Freshman is of course a traditional basic subject: advanced mathematics, college physics, line number and English (this seems to be a sophomore).

Then sophomores and juniors enter professional basic courses: such as optics, optical engineering and so on. Because it is related to electricity, it is necessary to learn the division, counting and modeling of electricity. There are also engineering drawings in machinery.

In addition, computers are essential, generally learning C (it seems that different schools are different).

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Physics: advanced mathematics, general physics, mathematical physics methods, theoretical mechanics, thermodynamics and statistical physics, electrodynamics, quantum mechanics, solid physics, structure and physical properties, introduction to computational physics, etc.

Quantum physics is very difficult. I don't know what to say when studying a C-level quantum physics.

Physics is a bachelor of science, and the employment is not very good. Photoelectric engineering is ok.