MIT To Expand Online Learning and Offer Certificates
mikejuk writes "MIT has announced an online learning initiative that will offer its courses through a new interactive learning platform that will enable students to participate in simulated labs, interact with professors and other students and earn certificates. Is this just a reaction to the Stanford experiment in running courses complete with exams and informal statements of accomplishment? (The first AI course has just finished and the exam results are in.) If so let's hope it spurs other educational establishments to do the same!"
People are always ranting about RIAA/MPAA while what they should really be worrying about is lecture book publishers. Music and movies are just entertainment, but these book publishers are preventing education and others from learning.
Book publishers are going to be crying about online learning and courses if they can't get their books required for them. They are already doing all kinds of shady monopoly deals and trying to hinder reselling of books by updating their course material almost every year, resulting in incompatible books for classes. I'm sure that if they cannot get their books forced in other ways, they're going to be doing some suing or forcing schools to shut down these online learning courses.
I'm not sure why people cry so much about RIAA and MPAA when there is such an assholish industry preventing people from learning. That has real results on whole advancement of humankind.
University of Phoenix has been doing this for years.
Since my day job is CS professor, these kinds of things aren't in my personal interest (unless I land a tenured job at MIT, which is unlikely :P), but I think they have considerable merit. CS, compared to other fields, is already a little bit ambivalent about degrees, and you can get some kinds of jobs by having alternate demonstrations of knowledge, like your Github "resume", or track record of participation in open-source projects. But a lot of companies worry that without a degree you'll lack some theoretical knowledge that will eventually bite you in the ass, because you didn't realize that something was a well-studied problem with an off-the-shelf solution you could've pulled out of one of Knuth's books and implemented, instead of rolling your own buggier, worse one (sometimes this is a founded fear, other times not).
But the bar in many cases is not that high. Even when I've looked for people to work with on, say, a machine-learning project, what I want to know is that they're familiar with the basics of statistics, common techniques and gotchas, correct and incorrect methods of data analysis, etc. This is more likely if they have a degree with some statistics and/or ML courses, but I could see a certificate from a respected course of online instruction being enough to convince me of that, if they keep standards up and it's not easy to cheat.
On the learner's side, it's a really interesting space of possibilities for mixing-and-matching your own education. Since these certificates seem to be much finer granularity than degree programs, if they proliferate and maintain quality, you could more realistically do interdisciplinary programs of study while still being able to prove that you mastered specific things.
10 PRINT CHR$(205.5+RND(1)); : GOTO 10
Somewhat misquoted
MIT ... will enable students to ... earn certificates.
http://web.mit.edu/newsoffice/2011/mitx-faq-1219
Rather, MIT plans to create a not-for-profit body within the Institute that will offer certification for online learners of MIT coursework. That body will carry a distinct name to avoid confusion.
So you'll get a cert from "Internet-U" stating you watched a video.
BTW the OCW calculus video series rocks as a refresher course. HIGHLY recommended. I wish they had video for more than just their 100 level intro courses.
"Science flies us to the moon. Religion flies us into buildings." - Victor Stenger
I love it when the words stanford and experiment are used in a sentence, it gets so much better when the word prison is also added.
It's interesting to see how the state of learning has changed in the last 10 years, and the pace of change is accelerating.
Does anyone know why we study the subjects we do in high school? Mostly it's because the subjects are classical - things are studied because it's been that way since ancient times.
Take geometry, for example. It's an important subject, but not nearly as useful to the average person as probability, yet we study one and not the other.
Then there's the mode of teaching, several hundred years old, where the student sits quietly in a seat watching the lecturer write things on a board and explain them.
Newer models have emerged. The Kahn academy still uses the lecturer/blackboard model, but improves it in many ways. The video can be viewed at a time of the student's choosing, parts can be rewound and replayed, and most importantly: the lectures can be improved by redoing them.
The Stanford and MIT online courses are just another example of the changing landscape. The Stanford AI course had lots of technical problems that they were unprepared for - ambiguous English phrasing, uneven level of practice versus test, missing technical explanations, and so on.
Despite the problems, they will get better. Indeed, they will get a lot better even the 2nd time they give the course.
We're apparently watching a competition for "esteem" between the top end universities. The colleges are competing for clarity of presentation, comprehension, and usefulness of the data.
In 10 years or so the traditional university model will be gone. There will be no need to go to college when all the standard subjects can be learned very well online, using methods which have evolved to present the material in the best possible way.
It'll be fun to watch as this evolves over time.