<p>Also, Cal is a great school overall, and their college of chemistry kicks serious ass in making its students work hard for the grade. However, college is what you make of it, so if you decide to go to one school or another solely for the name, you may or may not regret it depending on your adaptability skills. </p>
<p>For dxcdivad:
How is UCLA’s Chemical Engineering program? </p>
<p>Well, I guess I went over it briefly in my above post, but I have to admit that the program could use a lot more work in getting its students prepared for using its concepts. If you don’t have an internship or a research position (that involves actual work) lined up, you are not going to be able to use what you learn in class in the real world. My real complaint is how the professors in chemE don’t really give a darn about whether the students are “understanding” the material; they think “understanding” means acing a test, and I can’t even tell you how many times a professor has asked a question about previous material taught in another class to the students, but only to get silence and embarrassed stares back. You can ace a test, but know absolutely nothing of real value about a class. Professors in chemE are busy, intelligent, and humorous people, but they are detached from the students. There are a few exceptions to this, but I think the majority of chemEs can agree with me about this particular trait.</p>
<p>Also, I talked about how the structure of the curriculum really puts a crimp on schedules. You have to take courses at a certain time, so really, you are going to be in classes with the same people (and I mean the SAME people) for the next 3 years (freshman year has a lot of mingling with other South Campus majors). Pro: you learn to love your chemE friends that go through the same type of sh%$ that you do. Con: The grading hierarchy gets established pretty quickly because the same people will ace/fail the class. So yeah, grades can hit a plateau.</p>
<p>As for internships, there’s a lot in terms of oil and energy (Conoco Phillips, BP, Chevron), and a lot of smaller companies want full time employees. Biotech companies hire too (Amgen, Baxter, Bayer, etc), but the money maker is in oil right now. My year has a fair number of people with jobs/internships. but there’s also a sizeable number with nothing to do during the summers except take summer school. The stereotype that GPA doesn’t matter for engineering does not apply for undergrads; UCLA is a school filled with high school overachievers and valedictorians. Hence, GPA and the resume matters in luring people to consider you for internships. However, I know a lot of people with high GPAs in chemE who can’t get an internship due to their personality skills; they tank in interviews and are nervous/twitchy/etc. So for internships, as long as you are a great “package” (decent GPA,decent activities, and good interview skills) you will land an internship surprisingly quickly. </p>
<p>I realize it isn’t ranked that high, but what is its ranking exactly?</p>
<p>Look on above post</p>
<p>Does ranking really have that big of an impact on finding a job or getting into Graduate School? </p>
<p>Well, UCLA has the name that draws in large companies. Grad schools don’t really care; if you are good in your courses and have something published, you are great material for grad school.</p>
<p>Do graduates tend to get jobs right off the bat, or do they have trouble finding jobs? </p>
<p>Not a graduate (soon though!) and yes, there is trouble getting jobs. However, the problem is the economy, and not really the nature of chemE jobs. As long as people still need fuel for their daily needs, and people are still dying , there will always be a role for chemEs. Also, a lot of chemEs work in jobs that are not in line for the classical chemE job. But yes, a fair chunk are going to grad school to avoid the working world or are just going to grad school because there are no jobs lined up for them.</p>
<p>Would a premed student have difficulty completing his/her requirements with CHE as a major? </p>
<p>Not really; we have a biomedical option within chemE (option is a fancy way of saying curriculum) that allows you to graduate with the major while taking a large chunk of classes needed for premeds. However, some classes are missing from that option, so a bit of clever planning is needed. Difficulty completing the whole thing in four years? Yes, if no summer school is taken. No, if you plan well and are good at juggling your time.</p>
<p>Is it generally hard to keep a high GPA when majoring in Chemical Engineering?</p>
<p>“High” is subjective, no? I think the average GPA (cumulative) is 3.2 for chemE at UCLA. Not too low, and obviously not very “high”. But the vast majority of people in my classes are extremely intelligent, and we all know how to play the numbers and grades game, so it’s not as if we didn’t know what we were getting ourselves into when we continued to go through with the curriculum. However, worrying about your GPA is going to get you to depression land fast if you are the type to brood over things, and honestly, as long as you have two of the three things most sought out in a chemE student (GPA, charisma, and a resume that makes people gasp over how many activities you manage to fill up your days with and still get a decent number of hours of sleep), the GPA hurdle is going to be minor. However, it seems as if you’re going premed, so maybe you’ll become those awfully nervous premed students who moan over every single point lost (they irritate the heck out of me). </p>
<p>Sorry if this post is not very helpful; I know May 1 is the deadline for the notification of where you will be attending, so I hope this post clears up some questions that you may have had regarding UCLA.</p>