My Commission Testimony (Updated 06 Feb 06)

Next week I have the opportunity to present a few remarks to the US Secretary of Education‘s Commission on the Future of Higher Education. Since I had to submit my comments ahead of time, they’re actually done, and I thought I would share. I would greatly appreciate any thoughts you have, as I don’t actually talk to the Commission until next Friday. (UPDATE 06 Feb 06: I have included the new Introduction and Summary as delivered to the Commission.)

We are at a rare moment in time: a time when the right thing to do is also the best thing to do. Jim said yesterday that we should commit ourselves to a vision of providing all citizens with universal educational opportunity and create the world’s most advanced knowledge society. The Morrill Land Grant Acts and the GI Bill were mentioned as bold initiatives that changed the face of higher education and vastly expanded access to educational opportunity. Today, I not want to suggest that another such move on the part of higher education is not only the right thing to do, but exactly what higher education must do in order to remain relevant.

“The world is changed.”
– Galadriel (J.R.R. Tolkien)

As detailed in popular publications like the book The World Is Flat, the world is changing in many ways. Some sectors, such as business and science, have leveraged these changes to their benefit. By contrast, higher education has adapted very little in response to these changes and is consequently in very real danger of becoming irrelevant. Of the many changes that are occurring, at least six are worth considering in the context of the Future of Higher Education and these are outlined in Table 1.

Table 1. Changes Occurring in the Business, Science, and the World

From To Examples
Analog/Print Digital Voice over IP (VOIP), e-books, digital newspapers (New York Times, Washington Post)
Closed Open Open source software, open access weather and astronomical data, Public Library of Science journals
Tethered Mobile Batteries in laptops, cell phones, wireless internet access
Isolated Connected Email, instant messaging, hypertext, web services, and other systems interconnect people, content, and computers
Generic Personal Customized interiors for cars; skins and ring tones for cell phones; hard drives, RAM, and video components in computers
Consumption Participation Blogs, podcasting, and video podcasting let ordinary people report news, produce internet radio shows, and distribute their own movies

Business, science, and life generally are moving rapidly toward digitization, openness, and the other indicators in the “To” column, while higher education stands relatively still in the “From” column. There is an increasingly sharp distinction in the learning activities in which today’s students engage inside and outside the classroom. A typical experience in a higher education classroom might be characterized as follows:

Students are inside a classroom (tethered to a place), using textbooks and handouts (printed materials), they must pay tuition and register to attend (the experience is closed), talking during class or working with others outside of class is generally discouraged (each student is isolated though surrounded by peers), each student receives exactly the same instruction as each of her classmates (the information presented is generic), and students are students and do not participate in the teaching process (they are consumers).

Compare the classroom learning experience with the same student’s learning experiences outside the classroom:

From her dorm room / the student center / a coffee shop / the bus a student connects to the Internet using her laptop (she is mobile), uses Google to find a relevant webpage (a digital resource which is open for her to access). While carrying out her search, she chats with one friend on the phone and another using instant messaging to see if they can assist in her search (she is connected to other people), she follows links from one website to another exploring related information (the content is connected to other content), she quickly finds exactly the information she needs, ignoring irrelevant material (she gets what is important to her personally), and she shares her find with her friends by phone and IM (she participates in the teaching process).

A similarly digital, open, mobile, connected, personal, participatory story could be told about a day in the life of an engineer or researcher. As life, business, and science drift further from higher education, how is higher education to continue adding value to the lives of those who pour their hearts, souls, years, and dollars into education? What is higher education’s value proposition? This question is worth considering.

Once upon a time, the courses of our colleges and universities were the primary repositories of post-secondary curricular content. Today, initiatives like OpenCourseWare provide content seekers from around the world with a legitimate alternative source of curricular materials.

Once upon a time, the university library was the primary repository of research like peer-reviewed journals and monographs. Today, initiatives like the Public Library of Science and pre-print services like Arxiv.org provide individuals from around the world with a legitimate alternative source of research findings.

Once upon a time, a college or university’s faculty was the primary repository of technical and academic expertise in a community. Today, technologies like email and instant messaging put seekers of expertise in touch with faculty at many universities as well as professionals, “pro-am” hobbyists, and others from around the world almost instantly.

Once upon a time, the degree programs of our colleges and universities were the credentials most highly valued by employers. Today, certifications like the Microsoft Certified Systems Engineer, Cisco Certified Internetwork Expert, and the Red Hat Certified Architect certificates are sometimes worth more to an employer than a four-year degree in computer science.

Once upon a time, higher education enjoyed monopoly positions with regard to curricular content, research archives, expertise, and credentialing. Each of these monopolies has been broken in the recent past, but higher education has yet to recognize and respond to these changes in the environment.

How is higher education to respond? On the surface distance education seems like a reasonable response. But are online classes the answer? In short, no. Table 2 highlights the features of a normal online course.

Table 2. Characteristics of Online Classes

Analog/Print Digital
Closed Open
Tethered Mobile
Isolated Connected
Generic Personal
Consumption Participation

While it is true that the materials in an online course are digital, and can therefore be accessed and used by multiple people simultaneously, and while it is true that these courses can be accessed from a variety of locations, online courses appear to meet only two of the six criteria we might consider necessary for higher education to stay aligned with business, science, and life in general. Online courses require tuition, registration, and passwords (are closed), are notoriously more socially isolating than face to face courses, provide digital copies of exactly the same lecture notes and activities to all students (are generic), and place students in the position of simply downloading materials (the epitome of consuming).

