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"Cracking Open the Scientific Process Timothy Fadek for The New York Times A GLOBAL FORUM Ijad Madisch, 31, a virologist and computer scientist, founded ResearchGate, a Berlin-based social networking platform for scientists that has more than 1.3 million members. By THOMAS LIN Published: January 16, 2012 Recommend Twitter Linkedin comments (145) E-Mail Print Single Page Reprints Share The New England Journal of Medicine marks its 200th anniversary this year with a timeline celebrating the scientific advances first described in its pages: the stethoscope (1816), the use of ether for anesthesia (1846), and disinfecting hands and instruments before surgery (1867), among others. Science Times Podcast Subscribe This week: Opening science and doing it yourself, plus the malaria medicine of Chairman Mao. Podcast: Science Times Related Wordplay Blog: Open Science, Numberplay style! (January 16, 2012) When Breakthroughs Begin at Home (January 17, 2012) RSS Feed RSS Get Science News From The New York Times » Enlarge This Image Timothy Fadek for The New York Times LIKE, FOLLOW, COLLABORATE A staff meeting at ResearchGate. The networking site, modeled after Silicon Valley startups, houses 350,000 papers. Readers' Comments Readers shared their thoughts on this article. Read All Comments (145) » For centuries, this is how science has operated - through research done in private, then submitted to science and medical journals to be reviewed by peers and published for the benefit of other researchers and the public at large. But to many scientists, the longevity of that process is nothing to celebrate. The system is hidebound, expensive and elitist, they say. Peer review can take months, journal subscriptions can be prohibitively costly, and a handful of gatekeepers limit the flow of information. It is an ideal system for sharing knowledge, said the quantum physicist Michael Nielsen, only "if you're stuck with

"The Year Ahead in IT, 2012 January 6, 2012 - 3:00am By Lev Gonick This series of annual Year Ahead articles on technology and education began on the eve of what we now know is one of the profound downturns in modern capitalism. When history is written, the impact of the deep economic recession of 2008-2012 will have been pivotal in the shifting balance of economic and political power around the world. Clear, too, is the reality that innovation and technology as it is applied to education is moving rapidly from its Anglo-American-centered roots to a now globally distributed dynamic generating disruptive activities that affect learners and institutions the world over. Seventy years ago, the Austrian-born Harvard lecturer and conservative political economist Joseph Schumpeter popularized the now famous description of the logic of capitalism, Capitalism, Socialism, and Democracy. The opening of new markets, foreign or domestic … illustrate(s) the same process of industrial mutation - if I may use that biological term - that incessantly revolutionizes the economic structure from within, incessantly destroying the old one, incessantly creating a new one. This process of Creative Destruction is the essential fact about capitalism. Our colleges and universities, especially those in the United States, are among the most conservative institutions in the world. The rollback of public investment in, pressure for access to, and indeterminate impact of globalization on postsecondary education all contribute to significant disorientation in our thinking about the future of the university. And then there are the disruptive impacts of information technology that only exacerbate the general set of contradictions that we associate with higher education. The faculty are autonomous and constrained, powerful and vulnerable, innovative at the margins yet conservative at the core, dedicated to education while demeaning teaching devoted to liberal arts and yet powerfully vocatio

"What Does It Mean To Be an Academic? January 6, 2012, 4:21 pm By Nigel Thrift There is a fascinating moment when academics reflect upon their practices in ways that are not just emblematic but are clearly leading to real change in what the practice of being an academic actually means. I have been reminded of this fact twice recently as I have considered practices of teaching and research at a number of universities around the world. First, in the case of teaching, there was seeing some of the new educational technology which is coming into operation. I am not just talking about remarkable educational sites like the interactive simulation site for the physical sciences, PhET, which is used by so many science professors. As good as these undoubtedly can be at allowing students to reach a level of competence in particular problems before they come near a lecture, there is also the new software which allows real interaction in the classroom and the tracking of the reaction to that interaction in order to enable new rounds of inquiry. The consequences are only just being worked through but in time, I am now pretty sure, the lecture in its old form, understood as a direct oral presentation intended to present information or to teach students about a particular subject and delivered by a lecturer standing at the front of the room and giving out information and judgments, will become a minority teaching method. Instead, what were lectures will be recorded for students to consult-many universities have already produced a library of such presentations-and the time previously put by for lectures will be used as a surgery, as a time for problem-solving, clarification, and the like. This is a no less time-consuming method of teaching-indeed, it may involve more work. But I think it is likely to become the norm in many disciplines. Second, in the case of research, there has been reading Paul Rabinow's latest book, The Accompaniment, which includes a fascinating cha

