If you didn't take AP Physics C tests, then you will start in PHYS 211, then PHYS 212, which are mechanics and electromagnetism, respectively. This is very large for a physics program, but relatively small for a program at U of I, considering we're in both LAS and engineering (they're almost identical, save for a few possible course paths). There are somewhere from 300-400 physics majors right now, iirc. The physics department has grown quite a bit over the past few years. If you have any more questions feel free to send me a pm or reply. I chose to pursue grad school and I'm now just starting a Ph.D program at Minnesota. grad school, software companies, even law school and finance). Physics can lead to many career options (i.e. My last advice is to make sure you are passionate about physics if you are going to major in it. A lot of the engineering departments are much bigger. The department isn't the biggest at the school, but it's not the smallest. With my graduating class I found there to be ~50 undergraduate physic majors graduating. However, I found many that enjoy teaching undergraduate level courses. Some are very busy with research and less interested in teaching. In terms of the professors, I would say most are very welcoming and enjoy chatting with students. Homework sets can take awhile, but there is a lot of help out there. The entry upper level physics courses can be hard because it's a switch from the 2xx level to a class of mostly physics majors. Just look at my previous posts to see what I've taken. In my experience all of the classes were great I enjoyed every physics course I took. I worked for professor Selen during my sophomore summer and then some just by sending a couple of emails out and then talking to him in his office. Ask them politely if they have an room for them to take you on for a some time, usually the summer. Thus the most important thing to get undergraduate research is to start knocking on doors and sending emails to professors. If you want to major in physics you'll probably want to do research. I'll try to answer some of these questions. I recently just graduate from the department as engineering physics. The class size is usually about 30-50, although there seems to be an increase in physics enrollment in recent years. The material is tough, but hard work should allow you to push through. The professors teaching the upper division classes are usually very good. You will be doing pages long solution sets for your homework once a week. It will be more mathematically rigorous in terms of derivations. However, everything will be taught from first principles again (as if your 21x knowledge doesn't exist). However, once you move on to junior/senior level classes, the difficulty level rises much faster. Some of them delve into upper division problems, and/or use computers (Mathematica) to solve non-analytical problems. One can also consider taking the honors supplements like 199HM, HO, etc. Of course, one should be able to understand and excel in these classes. There will be simple labs, and discussion sections. The usual freshman classes 211-214 will be an introduction to physics and taught in huge lecture halls (along with engineers). Academic probation/Drop action/Readmission.Please message the moderators if you encounter anyone claiming an affiliation with /r/uiuc.Ĭomments view so you don't miss anything Rules This subreddit is not sponsored or endorsed by the University of Illinois or any other on-campus group. It's probably been removed by the overzealous reddit spam filter. Message a moderator if your posts are not showing up. Given the lack of a regional subreddit, it also covers most things in the Champaign-Urbana area. Students, Alumni, Faculty, and Townies are all welcome. This subreddit is for anyone/anything related to UIUC. The University of Illinois at Urbana-Champaign
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