<p>OK atomicfusion, your post to me sounds like a less realistic, much more presumptuous version of rocket's above, which actually sounds quite good to me. Know what the fundamental flaw is with your addition to his words? It's not that the core at Mudd is unnecessary for its course of study, or not useful for engineers in general...it's that
the following:</p>
<p>"If you want to learn engineering pitched at a high level, you have to understand physics, chem, mv calc, DEs, lin al, cs, possibly bio -- oh hey, that's the Mudd core!"</p>
<p>claims to package exactly what is necessary to learn engineering, the only supposedly right way. First off, my understanding is that Mudd's core applies to <em>everyone</em> and not just to engineers. There is absolutely no way I am going to believe that everyone on the face of this planet should have to go through that core to achieve tremendous intellectual satisfaction. I have a strong feeling Mudd's core is geared towards <em>its specific philosophy of learning</em>, and whether or not someone wants to go through it is really a personal choice. At least from the angle of mathematics and physics, I can tell you that the core is definitely not the end-all, and I have a hard time believing it is for engineering. </p>
<p>On the contrary -- I can see a Mudd student requiring material <em>NOT</em> in the core for his/her later inquiries, and potentially <em>NOT</em> so much requiring something in the core. Academics in math, science, and engineering are vast beyond any of our tiny little university educations. In the ocean, you will have to learn things as they come up, and no one school can package you a "core" which tells you everything you need to know, no more, no less, as you're suggesting. </p>
<p>I am very much in touch with one physics graduate of Mudd, and he definitely complained many times that random technical mathematical machinery would be introduced in his upper level physics courses, which he wasn't exactly familiar with...I can imagine this. There are definitely physics books at a high level that I've picked up, which require things <em>not</em> in Mudd's core, but don't require many things which are in the core. </p>
<p>Now I am less knowledgeable about engineering, as I said, but I am also certain that no such curriculum can be the end-all one....heck, what if someone goes and decides engineering isn't for him/her in Mudd? And they want to do a math major? I can sure as heck tell you there are math prof's at Berkeley who are geniuses to speak of, who did <em>nothing but math</em> in their undergraduate careers. </p>
<p>"Seriously, if your engineering courses aren't heavily based on these subjects, then they are probably cupcake classes."</p>
<p>The above is pretty much what I take issue with. Most engineering schools require SOME physics, MV calc, DE's, linear algebra, but not all of them require the same stuff as Mudd does. What CAN I am sure be said is that Mudd provides a great education based on its own core. Undergraduate education is, after all, preparing you to go out into the world and do [hopefully] amazing things, i.e. it's part of an ongoing process...and it only makes sense that there would be more than one way to approach it.</p>