Lakemom,
That statement about “work focused curriculum” is the furthest from the truth. Firstly, engineering is a profession in which science is applied to solve practical problems requiring the use of technology to the betterment of society. As such, engineering is an applied endeavor. All engineering schools teach the student the principles and practice of engineering, as is required by all practicing engineers. The vast majority of engineering students attend engineering school with the intention of working in engineering and/or studying engineering further in graduate school after they graduate. All engineering schools have “work focused curricula” to a certain extent. The engineering accrediting agency (ABET) requires specific courses to be taught in both the underlying theoretical science and the applied science and engineering courses that train the student to use scientific principles to solve engineering problems. This results in the engineering curricula in all accredited schools containing a common set of core courses (required by all engineering disciplines) and a set of applied courses (discipline-specific). If you read the engineering curriculum of Stevens, Rochester, or any other ABET-accredited school you will necessarily find much commonality of specific subjects. Medical and law students study “work focused curricula” for example, since they attend those schools with the intention of working in the medical and law fields and therefore require specific courses to train them to do the work. That said, Stevens’ science base is far deeper than many schools and exceeds the ABET minimum requirements by a large margin. Stevens students are as well prepared for graduate school and research as, or better than, graduates of any school in the United States. Stevens is in the top 100 of schools from which undergraduates eventually go on to earn their doctorates in engineering and science. There are/were at least a half a dozen MIT professors that I know of who graduated from Stevens for example. Stevens is the anthesis of the “engineering trade school” I mentioned in my previous post. As I say, the 152 credits required for the B.E. (undergraduate engineering) degree is the most of any US university, and many of those credits are in the fundamental theoretical science and the depth engineering courses that many school do not require. As a result, and I reiterate - Stevens students are superior interdisciplinary problem solvers as well as natural candidates for graduate school. Last year, 17% of Stevens graduates intended full time graduate or professional study. Many more pursue their Master’s degree part time while working full time. Over 60% of Stevens alumni hold a graduate or professional degree.
In my graduating class we had graduates who were accepted to the graduate schools of MIT, NYU, Harvard, U of Chicago, Yale, RPI, Stanford, Princeton, and many other leading schools. You won’t see that in a school that is primarily vocationally centered as you assert.
The Payscale survey also compared engineering schools’ alumni salaries with the engineering schools of larger universities, which removes the skewing of statistics you mentioned. In that comparison Stevens came in at fifth in the United States, so, even among its engineering peers, the superior problem solving ability of Stevens graduates is apparent.
Most of Stevens’ faculty are full time. Most classes are taught by the full-time faculty. Most engineering schools have adjunct faculty who are recruited for their industrial and professional experience. In engineering, as I am sure you would agree, it is of great benefit to the students to have leading practicioners who have designed successful products, public works, systems, medical devices, and all the other fruits of engineering as teachers. They bring the practical realities of the world into the classroom. When I was taking my master’s degree at Stevens, the graduate compiler (computer operating system) course in computer science was taught by the (then) head of Computer Science Research at Bell Laboratories. He was one of the renowned experts in the field and wrote several standard textbooks in the subject. He was a part time Stevens professor - do you think he wasn’t an eminently qualified choice?
When I attended Stevens 7% of the undergraduate student body was female. It is about 27% now. Yes you are correct, science and technology is a male dominated field (though it’s getting less so today). I would venture that the engineering classes at Rochester are also mostly male. I always advise students to attend a school for the quality and rigor of the academics, areas in which Stevens excels. One has time to date when they finish college. The male/female ratio is an intangible. It’s not going to make or break one’s college experience.
Stevens has a total undergraduate and graduate student body of 5900, about the size of Rochester’s undergraduate class. Yes, Stevens is small in size but huge in impact. Small is a virtue. The professors know the students’ names and have far more one-on-one interaction with the students than most large universities. Class discussions in a class of 20 are going to be far more productive and enriching than in a lecture hall of 150. You’re seriously mistaken if you think that small by itself is a negative. It’s the quality of the academics and the opportunities that they afford that count, not the size.
The New York Metropolitan area is the capital of practically all industries you can imagine. Stevens co-op students get placements in the largest and leading firms in the technology, finance, manufacturing, government, and even arts sectors. You won’t get those opportunities in Rochester. What is in Rochester? Kodak? Kodak is a shell of what it once was, unfortunately. Your son was correct in recognizing that the location - the best of any school in the country - is a huge advantage in building one’s career as a student.
Incidentally, the student who wanted to transfer to Rochester because of the availability of a dual engineering and music major should seriously consider remaining at Stevens. The superiority of the engineering program notwithstanding, Stevens has a unique Music Technology program, from which students have been placed with major media and arts companies and institutions. What is noteworthy is that the graduates of this program - with the B.A. degree (Stevens did not even offer a B.A. degree until about 15 years ago) - all achieved positions in the music industry or graduate school admissions in music. One graduate I know of was accepted to Julliard. I am certain that given the interest and drive, he/she could arrange a double major in music. The music faculty are highly accomplished. A double major of engineering and anything else is going to be hard at any school, given the workload and high number of required courses in engineering, but again given the drive and ability anything is possible.