"January 8, 2012 'Badges' Earned Online Pose Challenge to Traditional College Diplomas 'Badges' Earned Online Pose Challenge to Traditional College Diplomas 1 Photo illustration by Bob McGrath for The Chronicle Enlarge Image By Jeffrey R. Young The spread of a seemingly playful alternative to traditional diplomas, inspired by Boy Scout achievement patches and video-game power-ups, suggests that the standard certification system no longer works in today's fast-changing job market. Educational upstarts across the Web are adopting systems of "badges" to certify skills and abilities. If scouting focuses on outdoorsy skills like tying knots, these badges denote areas employers might look for, like mentorship or digital video editing. Many of the new digital badges are easy to attain-intentionally so-to keep students motivated, while others signal mastery of fine-grained skills that are not formally recognized in a traditional classroom. At the free online-education provider Khan Academy, for instance, students get a "Great Listener" badge for watching 30 minutes of videos from its collection of thousands of short educational clips. With enough of those badges, paired with badges earned for passing standardized tests administered on the site, users can earn the distinction of "Master of Algebra" or other "Challenge Patches." Traditional colleges and universities are considering badges and other alternative credentials as well. In December the Massachusetts Institute of Technology announced that it will create MITx, a self-service learning system in which students can take online tests and earn certificates after watching the free lecture materials the university has long posted as part of its OpenCourseWare project. MIT also has an arrangement with a company called OpenStudy, which runs online study groups, to give online badges to students who give consistently useful answers in discussion forums set up around the university's free course materials. But the b

"January 13, 2011 Scientists Fault Universities as Favoring Research Over Teaching By Paul Basken The United States' educational and research pre-eminence is being undermined, and some of the chief underminers are universities themselves, according to articles this week in Science and Nature magazines. Universities are aggressively seeking federal dollars to build bigger and fancier laboratory facilities, and are not paying an equal amount of attention to teaching and nurturing the students who would fill them, scientists say in the articles. "It's a Ponzi scheme," said Kenneth G. Mann, a professor of biochemistry at the University of Vermont, whose concerns were described by Nature. "Eventually you'll have a situation where you're not even producing the feedstock into the system." A group of researchers, led by two biology professors, Diane K. O'Dowd of the University of California at Irvine and Richard M. Losick of Harvard University, made a similar point in a commentary in Science. Teaching is suffering at universities because the institutions prize research success above all other factors in promotions, they said. The job of educating students offers little reward, and instead "often carries the derogatory label 'teaching load,'" they wrote. Those faculty members raise the issue at a time of growing anxiety for universities and their research enterprises. Republicans took control of the House of Representatives this month, after party leaders promised during last year's election campaign to cut nondiscretionary federal spending to 2008 levels. That is likely to mean deep budget cuts at the federal science-financing agencies. The National Institutes of Health, the largest nonmilitary provider of research money to universities, could see its budget fall 9 percent below its anticipated 2011 level of $31.3-billion. And universities have been seeing even more dire budget scenarios at the state level, the traditional foundation of their governmental support. Tho

