MIT Mints a Valuable New Form of Academic Currency

Chronicle of Higher Education
January 22, 2012

By Kevin Carey

The Massachusetts Institute of Technology has invented or improved many world-changing things—radar, information theory, and synthetic self-replicating molecules, to name a few. Last month the university announced, to mild fanfare, an invention that could be similarly transformative, this time for higher education itself. It’s called MITx. In that small lowercase letter, a great deal is contained.

MITx is the next big step in the open-educational-resources movement that MIT helped start in 2001, when it began putting its course lecture notes, videos, and exams online, where anyone in the world could use them at no cost. The project exceeded all expectations—more than 100 million unique visitors have accessed the courses so far.

Meanwhile, the university experimented with using online tools to help improve the learning experience for its own students in Cambridge, Mass. Now MIT has decided to put the two together—free content and sophisticated online pedagogy­—and add a third, crucial ingredient: credentials. Beginning this spring, students will be able to take free, online courses offered through the MITx initiative. If they prove they’ve learned the materi­al, MITx will, for a small fee, give them a credential certifying as much.

In doing this, MIT has cracked one of the fundamental problems retarding the growth of free online higher education as a force for human progress. The Internet is a very different environment than the traditional on-campus classroom. Students and employers are rightly wary of the quality of online courses. And even if the courses are great, they have limited value without some kind of credential to back them up. It’s not enough to learn something—you have to be able to prove to other people that you’ve learned it.

The best way to solve that problem is for a world-famous university with an unimpeachable reputation to put its brand and credibility behind open-education resources and credentials to match. But most world-famous universities got that way through a process of exclusion. Their degrees are coveted and valuable precisely because they’re expensive and hard to acquire. If an Ivy League university starts giving degrees away for free, why would everyone clamor to be admitted to an Ivy League university?

MIT is particularly well suited to manage that dilemma. Compared with other elite universities, MIT has an undergraduate admissions process that is relatively uncorrupted by considerations of who your grandfather was, the size of the check your parents wrote to the endowment, or your skill in moving a ball from one part of a playing field to another. Also in marked contrast to other (in some cases highly proximate) elite institutions, MIT under­graduates have to complete a rigorous academic curriculum to earn a degree. This means there should be little confusion between credentials issued by MIT and MITx. The latter won’t dilute the value of the former.

MIT is also populated by academic leaders with the better traits of the engineer: a curiosity about how things work and an attraction to logical solutions. So MITx will be accompanied by a campuswide research effort aimed at discovering what kinds of online learning tools, like simulation laboratories and virtual-learning communities, are most effective in different combinations of subject matter and student background. MITx courses will also be delivered on an “open learning platform,” which means that any other college or higher-education provider will be able to make its course available through the same system.

The university is fortunate to have faculty who are comfortable working with technological tools and eager to try out new educational methods. Professors in the MIT Computer Science and Artificial Intelligence Laboratory (Csail) are already experimenting with ideas like “crowdsourced” grading of computer programs, in which qualified Web users comment on student work. MIT also plans to retool its lecture videos to make them interactive and responsive to students’ academic progress. Anant Agarwal, director of Csail and a leader of the MITx effort, notes that “human productivity has gone up dramatically in the past several decades due to the Internet and computing technologies, but amazingly enough the way we do education is not very different from the way we did it a thousand years ago.”

Most important, MITx is animated by a sense of obligation to maximize human potential. Great research universities have vast abilities to distribute knowledge across the globe. But until recently, they have been highly limited in their ability, and willingness, to distribute authentic education. Before the information-technology revolution, the constraints were physical—you can fit only so many people in dorms and classrooms along the Charles River.

The Internet has ripped those barriers away. As MIT’s provost, L. Rafael Reif, observes, “There are many, many learners worldwide—and even here in the United States—for whom the Internet is their only option for accessing higher education.” Reif emphasizes that the courses will be built with MIT-grade difficulty. Not everyone will be able to pass them. But, he says, “we believe strongly that anyone in the world who can dedicate themselves and learn this material should be given a credential.”

This sensible and profound instinct sets a new standard for behavior among wealthy, famous universities. Elite colleges all allege to be global institutions, and many are known around the world. But it is simply untenable to claim global leadership in educating a planet of seven billion people when you hoard your educational offerings for a few thousand fortunates living together on a small patch of land.

There are also practical advantages for MIT in moving first. Already, the elite Indian Institutes of Technology has announced plans to join MIT’s open-education consortium. Building MITx on an open platform could make the university the global nexus of online higher education, which is the way most people are likely to access higher learning in the future. In the hunt for the best and brightest students around the globe, MIT won’t need to guess who’s in the top 1 percent of 1 percent—it can simply pick them out of the millions of students who will enroll in MITx.

