10. University of Minnesota Duluth
The University of Minnesota Duluth is a public institution founded in 1947. Its total undergraduate population is 10,346, with a student-faculty ratio of 20:1. The most popular majors include marketing and related support services, business, management, education, social sciences, biological and biomedical sciences, and psychology.
The school is organized into nine different colleges, which include a business school, as well as a separate facility for engineering and sciences. Tuition for in-state students is $12,815, and that rises to $16,480 for out-of-staters.
Obviously, this author is not familiar with some of these schools. The listing says Valparaiso University College of Engineering but the article title says Valparaiso Technical Institute. These are two entirely different schools. Valparaiso University is routinely recognized as a top school in the US News and World Reports annual rankings for small midwestern schools. It has an excellent engineering school with top notch professors who actually teach instead of doing research. Go Crusaders!
I've heard that such big tech companies like IBM, Microsoft claim that they can't find talented people, while 30% of young people (20-24 years) can't find jobs. Why they can't American undergrads and train them? Big Indian companies, for example, employ college students, train them, and send to big companies. Maybe students should study better, and write good papers? By the way, do you know that dissertation is very important as an entire grade depends on this final paper? Consult this service http://dissertationwritinglab.com/, it can assist you with the dissertation writing process and also it contains a good collection of tips how to make well-written and well-structured paper without any mistakes.
The old man insisted that I go to Stevens Tech (Hoboken, NJ), become a Mechanical Engineerand he'd pay for it. I shrugged my shoulders, packed my belongings and moved out to Cleveland and got an EE degree at Fenn College of Engineering (CSU). No student loans, no scholarships and no aid. I just busted hump and worked as mechanic, machinist and tech jobs, while daddy dear paid for a Rutgers/Princeton PhD philosophy degree and a Columbia Masters anthropology degree for my sisters. The divide became so wide that I never talked to the family since.
But I would do it the same way again since the rewards (of blood/sweat/tears) are priceless.
I am going to comment specifically on the article presenting information about Cal Poly SLO. I'm a 1979 Electronic Engineering grad from there.
The facts presented in the article don't seem to paint an accurate picture of the institution. The issue I have is the quoted tuition. It is a good number as far as it goes, i.e. $8,742 for tuition. However, the cost of attending Cal Poly from their own website is estimated at $24,177 or nearly 3 times the tuition! Doesn't this more closely reflect the expected cost of getting an education at this institution?
Another BIG issue with the article is that there are TWO California Polytechnic Universities. Cal Poly Pamona is a great school too with a similar reputation in industry. Shouldn't the article have mentioned both?
They have different locations but similar educational philosophies.
Olin is in Needham, Mass., which borders Wellesley, home to Babson College and Wellesley College. Babson is a very good business school (I could have gone there for my MBA). Wellesley is a top women's college.
Boston College (could have gone there for my MBA too) is about 8 miles from Olin.
We never hear about Oil in the local press. MIT gets all the coverage. Oh yes, there's some other school in Cambridge that get a lot of press, too.
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.