finally, microelectronics, making chips.
Precision instruments study precision instruments, as the name implies.
Remember that electronic scores should be the highest, followed by automation. Oh, by the way, the colleges of electronics, automation, computer and software all belong to the information college. The scores of information college are not low, and they are all popular. E-recruitment has the largest number of people, more than 260 in one session, and the number of junior students will become a little more than 300 because of changing departments.
In fact, you can transfer to other departments after your freshman year, but if you want to transfer to electronics, you will get the top 5 in your class. You've never heard of transferring electrons. Only the transferred talents do have a lot of talents.
I also talk about electronic learning courses, analog circuits and digital circuits, which are circuit courses, and communication circuits and microcomputer principles in my senior year; Another main thread is C language and data structure, which is programming; Signal and system, digital signal processing, this is the signal aspect; Of course, there are tool languages such as Matlab and verilog, and there are voice signal processing, image signal, operating system and so on in senior grades.
It's a bit messy, but you should have answered all your questions. If you have questions, please add or leave a message. I'll call back when I see them.