I have recently found that someone can get a BS. in Electrical Engineering and a BS. in Electrical Engineering Technology. I'm trying to find the fundamental difference between the two, but the only thing I can find is that EE deals more with AC currents and power, while EET is more focused in device-controlling circuits. What are the fundamental differences between the two? are there an parts of EET that shouldn't be discussed on EE.SE?
My understanding is that engineering degrees are more theory based and engineering technology degrees are more application based. It isn't a complete distinction between theory and application since there is always some overlap but this was the main distinction when I attended ITT Technical institute's Electronics Engineering Technology program.
This is also one of the main differences cited by ABET which accredits some of these programs:
Engineering and engineering technology are separate but closely related professional areas that differ in:
Curricular Focus – Engineering programs often focus on theory and conceptual design, while engineering technology programs usually focus on application and implementation. Engineering programs typically require additional, higher-level mathematics, including multiple semesters of calculus and calculus-based theoretical science courses, while engineering technology programs typically focus on algebra, trigonometry, applied calculus, and other courses that are more practical than theoretical in nature.
Another area that can differ is career path.
EET questions are appropriate here. See this answer about how the name was chosen and the history of the site. Keep in mind that, there are some things that you may get better answers to in different places like physics.se or mathematics.se
Leaving the BA, BS or BE degree for what the are. The fundamental differences could be explained as follows:
The primary role of an electrical engineering technologist is to aid the electrical engineers with electrical power distribution, process control, and instrumentation design. Duties of this position include conducting statistical studies and analyzing costs of production for non-sustainable and sustainable designs. Electrical engineering technologists analyze the performance of assemblies and electrical components, as well as assist scientists and engineers with electrical engineering research. -- Payscale description of EET
Electrical engineers are responsible for implementing and designing components for any device that uses electricity, as well as the devices themselves. Engineers have to focus on the generation of power to the device or product. These devices can include anything that runs on electricity. Electrical engineers also focus on researching, creating, and improving products and devices. -- Payscale description of EE
The "official" descriptions are essentially meaningless outside of academia. In the working world, there is little difference paid to it once you get out there and get experience. But a BIG difference in terms of your career path is that in many states, you cannot apply for an Electrical PE (Professional Engineer) license with just an EET degree, it must be an EE degree. In states where you can use another "lesser" degree, you typically need a lot more years of experience. That means if you want to work on your OWN as a licensed PE, you can't with an EET degree, you will have to work for someone else. I have a BS EET and discovered that after the fact. So I have to worked for someone else, I cannot be the principal of an engineering firm. Ultimately, that has had little effect on my 30+ years of a successful career and to be quite honest, I don't really want the stress of owning my own company any more (I owned a Systems Integration company for a number of years). Money is important, but it's not everything.