<p>Math:<br>
You need to know and love your mathematics. You need to get warm fuzzy feelings in your stomach when you think about matrices, differential equations, triple integrals, and the properties of ln functions.</p>
<p>You think I’m kidding, but you won’t survive P-Chem or I-Chem if you don’t know your math. Don’t worry, you don’t need to know math before you get into the program. If you can handle the pre-requisite freshman level calculus classes, you’ll do fine.</p>
<p>And this isn’t high school. You need to learn and keep the information you acquire in every class. Everything builds on everything else.</p>
<p>Workload:
Freshman Year: Not difficult, basic maths, general chemistry (which is scheduled at 8am no matter what school you choose for some obscene reason)
Sophmore Year: Memorization based O-chem… Classical Mechanics, pay attention in this class as your Pchem is going to be like this, but more abstract and way more challenging.
Junior Year: I took 16-20 units of chemistry every quarter. This included P chem (year), Analytical Chemistry labs (1, 2), Physical Chemistry Lab, undergraduate research, inorganic chemistry 1 and 2, and some other courses.
Senior Year: More relaxed, unless your school as Post p-chem I chem… that class is a *****.</p>
<p>Challenging classes:</p>
<p>All of the classes are challenging, especially if you are enrolled in a large program. A’s aren’t handed out like candy. You have to thoroughly tromp your competition. Treat every class as if it is the hardest, most-important class and you’ll do fine.</p>
<p>That said, at my school: Analytical Chemistry lecture was the easiest course, followed by Inorganic Chemistry I. (You’ll find that major-required courses, besides the CORE corses, are the easiest)</p>
<p>My most difficult courses were Physical Chemistry (note, I got A’s in my Pchem series - by difficult, I mean most work intensive) and the advanced Inorganic chemistry which built upon p-chem foundations and mathematics.</p>
<p>Jobs:</p>
<p>Unlike these other schmucks, I have work experience in the chemical industry, so I can tell you that you have a ton of job prospects with a B.S. in chemistry.</p>
<p>You can work hazardous materials clean-up (the guys who tear down methlabs after busts and get paid big bucks)</p>
<p>You can work as a chemist in a pharmaceutical laboratory or quality control laboratory (Max out at about $80K after 15 years or so)</p>
<p>You can supervise processes at manufacturing facilities, work at a biotech company as an operator, pharmaceutical sales rep, etc. etc. etc.</p>
<p>If you go for an M.S. (only two more years) you can open up even more opportunities at research laboratories, pharmaceutical drug development laboratories, chemical supply companies…</p>
<p>Go for the PhD (and beyond) and the world is your oyster. Catalyst design (figure out how to save a penny for every ton of acetic acid produced and you’ll be an instant $100M richer) is attractive. Run your own lab, design instruments. (One guy I know designed an instrument for his PhD thesis, now he runs a company making optics for that instrument, selling to other labs… he’s loaded).</p>
<p>So really, even in this economy… even with just a B.S., you can still open a business… the chemistry degree will imbue you with analytical prowess beyond that of the normal everyman (though math and physics majors will still own on you in that dept). But really, the chem degree applies to everything you see (rayleigh scattering, mie scattering, rainbows) and do (name a physical property of a substance) and interact with (plastics, nylons,… I mean what is materials science?)… </p>
<p>So really, pick a science- it doesn’t have to be chemistry… But don’t wuss out and go business or IR.</p>