ITT : we describe differences between types of engineers and why what you took was the best
Are you talking about the questions in >>7774559 ?
No I'm not gonna bother with that shit. It doesn't look outrageously dissimilar to advanced electromagnetics, however. Sometimes I step back and look at the problems and say to myself, "How the fuck did I ever learn how to do this?" I'm not an especially hard-working individual.
I posted these yesterday. This really isn't that complicated of a set, either. To someone not familiar with either, I bet that this set and the aforementioned nuclear eng problems look similarly difficult. Also, I bet that there are very few people on earth that are well learned in both.
Well my exams in that class essentially consisted of problems exactly like that or in pic related. I probably studied maybe 10-15 hours for exams that had about 10 of those problems over two hours, but like I said I'm not the most studious of my peers.
Okay, that's what I was asking about. So by the time you're when given questions like this, you should know everything (if you paid attention in class and studied the material outside of class).
There are varying degrees of "should know everything," but for the most part yeah.
But most of those problems involves common circuit knowledge, vector calculus, some linear systems, electromagnetic physics, and more. Is not a course you would take your freshman or even sophomore year.
Exactly. I'm in Geology, am not exceptionally smart (in fact, rather dumb) and this semester I'm in Advanced Petrogenesis and Metallogenesis and Topics in Sedimentary and Petroleum Geology. These are just long, complicated names for relatively simple subject matter, if you've done basic geology. Nothing (especially in undergrad) is that hard, mostly just leg work.
Most mathematical discipline (should be familiar with PDEs and linear algebra), some programming.
Almost all empirically derived formulas, least academic.
Very little chemistry. Thermal physics, statistical mechanics, fluid dynamics.
A little bit of thermodynamics, a lot of newtonian mechanics.
Logic devices and programming.
Thermodynamics, fluid dynamics, bit of electronics.