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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 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

"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

"July 2, 2009 Online-Education Study Reaffirms Value of Good Teaching, Experts Say By David Glenn In a much-debated 1983 essay on distance learning, Richard E. Clark, a professor of educational psychology at the University of Southern California, argued that it was beside the point to ask whether distance education is better or worse than the traditional classroom. The medium isn't the crucial variable, Mr. Clark wrote. What is important is to look at the effectiveness of specific instructional strategies, regardless of how those strategies are delivered. Last week, more than 25 years after Mr. Clark's provocation, the U.S. Department of Education released a report that, at least at first glance, carries a strong message about the medium: Students learn more effectively in online settings. Most powerful of all appear to be "blended" courses that offer both face-to-face and online elements. Previous research has generally found that online and offline courses are equally effective. But even though the report, which synthesized data from several dozen high-quality studies, was framed and publicized as a circuit board-versus-chalkboard showdown, its authors do not view themselves as having flouted Mr. Clark's principles. On the contrary: Mr. Clark served as a technical adviser to the project, and the report's lead author says that Mr. Clark's basic insights are correct. "This report should not be interpreted as saying that one medium is better than another," says Barbara Means, a director of the Center for Technology in Learning at SRI International, a California research firm that conducted the project under contract with the Education Department. "This should not be interpreted as saying that computers are better than professors." Instead, Ms. Means says, the study offers evidence that particular kinds of online instructional techniques are effective-and some of those techniques, she suggests, could theoretically be imported into old-fas

"The Brand in the Classroom December 14, 2010, 12:19 pm By Mark Bauerlein An interesting survey by Harris Interactive came out this month, one that may have quirky implications for teachers, particularly at the secondary level. It's called the Youth EquiTrends Study, a poll of 5,077 8- to 24-year olds administered last August. The sample was drawn from 13- to 24-year-olds by online means, 8- to 12-year-olds through the parents. The researchers aimed to identify "brand equity" among the young, that is, a brand's overall strength as judged "by a calculation of Familiarity, Quality, and Purchase Consideration." Respondents were asked to rate between 98 and 125 popular brands of goods, relaying how well they know them, how high is their quality, and would they buy them. For 8- to 12-year-olds, the findings aren't surprising. It's all entertainment and junk food: 1. Nintendo Wii 2. Doritos 3. Oreo's 4. M&Ms 5. Disney Channel 6. Nickelodeon 7. Nintendo DS 8. McDonald's 9. Toys R Us 10. Cartoon Network Lots of screen time here, all for play and diversion. At least Nintendo gets them off the couch and burns some of those Oreo's calories. For the next age group, 13- to 17-year-olds, a different screen time emerges, along with a drop in junk food (although one of them still tops the list). 1. Reese's Peanut Butter Cups 2. iPod 3. Google 4. M&Ms 5. Oreo's 6. Subway 7. Hershey's Milk Chocolate 8. Target 9. Sprite 10. Microsoft Note the appearance of Google at Number 3. It isn't something you buy or eat or watch, really. It's not a show or a TV channel, and you don't shop for it in a store. It's something you do. Most importantly for teachers, Google is a central learning resource in and out of the classroom. For their homework, especially research assignments, students go to Google as their first resort. Is this the first time ever that young people have given brand loyalty to a tool so much a part of their schoolwork? The

"January 22, 2012 MIT Mints a Valuable New Form of Academic Currency James Yang for The Chronicle 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 reputat

"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

"Ready for Change.edu? January 11, 2012 - 3:00am By Paul Fain Andrew S. Rosen takes the long view when talking about higher education. As CEO of Kaplan, Inc., he often defends the role of for-profit colleges in an evolving marketplace, peppering versions of his stump speech with tales about the creation of public universities and community colleges. His point is that some skepticism about for-profits is similar to the snobbery those older sectors faced from elite private higher education. Rosen goes further in his debut book, Change.edu: Rebooting for the New Talent Economy, which attempts to paint a picture of higher education's future as well as its history. He also takes a turn as a journalist of sorts - an interesting twist for the former general counsel of the Washington Post Co. - writing about his campus visits to other institutions, a couple of which are Kaplan competitors. The book is ambitious in its scope, particularly for an author with obvious vested interests. But most reviewers have given Rosen high marks. Kirkus Reviews writes: "Incredibly, his argument never comes off as self-serving; the author's thorough exploration of 'Harvard Envy' and the rise of 'resort' campuses is both fascinating and enlightening." Rosen recently answered questions over e-mail about his book, which was released by Kaplan Publishing. Q: The book arrives amid a series of challenges for your industry. What did you hope to accomplish by writing it? A: I've spent most of my life studying or working in education, with students of all ages and preparation levels: top students from America's most elite institutions and working adults and low-income students who have few quality choices to change their lives. I've come to see how the American higher education system (as with K-12) is profoundly tilted in favor of those who already have advantages. Our society keeps investing more and more in the relatively small and unchanging number of students who have the privil