"May 2, 2011 Balance Your Budget by Cleaning House By Michael J. Bugeja As we approach the end of another academic term, some institutions are still living off of stimulus money that did little to inspire solutions to mammoth budget cuts looming for the 2012 academic year, which promises to be one of the most difficult in memory for higher education. I direct the journalism school at Iowa State University, a land-grant institution that strives to make education affordable in good or bad economic times. We've experienced layoffs, firings, and furloughs, and are still in the process of reorganizing within my college of liberal arts and sciences. My school is the largest academic program in the largest college at ISU, and our budget has been slashed by more than 20 percent in the past four years. Nevertheless, in the next academic year, we'll balance our budget without increasing workload for most professors, while graduating students sooner-thanks to streamlined curricula, enhanced by advising. To accomplish those goals, the journalism school and other units at the university have adopted or are in the process of adopting several of the methods below: 1. Curtail curricular expansion. Nothing is more responsible for the increasing cost of higher education than ever-expanding pedagogies. Too many professors want their course loads to harmonize with their research interests, and many create courses based on the latest technology. Others are unwilling to teach basic introductory courses, preferring to farm those out to underpaid adjuncts. Worse yet, administrators typically reward professors for new course creation. Expanding pedagogies are a part of our academic culture, but they must be curtailed. Early adopters should introduce new technology into existing classes, and hires should be made not on the promise of creating new curricula but on teaching within the existing ones. Promotion-and-tenure documents should be revised to reward innovation within the present c

The Chronicle of Higher Education February 19, 2012 How 'Flipping' the Classroom Can Improve the Traditional Lecture By Dan Berrett Andrew P. Martin loves it when his lectures break out in chaos. It happens frequently, when he asks the 80 students in his evolutionary-biology class at the University of Colorado at Boulder to work in small groups to solve a problem, or when he asks them to persuade one another that the answer they arrived at before class is correct. When they start working together, his students rarely stay in their seats, which are bolted to the floor. Instead they gather in the hallway or in the aisles, or spill toward the front of the room, where the professor typically stands. Mr. Martin, a professor of ecology and evolutionary biology, drops in on the discussions, asking and answering questions, and hearing where students are stumped. "Students are effectively educating each other," he says of the din that overtakes his room. "It means they're in control, and not me." Enlarge Image How 'Flipping' the Classroom Can Improve the Traditional Lecture 2 Benjamin Rasmussen for The Chronicle Students discuss the relationship between finches' beak sizes and survival rates during Andrew Martin's evolutionary-biology class at the U. of Colorado at Boulder. Such moments of chaos are embraced by advocates of a teaching technique called "flipping." As its name suggests, flipping describes the inversion of expectations in the traditional college lecture. It takes many forms, including interactive engagement, just-in-time teaching (in which students respond to Web-based questions before class, and the professor uses this feedback to inform his or her teaching), and peer instruction. But the techniques all share the same underlying imperative: Students cannot passively receive material in class, which is one reason some students dislike flipping. Instead they gather the information largely outside of class, by reading, watching recorded lectures, or list

The Rise of Crowd Science 2 David Klammer for The Chronicle Hanny van Arkel, a Dutch schoolteacher, made a major astronomy discovery with a public Web site of telescope images. Today, data sharing in astronomy isn't just among professors. Amateurs are invited into the data sets through friendly Web interfaces, and a schoolteacher in Holland recently made a major discovery, of an unusual gas cloud that might help explain the life cycle of quasars-bright centers of distant galaxies-after spending part of her summer vacation gazing at the objects on her computer screen. Crowd Science, as it might be called, is taking hold in several other disciplines, such as biology, and is rising rapidly in oceanography and a range of environmental sciences. "Crowdsourcing is a natural solution to many of the problems that scientists are dealing with that involve massive amounts of data," says Haym Hirsh, director of the Division of Information and Intelligent Systems at the National Science Foundation. Findings have just grown too voluminous and complex for traditional methods, which consisted of storing numbers in spreadsheets to be read by one person, says Edward Lazowska, a computer scientist and director of the University of Washington eScience Institute. So vast data-storage warehouses, accessible to many researchers, are going up in several scholarly fields to try to keep track of the wealth of information."

