@geekgurl
All of the historically technological universities have similar roots as they were all founded to teach the application of technology to solve manufacturing problems. A lot has changed over the years as the rapidly evolving nature of engineering problem solutions required more interdisciplinary thinking. The modern application of technology has made clear that this is not just a field for backyard auto mechanics. but an excellent platform for design of more effective solutions.
RPI, MIT and WPI are the three oldest technological Universities in the US. Georgia Tech, as its name implies, is a technological university. We often refer to them as STEM universities. Please do not assume that they are all the same.
Engineering involves the DESIGN of WORKABLE solutions to REAL PROBLEMS in a world driven by RAPIDLY EVOLVING SCIENCE. Good design requires interdisciplinary thinking and a willingness to constantly learn and to respect (i.e., listen) to many disciplines in a constantly evolving environment. This may or may not be taught in four or even five years of classroom lectures. It is not the exclusive preview of LA colleges or of engineering institutions. It requires the development of an attitude which can also be encouraged by experience outside of a classroom lecture.
Some points to keep in mind:
1. The half-life of “state of the art” engineering knowledge is about three years (consider chip designs);
2. Engineering developments have huge political and economic implications (consider the internet and cell phones):
3. If you were to master engineering, psychology and economics economics at a point in time, you would still not be on top of your game for long because of the rapid growth in the natural sciences;
4. Continuous self-education is necessary and one needs to habitually “learn how to learn:”
5. How do these different universities address these important issue?
ABET (Accreditation Board for Engineering and Technology) plays a big role in engineering education and is important from an employment perspective. They have some strict requirements on the amount of time spent on specific covered information. ABET requirements differ depending on specific fields of study, but this does not mean that all the programs are the same. ABET offers some flexibility to address the broad interdisciplinary studies problem. Specific ABET requirements do take up a big piece of your time. For listing of ABET approved programs see https://main.abet.org/aps/Accreditedprogramsearch.aspx
Music is a common interest among mathematically minded students. Music can do a lot to free ones creative juices. Consequently the musical interest and activity level at many STEM schools is very high.
Cornell, Dartmouth and Brown are three “Ivy League” Universities which offer three different approaches to engineering. Only Cornell offers the wide range of ABET approved engineering degrees. Although it is a broad and fully developed university, it does not mean that you will have additional time to study courses outside of the ABET requirements. This same format is largely available in STEM universities. Dartmouth also requires five years of study and offers you more time for input in non-engineering courses. Brown has a completely fluid program which you design yourself. You may have an ABET or a non-ABET approved degree depending on how you select those courses.
Within the ABET framework, WPI uses interdisciplinary project vehicles to address these problems. Every student designs a humanities minor and an interdisciplinary team project in any of 46 centers around the world. See https://www.wpi.edu/project-based-learning.
Good luck! Please do not work off of assumptions. Ask direct questions and dig for answers. Working problem solutions require it! Good luck, we need broad minded engineers!
WPI alumnus "67