"December 31, 2011 Let's Improve Learning. OK, but How? By W. Robert Connor Does American higher education have a systematic way of thinking about how to improve student learning? It would certainly be useful, especially at a time when budgets are tight and the pressure is on to demonstrate better results. Oh, there's plenty of discussion-bright ideas, old certainties, and new approaches-and a rich discourse about innovation, reinvention, and transformation. But the most powerful ideas about improving learning are often unspoken. Amid all the talk about change, old assumptions exert their continuing grasp. For example, most of us assume that expanding the number of fields and specialties in the curriculum (and of faculty to teach them), providing more small classes, and lowering teaching loads (and, hence, lowering student-faculty ratios) are inherently good things. But while many of those ideas are plausible, few have been rigorously evaluated. So maybe it's time to stop relying on assumptions about improving learning and start finding out what really works best. A genuine theory of change, as such a systematic evaluation of effectiveness is sometimes called, would be grounded in knowledge about how students learn, and in the best way to put that knowledge to work. The theory should also be educationally robust; that is, it should not just help colleges expose students to certain subject matter, but also challenge institutions to help students develop the long-lasting survival skills needed in a time of radical and often unpredictable change. And it must also have its feet on the ground, with a sure footing in financial realities. Above all, those who would develop a truly systematic way of thinking about and creating change must be able to articulate their purpose. Given the great diversity of institutional types, student demographics, history, and mission among American colleges and universities, it's hard to discern a shared sense of purpose. But when f

"As Wikipedia Turns 10, It Focuses on Ways to Improve Student Learning January 14, 2011, 6:48 pm By Tushar Rae As Wikipedia hits its 10th year of operation, it is making efforts to involve academics more closely in its process. The latest is a new plan to build an "open educational resource platform" that will gather tools about teaching with Wikipedia in the classroom. Rodney Dunican, education programs manager for Wikimedia, Wikipedia's parent company, is part of the team working to build the platform, which he said will highlight the ways in which Wikipedia can be used to improve student learning. "We don't want them to cite Wikipedia," he said of students. "What we really want them to do is understand how to use and critically evaluate the articles on Wikipedia and then learn how to contribute to make those articles better." Mr. Dunican recently visited Louisiana State University, whose "communication across the curriculum" effort seeks to generate teaching tools and content, and then take those to professors in various disciplines who might be interested in using them. "One of the things we are doing at LSU is looking at how we can institutionalize the curriculum around Wikipedia," Mr. Dunican said. For the 2010-11 academic year, Wikimedia also launched the national Public Policy Initiative to recruit professors who would like their students to add content to the anyone-can-edit encyclopedia as part of the curriculum. The project focused on improving and increasing the content in the area of public policy and developing a model for using Wikipedia as a teaching tool. "We have some very good results this last semester," Mr. Dunican said. "We have shown that it is possible to include Wikipedia in the classroom to engage students in the learning process.""

"Obama Proposes Education Technology Agency Modeled After DARPA by Jeffrey Mervis on 4 February 2011 The Obama Administration has proposed a new agency within the Department of Education that will fund the development of new education technologies and promote their use in the classroom. In an updated version of its 2009 Strategy for American Innovation, the White House announced today that the president's 2012 budget request will call for the creation of Advanced Research Projects Agency-Education (ARPA-ED). The name is a deliberate takeoff on the Sputnik-era DARPA within the Department of Defense that funded what became the Internet and the much newer Advanced Research Projects Agency-Energy (ARPA-E) that hopes to lead the country into a clean-energy future. ARPA-ED will seek to correct what an Administration official calls the country's massive "underinvestment" in educational technologies that could improve student learning. "We know that information and communications technologies are having a transformative impact on other sectors. But that's not the case in K-12 education." The official cited studies showing that less than 0.1% of the $600 billion spent each year on elementary and secondary school education goes for research on how students learn. "There are a number of good ideas and promising early results about the use of education technology that have led the Administration to be interested in doing more in this area," the official noted. (See a special issue of Science from 2 January 2009 on education and technology.) The goal of ARPA-ED, according to the official, will be to "advance the state of the art and increase demand" for successful technologies that teachers and students can use, such as a digital tutor that can bring students and experts together to enhance learning. Federal agencies now fund only a relative handful of projects in this area, the official added, and most local districts don't have the money to purchase those found to be effec