"Not Just a Foot in the Door August 12, 2010 When the first community colleges sought permission to offer four-year degrees, they generally said that it would only be one or two programs - nothing dramatic. But in Florida, where the community college baccalaureate movement is strongest, community colleges now offer more than 100 four-year degrees, and the figure could be about to jump significantly. Though a handful of Florida community colleges had won approval to offer select four-year degrees around 2001, the rest of the state took hold of the idea in 2008, when Gov. Charlie Crist signed a controversial bill rebranding the state's community college system so that its institutions could more readily offer baccalaureate degrees. The four-year degrees authorized were those in disciplines such as nursing and education, where local four-year institutions could not meet the high demand, and in the career-specific concentrations of the applied sciences. Despite strict state rules keeping the growth of these community college baccalaureate degrees in check, ensuring that they would not adversely affect existing associate degree programs or compete in an unhealthy way with nearby offerings at four-year institutions, some critics remained concerned about the move. As it turned out, growth proved rapid. In 2008, 10 of the state's 28 community colleges offered 70 baccalaureate degrees. Now, 18 community colleges offer 111 four-year degrees. Most of the degrees are still in nursing and education; however, growth in the variety of applied science programs has introduced a range of concentrations, from homeland security to fire science management; from interior design to international business. With 24 baccalaureate degrees to choose from, St. Petersburg College offers the most of any community college in the state."

"Biology Professors Use Cloud Computing to Reach Students January 28, 2011, 2:00 pm By Tushar Rae To help reduce the number of dropouts in freshman biology courses, professors at the University at Buffalo have turned to the power of collaboration and cloud computing to build an online teaching tool designed to explain concepts better than a textbook can. The tool, called Pop!World, provides a visual way to map evolution. It's the work of Bina Ramaurthy, a research associate professor in the department of computer science and engineering; Jessica Poulin, a research assistant professor in the department of biological sciences; and Katharina Dittmar, an assistant professor of biological sciences. Cloud computing allows for different levels of network resources to be devoted to Pop!World based on the number of students using it, Ms. Ramaurthy says. The addition of Pop!World, which will serve as a lab component, is part of a redevelopment of the freshman biology curriculum that aims both to address attrition and to add mathematical rigor to the program, Ms. Poulin says. The hope is that it will visually engage students. "Teaching from a text gets boring to them," says Ms. Ramaurthy. Though Pop!World has been used for only one semester on the campus, which is part of the State University of New York, Ms. Poulin says she already sees the effects. On a survey of students who were retaking freshman biology during the fall semester, and thus had experienced the course with and without Pop!World, positive reviews of Pop!World, she says, were "off the charts.""

"January 30, 2011 'Facebook of Science' Seeks to Reshape Peer Review By Colin Macilwain Vitek Tracz is a risk-taker. He put his money into open-access publishing when free Internet journals seemed like a long shot. "Everybody promised me that open access would not succeed," recalls the scientific publisher. "They said I would go bankrupt. I thought there was a very high chance of that, myself. But it now turns out to be significantly profitable." Two years ago he sold his BioMed Central publications-there are now about 200 of them-to Berlin-based Springer for an undisclosed sum, thought to be in the region of $50-million. Now, the man described by his colleagues as one of the most innovative and mercurial forces in publishing wants to reinvent the basics of scholarly communication. Mr. Tracz plans to turn his latest Internet experiment, a large network of leading scientists called the Faculty of 1000, into what some call "the Facebook of science" and a force that will change the nature of peer review. His vision is to transform papers from one-shot events owned by publishers into evolving discussions among those researchers, authors, and readers."

"February 13, 2011 Scholars Question New Book's Gloom on Education Doubts are raised about study behind 'Academically Adrift' Scholars of Education Question the Limits of 'Academically Adrift' By David Glenn It has been a busy month for Richard Arum and Josipa Roksa. In mid-January, the University of Chicago Press published their gloomy account of the quality of undergraduate education, Academi­cally Adrift: Limited Learning on College Campuses. Since then the two sociologists have been through a torrent of radio interviews and public lectures. In the first days after the book's release, they had to handle a certain amount of breathless reaction, both pro and con, from people who hadn't actually read it. But now that more people in higher education have had time to digest their arguments, sophisticated conversations are developing about the study's lessons and about its limitations. Many college leaders are praising the ambition of Mr. Arum and Ms. Roksa's project, and some say they hope the book will focus new attention on the quality of undergraduate instruction. When the authors spoke last month at the annual meeting of the Association of American Colleges and Universities, in San Francisco, the ballroom far overfilled its capacity, and they were introduced as "rock stars." But three lines of skepticism have also emerged. Fiirst, some scholars say that Academically Adrift's heavy reliance on the Collegiate Learning Assessment, a widely used essay test that measures reasoning and writing skills, limits the value of the study. Second, some people believe the authors have not paid enough attention to the deprofessionalization of faculty work and the economic strains on colleges, factors that the critics say have played significant roles in the ero­sion of instructional quality. Third, some readers challenge the authors' position that the federal government should provide far more money to study the quality of college learning, but should not otherwise do mu

