
Originally posted by
OtakuLoki
I am a bit of a contrarian on this issue. I don't see what's wrong with rote memorization, as a tool towards understanding. Having said that, I think part of the problem is the way that testing is done: Standardized bubble tests are cheap, and easy, to grade. They are also hugely limiting in what they can get a student to demonstrate.
Oddly enough, one of the things that I believe the military gets right, and gets right to an astonishing degree, is it's ability to train capable operators in so many demanding and technical fields. I was a Nuc - a nuclear power plant operator. We got fed a lot of verbatim repetition crap, with all the fun that was. Definitions, in particular, were hammered into our heads. But we also were expected to demonstrate an ability to use those definitions for solving problems or describing concerns.
One of the things that boggled my mind in college physics was the way that the presences of the equation sheet that our prof would hand out with every test meant that my classmates didn't bother to really learn the equations. And so they'd spend the test looking for an equation that had the right sort of units for what they wanted to do, rather than looking at the problem, drafting the proper equation from memory, and then checking with the equation page to make sure it was right. IMNSHO the desire to go for deeper knowledge and understanding, while avoiding memorization of basic mechanics equations, was preventing many of my classmates from getting comfortable enough with the equations to be able to apply them in the wild.
Now, I'll be the first to point out my training from the Navy was sharply curtailed: It was the ultimate in a pragmatically tailored overview of thermodynamics, chemistry, p-chem, and other fields. We would be presented equations solved for our specific situations, and presented with certain key variables in the general equation locked for values for us. We didn't touch on how to derive heat exchanger efficiency constants, just what they were. I can point to similar shortcuts all through my knowledge of the field.
But within those limits, the limits of the plants and situations we were actually going to be dealing with, we were given a very effective set of tools to use for our understanding.
I think one of the biggest differences is the way that tests were graded: We had no bubble tests. Everything was short answer, and we always had to show our work. The answer keys would list the specific points that the question was supposed to be answered with, and a clear, unequivocal point value for each part of the answer. These tests were labor intensive to grade: Once the class was done taking them, the instructors spent nearly as much time grading them as we students had spent taking them. Maybe longer. But you didn't have to worry about having an exact repetition as long as your writing could convince the grader you knew what you were talking about. It's a bit fuzzier, but in my experience it works.