"What They Are Really Typing May 18, 2011 College students might sometimes feel they are getting mixed messages about laptops. Many receive them for free or at a discount from their colleges, only to have professors banish the machines from their classrooms, or at least complain about them. For years, researchers have conducted studies in hopes of answering whether having laptops in class undermines student learning. In the avalanche of literature, one can find data pointing each way. A 2006 study of 83 undergraduate psychology students suggested that having laptops in class distracts both the students who use them and their classmates. Several law professors have written triumphal papers documenting their own experiments banning laptops, which one of them complained had transformed his students from thoughtful, selective note-takers into "court reporters" reduced to mindlessly transcribing his lectures. And yet other papers have argued that laptop bans are reductive exercises that ignore the possibility that some students - maybe even a majority - might in fact benefit from being able to use computers in class if only professors would provide a modicum of discipline and direction. Still, there is one notable consistency that spans the literature on laptops in class: most researchers obtained their data by surveying students and professors. The authors of two recent studies of laptops and classroom learning decided that relying on student and professor testimony would not do. They decided instead to spy on students. In one study, a St. John's University law professor hired research assistants to peek over students' shoulders from the back of the lecture hall. In the other, a pair of University of Vermont business professors used computer spyware to monitor their students' browsing activities during lectures. The authors of both papers acknowledged that their respective studies had plenty of flaws (including possibly understating the extent of non-c

"Professors Consider Classroom Uses for Google Plus July 8, 2011, 5:43 pm By Jeff Young Google Plus LogoGoogle Plus, the social-networking platform, is so new that most Internet users are not yet able to see it-an invitation is required while the service is in its test phase. But some professors who have tried it say they already see possible uses for teaching and research if the service catches on. The new Google service, announced last week, is similar in many ways to Facebook. It provides a way to share updates, photos, and recommendations with friends and colleagues. One key difference is that Google Plus makes it easier to share information with isolated subgroups of contacts, rather than sending all updates to every online "friend." Facebook's default approach-sharing with everyone in your personal network-has created a dilemma for professors whose students want to be their online friends. Often the students inadvertently share their party pictures and other private material with their instructors on Facebook, giving some faculty members the feeling that they have crossed too far into students' personal space. Professors have also accidentally shared comments with students that they meant only for fellow instructors. Facebook does allow some selective sharing, but doing so is difficult to master. As a result, many professors have decided to reserve Facebook for personal communications rather than use it for teaching and research. "I don't friend my students, because the ability to share is so clunky on Facebook," says Jeremy Littau, an assistant professor of journalism at Lehigh University. "This gives us ways to connect with people that we can't do on Facebook." In Google Plus, users can assign each new contact to a "circle" and can create as many circles as they like. Each time they post an update, they can easily select which circles get to see it. B.J. Fogg, director of Stanford University's Persuasive Technology Lab a

"The Campus Tsunami By DAVID BROOKS Published: May 3, 2012 Online education is not new. The University of Phoenix started its online degree program in 1989. Four million college students took at least one online class during the fall of 2007. But, over the past few months, something has changed. The elite, pace-setting universities have embraced the Internet. Not long ago, online courses were interesting experiments. Now online activity is at the core of how these schools envision their futures. This week, Harvard and the Massachusetts Institute of Technology committed $60 million to offer free online courses from both universities. Two Stanford professors, Andrew Ng and Daphne Koller, have formed a company, Coursera, which offers interactive courses in the humanities, social sciences, mathematics and engineering. Their partners include Stanford, Michigan, Penn and Princeton. Many other elite universities, including Yale and Carnegie Mellon, are moving aggressively online. President John Hennessy of Stanford summed up the emerging view in an article by Ken Auletta in The New Yorker, "There's a tsunami coming." What happened to the newspaper and magazine business is about to happen to higher education: a rescrambling around the Web. Many of us view the coming change with trepidation. Will online learning diminish the face-to-face community that is the heart of the college experience? Will it elevate functional courses in business and marginalize subjects that are harder to digest in an online format, like philosophy? Will fast online browsing replace deep reading? If a few star professors can lecture to millions, what happens to the rest of the faculty? Will academic standards be as rigorous? What happens to the students who don't have enough intrinsic motivation to stay glued to their laptop hour after hour? How much communication is lost - gesture, mood, eye contact - when you are not actually in a room with a passionate teacher and students? The