"Wikipedia Aims Higher July 11, 2011 BOSTON - The United States' foremost custodian of public records had advice for professors whose colleagues still turn up their noses at Wikipedia. "If all else fails, you can tell them, 'If it's good enough for the archivist of the United States,' " said David Ferriero, who was appointed to the post in 2009, " 'we should at least take a look at it on campus.' " Five years ago, many professors had pegged Wikipedia as a pariah. Now, four years into its first coordinated effort to recruit professors and students to its cause, Wikipedia's overseers believe they have successfully recast the free, publicly edited encyclopedia as an ally of respectable scholarship. Two dozen universities now have courses where students are working on Wikipedia as part of their formal coursework. Many of those campuses have "Wikipedia ambassadors" tasked with helping professors weave writing and editing Wikipedia entries into the syllabus. Even Ferriero's office at the National Archives and Records Administration now employs a "Wikipedian in residence" in charge of fostering relationships with galleries, libraries, archives and museums. Late last week, the Wikimedia Foundation, which runs the encyclopedia, took another step toward assuming the mantle of an accessory of higher education: it held an academic conference. The first-ever Wikipedia in Higher Education Summit convened professors who had incorporated Wikipedia into their teaching, as well as others who were considering doing so, to talk about pros and cons of assigning students to improve the publicly edited online encyclopedia. The foundation also made it clear that Wikipedia plans to expand its relationship with academe. When the foundation started recruiting professors several years ago for its Public Policy Initiative - an effort to improve articles relating to U.S. public policy - it already had its eye set on developing "mechanisms and systems that would enabl

"MITx: The Next Chapter for University Credentialing? December 19, 2011 - 3:36pm By Audrey Watters A big announcement from MIT today: the university is launching a new online learning initiative, MITx, one that will allow non-enrolled students to take online courses and receive certification if they successfully complete them. MIT has long been known for being on the leading edge of higher education experimentation, most notably with MIT OpenCourseware. The decision by MIT faculty to make all of their course materials freely and openly available online is now a decade old, and some 100 million people have downloaded and accessed that content. But even with a catalog that boasts over 2,000 courses, MIT OCW has always been just that: courseware. All the syllabi, handouts, and quizzes, but no interaction with professors, no interaction with fellow learners, no grades, no college credit. MITx will act as a middle tier, of sorts, something between the traditional, on-campus experience of formally enrolled MIT students and the open and informal learning opportunities afforded by open courseware. But "this is not MIT light," insists Provost L. Rafael Reif. What MITx is is still very much under construction. The first class should be available in the spring of 2012, and it's not clear what course(s) will be offered (although it's a probably a safe bet that it's a science or engineering class). MIT describes MITx as a self-paced course, one with "interactivity, online laboratories and student-to-student communication." While the course itself will be free (and the custom-created course materials will be openly licensed, as with all MIT courses), students who wish to be graded will be able to pay for certification. There's no indication yet of what that fee will be. Nor is it clear how assessment for MITx will work -- will all students take quizzes and submit homework or just those who are paying for certification? Will students have access to instructors? If so, how?

