Mathematics-English-politics courses are not listed one by one-engineering drawing-college physics-theoretical mechanics-material mechanics-fluid mechanics-elastic-plastic mechanics-geotechnical mechanics-concrete and masonry structure-structural mechanics (optional)
Engineering blasting-directional blasting and demolition blasting-underground mining of metal minerals-mining engineering-urban underground space engineering-safety engineering and technology-mining economics
Mine Geology and Engineering Geology-Engineering Survey -Construction Machinery-Open-pit Mining-Pavement, Subgrade and Bridge-Finite Element Analysis (English)-Mining Overview (English)-C Language-Engineering CAD- Mining Engineering Software (Surpac, FLAC 3D, Ansys)
I really can't think of anything else, and I'm too lazy to look it up. I have to admit that we are not a good student, sorry for the college, sorry for the teacher, and forgot all the lessons we taught. hahaha.
I have had major colleagues in the University of Mining and Technology, all of whom studied coal, but for dry metals (colored and black), I can only say that changing the direction is not dominant.
I know shells very well. Basically, the undergraduate course should be almost the same, but it is said that I study more chemistry, and Central South does not study chemistry.
In fact, you can only use 1-2 of these courses at work, and it's better to go back to the furnace then than anything else. When I haven't been to the mine, I teach you that everything is a cloud.
It is recommended to learn the software well, which is the foundation. You must attach importance to internship, which is the basis for you to know what engineering is. It is much more important than taking five more courses. All the above are my experiences, which may not apply to you. Just listen to it.