Tech = more hands on (build things). Engineer typically = more design (math, theory, etc).
This was how it was described to me as well.
The instructors in the engineering department were almost entirely involved with academics and research, and most had the title of Doctor. In the engineering technology, everyone was from industry with something like 15-20+ years of experience. The engineers got blasted with calculus and theory everywhere, but got very little lab time. In the engineering technology program, there was more use of "canned" equations from handbooks, more practical application, and more lab time.
I switched from engineering to engineering technology in my.....hm, 3rd semester? I don't remember exactly. I always had a tough time with calc in part because I was at college to acquire skills that'd help keep me out of the low-end jobs I'd been in up to that point - things like retail and warehouse work, where the most mental involvement you'd need would be the collective might of perhaps 20 neurons.
Calculus seemed to have me doing a bunch of stuff that all looked fun on paper...but didn't
do anything. Wow, ok, so I can take an equation, graph it, then revolve that line around an axis, and find the volume of the enclosed region. Great! And if I had a way of determining the equation that represents the geometry of an existing container, I could easily see how that might be useful. (Or I could just get some water and a graduated cylinder.) A lot of it made no sense to me because it was all abstract concepts, with no practical examples or word problems employed in its instruction. It wasn't until several months
after graduating that I had one of those little revelations about what calculus was all about, and what it might mean outside of some repetitive mathematical exercises.
So, in retrospect, what I'd liked to have seen:
- Calc classes that were taught in a manner which was somewhat relevant to the engineering major, or which would at least use some examples of practical applications of the equations and mathematical wackiness.
- Some way of joining the engineering technology and calc-based engineering paths, though this would likely turn it into a 5-6 year degree, instead of 4 years for either one. Knowing the theory behind something is good and all, but I think it's also good to have a good idea of how it all works out in practice. (As in, it'd be nice to even know what some of the equipment
looks like. What's an industrial directional control valve look like? Oh, I know what that is! A DCV is a little rectangular box drawn on paper, with a few other lines and arrows in it. What does a
real one look like? Uh...it's a
three-dimensional rectangular solid, maybe?)
I guess it also depends on where you want to go. If you want to go into teaching, or do things more related to research, then an engineering degree would probably work better. If you want to work on
things, maybe build some stuff, and get to work in the field or in industry, then engineering technology is the way to go.
I don't know if you have to look for an accredited school or anything like that; I know the engineering technology program at Penn State was accredited by ABET, so I guess that's a good thing? In any case, I got a B.S. in mechanical engineering technology, and I have a job doing engineery-type stuff, some of which often includes me doing the design, specifying parts, and prototyping, so it works for me. It's kind of neat to be able to see something through from concept to design to prototype to it hitting the shop floor.