YouTube can be used as a valuable teaching tool in the classroom, but while it is chockfull of educational content and useful knowledge - it is also filled to the brim with distracting videos. Cute kittens, people "failing", music videos, cartoon series, and more - content that distracts kids from using YouTube as a learning channel. Fortunately Google recognized this problem and has launched a solution called YouTube for Schools. YouTube for Schools is a network setting that school administrators can turn on to grant access only to the educational content from YouTube EDU. This means videos from over 600 of YouTube's education partners like the Smithsonian, TED, Steve Spangler Science and Numberphile. In addition to limiting access to specific videos, Google has also worked together with teachers to put together over 300 playlists broken out by subject and by grade level. Sounds like a great idea for teachers who have trouble keeping their kids focused in the classroom.

" 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

"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

"Technology Is at Least 3 Years Away From Improving Student Success January 13, 2012, 7:34 am By Josh Fischman Las Vegas-At the very start of the Higher Ed Tech Summit here this week, James Applegate threw out a challenge. Mr. Applegate, vice president for program development at the Lumina Foundation, told an overflow crowd that the United States needed 60 percent of its adults to hold high-quality degrees and credentials by the year 2025. During the rest of the day, technology executives described programs that could improve graduation rates and learning, but won't be able to do so for several years. They collect many points of data on what professors and students do, but can't yet say what results in better grades and graduation rates. "We're beginning to get lots of data on things like time of task, but we don't have the outcomes yet to say what leads to a true learning moment. I think we are three to five years away from being about to do that," said Troy Williams, vice president and general manager of Macmillan New Ventures, which makes the classroom polling system called I-clicker. "These are really early days," agreed Matthew Pittinsky, who runs a digital transcript company called Parchment and was one of the founders of Blackboard. There's lots of technology out there that's outcome-related. For instance, at the meeting, which is part of the international Consumer Electronics Show, the interactive textbook publisher Kno announced a suite of new features. One of them, a performance gauge callled Kno Me, gives students information about how much time they spend on different sections of a book, the results of quizzes, and the kinds of notes they took. "With thousands of students using these books, we can show them which of these variables are related to students-anonymous, of course-who get A's, or B's, or C's, so students learn what kind of activity leads to the best results," said Osman Rashid, the company's chief ex

"Letting Go of Lecture December 23, 2011 - 3:00am By Paul Fain ROCKVILLE, Md. -- The remedial math class at Montgomery College thrums with the sounds of clicking keyboards and low murmurs. Students pack the room and stare intently at computer terminals. Missing, however, is the voice of a professor lecturing to the class. This modular classroom is a computer lab, not a lecture hall. There is no podium or other central spot for a professor. Several instructors are here, however, hovering around the room and helping students one at a time. Their role looks more like that of tutors than professors. Welcome to the "emporium" approach to remedial mathematics, a major change in teaching style. Remedial math is perhaps the biggest stumbling block in higher education. Roughly 60 percent of incoming community college students are unprepared for college-level work, typically in math and English, and place into developmental courses (the preferred term among academics). Success rates are the worst for math, and only a small portion of remedial math students ever complete a single college-level math course. Many get frustrated at their lack of progress and drop out, a major impediment in the push to get more Americans into and out of higher education with a credential. "The issue of remedial math is the key for the completion agenda," says Louis Soares, director of the postsecondary education program at the Center for American Progress. The problem was severe even at Montgomery College, which is widely considered to be a top two-year institution. Prior to the college's developmental math redesign, which went into effect this year, about half of the students who needed remedial math placed into the lowest levels of the developmental program. Of that group, just 15 percent successfully completed a college-level math course within 3.5 years of entry, according to college officials. Those numbers are hardly unusual in higher education, experts say. They may even be