" MIT Expands 'Open' Courses, Adds Completion Certificates December 19, 2011 - 4:28am The Massachusetts Institute of Technology -- which pioneered the idea of making course materials free online -- today announced a major expansion of the idea, with the creation of MITx, which will provide for interaction among students, assessment and the awarding of certificates of completion to students who have no connection to MIT. MIT is also starting a major initiative -- led by Provost L. Rafael Reif -- to study online teaching and learning. The first course through MITx is expected this spring. While the institute will not charge for the courses, it will charge what it calls "a modest fee" for the assessment that would lead to a credential. The credential will be awarded by MITx and will not constitute MIT credit. The university also plans to continue MIT OpenCourseWare, the program through which it makes course materials available online. An FAQ from MIT offers more details on the new program. While MIT has been widely praised for OpenCourseWare, much of the attention in the last year from the "open" educational movement has shifted to programs like the Khan Academy (through which there is direct instruction provided, if not yet assessment) and an initiative at Stanford University that makes courses available -- courses for which some German universities are providing academic credit. The new initiative would appear to provide some of the features (instruction such as offered by Khan, and certification that some are creating for the Stanford courses) that have been lacking in OpenCourseWare. 35 Disqus Like Dislike Login Add New Comment Image Real-time updating is enabled. (Pause) Showing 1 comment william czander In 1997, Peter Drucker made a profound prediction he predicted that in 30 years the mortar and brick university campuses would be driven out of existence by their inexorable tuition, He did not predict the financi

"Tenured Professor Departs Stanford U., Hoping to Teach 500,000 Students at Online Start-Up January 23, 2012, 4:53 pm By Nick DeSantis The Stanford University professor who taught an online artificial intelligence course to more than 160,000 students has abandoned his tenured position to aim for an even bigger audience. Sebastian Thrun, a professor of computer science at Stanford, revealed today that he has departed the institution to found Udacity, a start-up offering low-cost online classes. He made the surprising announcement during a presentation at the Digital - Life - Design conference in Munich, Germany. The development was first reported earlier today by Reuters. During his talk, Mr. Thrun explored the origins of his popular online course at Stanford, which initially featured videos produced with nothing more than "a camera, a pen and a napkin." Despite the low production quality, many of the 200 Stanford students taking the course in the classroom flocked to the videos because they could absorb the lectures at their own pace. Eventually, the 200 students taking the course in person dwindled to a group of 30. Meanwhile, the course's popularity exploded online, drawing students from around the world. The experience taught the professor that he could craft a course with the interactive tools of the Web that recreated the intimacy of one-on-one tutoring, he said. Mr. Thrun told the crowd his move was motivated in part by teaching practices that evolved too slowly to be effective. During the era when universities were born, "the lecture was the most effective way to convey information. We had the industrialization, we had the invention of celluloid, of digitial media, and, miraculously, professors today teach exactly the same way they taught a thousand years ago," he said. He concluded by telling the crowd that he couldn't continue teaching in a traditional setting. "Having done this, I can't teach at Stanford again," he said. One o

"January 23, 2012 Invisible Gorillas Are Everywhere By William Pannapacker By now most everyone has heard about an experiment that goes something like this: Students dressed in black or white bounce a ball back and forth, and observers are asked to keep track of the bounces to team members in white shirts. While that's happening, another student dressed in a gorilla suit wanders into their midst, looks around, thumps his chest, then walks off, apparently unseen by most observers because they were so focused on the bouncing ball. Voilà: attention blindness. The invisible-gorilla experiment is featured in Cathy Davidson's new book, Now You See It: How the Brain Science of Attention Will Transform the Way We Live, Work, and Learn (Viking, 2011). Davidson is a founder of a nearly 7,000-member organization called Hastac, or the Humanities, Arts, Sciences, and Technology Advanced Collaboratory, that was started in 2002 to promote the use of digital technology in academe. It is closely affiliated with the digital humanities and reflects that movement's emphasis on collaboration among academics, technologists, publishers, and librarians. Last month I attended Hastac's fifth conference, held at the University of Michigan at Ann Arbor. Davidson's keynote lecture emphasized that many of our educational practices are not supported by what we know about human cognition. At one point, she asked members of the audience to answer a question: "What three things do students need to know in this century?" Without further prompting, everyone started writing down answers, as if taking a test. While we listed familiar concepts such as "information literacy" and "creativity," no one questioned the process of working silently and alone. And noticing that invisible gorilla was the real point of the exercise. Most of us are, presumably, the products of compulsory educational practices that were developed during the Industrial Revolution. And the way most of us teach is a relic of the s