Meanwhile, it will be fascinating to watch MITx mint a brand-new form of academic currency. What happens when it enters circulation? Will other universities accept it as transfer credit, or employers as proof of skills? How will those credentials affect the fast-growing market for online credits and degrees, much of which is driven by the expensive for-profit sector?

There is, of course, a great deal of work to be done before those plans are fully realized. University officials emphasize the need to monitor the results of the new classes to make sure the learning experience is up to par. Prices for students in impoverished regions will have to be worked out and protocols for minimizing fraud established.

But those are practical problems that can be solved with time, ingenuity, and experimentation. The real innovation of MITx, the breakthrough that may eventually put it among the pantheon of MIT’s achievements, is the generosity inherent in a privileged university’s giving away something that it could easily keep for itself. It is the act of a truly educational institution, in the finest sense of the word.

Kevin Carey is policy director for Education Sector, an independent think tank in Washington.

 

Forsyth Student Gets Perfect SAT Score On Third Try

An education includes learning your limitations and when to give it one more shot. South Forsyth High School senior Cody Baetz learned his limitations — and gave it two more. 

On the third try, in October, he made a perfect 2400 on the SAT, joining five other students in metro Atlanta in the elite group of 382 students, out of 1,547,990 in the nation, who took the test this year and aced it.

One of the first things Baetz did to celebrate was to announce his feat on Facebook. Then school officials posed Baetz, 17, with the big Stanley Cup-like trophy the school system gives to the Forsyth County high school that has the highest average SAT score for the year.

The South Forsyth High School average this year is 1626, one of the reasons the school was ranked this year by Newsweek magazine as the 202nd best high school in America.

Even if Baetz had quit after the first try, last January, he wouldn’t have hurt that average. He scored a 2130. He took it again in June and jumped to a 2230 and was satisfied with that.

His counselor, Jolie Kimmel, convinced Baetz, a math whiz, he could ace the test if he just improved a bit on the critical reading portion of the exam.

“I didn’t want to do it, but she talked me into it,” he said.

Baetz wants to become an engineer. A 2400 will look good when he applies for scholarships to MIT, Cal Tech, Stanford, Harvard and other schools, said Kimmel.

Baetz also made a 35 on the other college entrance exam, the ACT, where a perfect score is 36. He’s not inclined to take that one again, “but I might talk him into it,” said Kimmel.

Principal Jason Branch said, meantime, he might have Baetz’s name inscribed on the school SAT trophy as another incentive to other students to try and try again to be the best they can be.

Article written by Jeffry Scott, The Atlanta Journal-Constitution

Espy’s Feature in Champion Magazine

Title:  “Southwest DeKalb, MIT grad returns home to tutor math students”

It’s Stephanie Espy’s educational pedigree that stands out on first look. It starts at Southwest DeKalb High School. She graduated there in 1997. Then it moves to MIT in Massachusetts where she received a bachelor’s in chemical engineering in 2001. From there she went west to California – Berkeley specifically – where she got her master’s in chemical engineering. Then there’s the roundabout south, back to Atlanta and Emory University’s business school for yet another master’s earned in 2008.

It’s not the typical resume of your average, for-hire math tutor.

“So many careers these days require knowledge of mathematics,” she said. “Really, to be successful in your career or in general some basic level of math is important.”

And with that sort of enthusiasm for numbers, Espy started MathSP, a math tutoring and test preparation company based in Atlanta. The service is designed to assist students ranging from middle-schoolers to adults in the midst of career or educational changes who feel they need a brush-up before taking graduate school entrance exams, etc.

“A lot of the barriers for people that are going back to school are taking the tests,” she said.

When mentoring students looking to perform better on standardized tests, MathSP teaches students how to break down test questions into parts and examine them in pieces before trying to solve them. The service works with younger students in areas ranging from basic arithmetic to calculus, and it also helps people prepare for exams ranging from the PSAT to the GRE.

Espy said she remembers a particular student who had not been in a math class in about a decade and wanted to attend one of the country’s top business schools and needed to take the GMAT, a popular standardized test required for entry into many post-graduate business schools.

The woman took a practice test, Espy said, and scored a 400. The test maxes out at 800, and very good business programs require a score of at least 650, she said. After working with Espy, the student scored a 680 and received a scholarship, she said.

“Those kinds of experiences happen all the time where they came in with a very weak foundation, and they come out and do well,” Espy said. “They do what they thought they couldn’t do.”

She said her time at Emory’s business school inspired her to start MathSP, which has grown to include instructors in New York, according to a company statement. Espy also said she plans to hire additional instructors to take over her mentoring workload. The company also offered free courses to 15 students who applied in need of remediation before the SAT, GRE and GMAT.

“Part of what makes math fun or not fun is the teachers you’ve had,” Espy said. “I’ve been fortunate… to have really good teachers. If you have a good teacher, you understand it better. … There’s so many students out there who need this type of program.”
Full Article - click here

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