"The Single Most Important Experiment in Higher Education By Jordan Weissmann Jul 18 2012, 8:00 AM ET 130 Online education platform Coursera wants to drag elite education into the 21st century. Now, it's getting buy-in from the academy. 615_Harvard_Student_Online_Computers_Reuters.jpg (Reuters) As of yesterday, a year-old startup may well have become the most important experiment yet aimed at remaking higher education for the Internet age. At the very least, it became the biggest. A dozen major universities announced that they would begin providing content to Coursera, an innovative platform that makes interactive college classes available to the public free on the web. Next fall, it will offer at least 100 massive open online courses -- otherwise known as MOOCs*-- designed by professors from schools such as Princeton, CalTech, and Duke that will be capable of delivering lessons to more than 100,000 students at a time. Founded by Stanford computer scientists Daphne Koller and Andrew Ng, Coursera is one of a handful of efforts aimed at using the web's cost savings to bring Ivy League-quality courses to the masses. Its peers include the joint Harvard-MIT project edX and Udacity, a free online university created by Google executive and former Stanford professor Sebstian Thrun. (Another high-profile startup, Minerva, is attempting to create an actual "online Ivy" that students will pay to attend.) But the deals Coursera announced Tuesday may well prove to be an inflection point for online education, a sector that has traditionally been dominated by for-profit colleges known mostly for their noxious recruitment practices and poor results. That's because the new partnerships represent an embrace of web-based learning from across the top tier of U.S. universities. And where the elite colleges go, so goes the rest of academia. Coursera has previously teamed with Stanford, Princeton, University of Pennsylvania, and University of Michigan to offer 43 courses,

"July 19, 2012 Inside the Coursera Contract: How an Upstart Company Might Profit From Free Courses How an Upstart Company Might Profit From Free Courses 1 Jim Wilson, The New York Times, Redux Andrew Ng, a co-founder of the company and a professor of computer science at Stanford U.: "We have a lot of white boards up around the office where these ideas are being written down and erased and written down and erased." Enlarge Image By Jeffrey R. Young Coursera has been operating for only a few months, but the company has already persuaded some of the world's best-known universities to offer free courses through its online platform. Colleges that usually move at a glacial pace are rushing into deals with the upstart company. But what exactly have they signed up for? And if the courses are free, how will the company-and the universities involved-make money to sustain them? Some clues can be found in the contract the institutions signed. The Chronicle obtained the agreement between Coursera and the University of Michigan at Ann Arbor, the first public university to make such a deal, under a Freedom of Information Act request, and Coursera officials say that the arrangement is similar to those with the other partners. The contract reveals that even Coursera isn't yet sure how it will bring in revenue. A section at the end of the agreement, titled "Possible Company Monetization Strategies," lists eight potential business models, including having companies sponsor courses. That means students taking a free course from Stanford University may eventually be barraged by banner ads or promotional messages. But the universities have the opportunity to veto any revenue-generating idea on a course-by-course basis, so very little is set in stone. Andrew Ng, a co-founder of the company and a professor of computer science at Stanford, describes the list as an act of "brainstorming" rather than a set plan. "We have a lot of white boards up around the office where these ideas

The line between for-profit and nonprofit education continues to blur in Massachusetts. Earlier this year, the Princeton Review signed a deal with Bristol Community College, in Fall River, to offer accelerated health science degree programs to students willing to pay a higher tuition. These programs are offered in hybrid fashion, combining online coursework with in-person lab time. They are taught by Bristol faculty members but delivered by the Princeton Review, which pays for the expensive lab equipment and new teaching facilities. Otherwise, the only difference between these and traditional health science programs at Bristol is that the Princeton Review-sponsored programs can be completed in about half the time, but only if students fork over $100 more per credit hour -- $246 instead of $146. This tuition differential is then given to the Princeton Review.