We must recognize that not only is “the world” changing, but our students are changing along with it. Normal life experience for today’s undergraduates involves assumptions about instant, on-demand access to multiple sources of information and multiple people via myriad technologies. Walk into any teenager’s bedroom and you will see them watching a DVD, listening to music, surfing the web, talking on the phone, and instant messaging with a few friends – all at the same time. Is it any wonder that these students who simultaneously manage and filter multiple channels of synchronous and asynchronous information tend to find a 60 minute lecture difficult to tolerate?

With significant changes occurring in its societal context and participant base, higher education must innovate in teaching and learning, as well as other areas, to hope to remain relevant.

“A crisis is a terrible thing to waste.”
– Paul Romer

How, specifically, is higher education to respond to its changing environment and the changing nature of its core areas (content, research, expertise, and credentialing)? “E-learning” (at least as commonly conceived) is not the answer. The university experience must align more closely with its societal context and participant base. Higher education must continue its efforts to become digital and mobile, while working to become significantly more open, connected, personal, and participatory.

The name of this panel, “innovative teaching and learning strategies,” might first conjure images of specific behaviors we might ask a professor to demonstrate in the classroom, such as “use a problem-based approach” or “have students work in small teams.” The diversity of teachers’ and learners’ preparation and background, combined with the differences in the academic disciplines themselves, make it impossible to conscionably recommend these or any other specific teaching technique for application to all content areas in all classrooms at all levels from community college to graduate school. However, there is at least one innovative teaching and learning strategy that can be applied broadly to the great benefit of higher education and all its stakeholders: openness.

I believe that the movement toward greater openness in education, as exemplified by programs like the OpenCourseWare (OCW) initiatives at MIT, Johns Hopkins, Tufts, Notre Dame, and Utah State universities, the Foothill-De Anza Community College, and the Utah College of Applied Technology, is one of the truly great innovations in teaching and learning that has occurred in the last several decades. In the context of my remarks to the Commission, I believe that openness is the gateway to connectedness, personalization, and participation. Openness is a catalyst for further innovation. A few examples:

As a faculty member, if I want to connect my course materials to prerequisite materials from classes students have already taken in order to create review opportunities or provide remediation, this connectivity is possible only if both I and the students have access to these materials. Without this openness, there is nothing to connect to, and the level of connectivity my students expect is not attainable.

As a faculty member, if I want to personalize the experience for my students – or more importantly, if I want to empower my students to meaningfully personalize the experience themselves – we have to be permitted to edit and customize the materials we will use. Without this openness, nothing can be changed or adapted, and the level of personalization my students expect is not attainable.

As a faculty member, if I want to engage my students in creating and contributing resources, tutorials, and other study materials to a class, this is much more easily done when the course material repository is open. Without this openness, there is no space for the students to make contributions, and the degree of participation in the experience our students expect is not attainable.

Many in the public look up to Research I universities as the very pinnacle of higher education. It may be surprising, then, to hear that when faculty at MIT, USU, and other universities are invited to open their syllabi, lecture notes, assignments, and other materials for everyone to see, some faculty respond by asking first for time to tidy up their course materials. They are cautious because the move toward openness takes teaching directly into the heart of the scholarly world for the first time – it exposes teaching to the quality-increasing pressures of peer review. This openness also opens the materials to other kinds of review, creating an unprecedented level of transparency to all higher education stakeholders, including parents and alumni, with regard to an institution’s teaching and learning activities.

Several recent reports already brought to the attention of the Commission, such as Innovate America and Rising Above the Gathering Storm have indicated the absolute urgency with which the U.S. must work to develop, recruit, and retain the best and brightest students from home and abroad to study science and engineering. Recent analyses of evaluation data from MIT OCW show that “35 percent of freshmen who were aware of OCW prior to deciding to attend MIT indicate the site was a significant or very significant influence on their choice of school.” This number is up from eight percent the year before. The world’s best and brightest students are already seeing this strategy of openness as an incredible innovation capable of catalyzing further innovations, and they are beginning to include a commitment to openness in the list of criteria by which they select institutions.

The time will come when an OpenCourseWare or similar collection of open access educational materials will be as fully expected from every higher education institution as an informational website is now. The United States can be either the leader in this innovation, as we were with the previous generation of higher education websites, or we can follow the rest of the world. There are already active consortia of universities engaged in OCW projects in China, in Japan, and in South America, as well as efforts at individual universities in Europe and other parts of the world. In terms of the total number of universities actively involved, the U.S. is already behind. Our first mover advantage in this area, and our subsequent ability to attract top students, will not last long. We must broaden higher education’s commitment to openness and begin to innovate atop that platform.

It is commonly said with regard to large sections of general education courses that “everything past the fifth row of the auditorium is distance education.” To some extent this is correct – the tried and true techniques for teaching a 30 student course can deteriorate rapidly as the number of students increases to 50, then to 100, and then to 300, until the value of our best pedagogical tools seems to have vanished completely. What we will be amazed to find, however, is that the inverse is also true: there exist techniques for facilitating learning among extremely large groups of students that deteriorate just as rapidly as 10,000 students become 2,000, and then 200, and then 50. Higher education is largely unacquainted with these innovative teaching and learning strategies because before the Internet it was never possible to have a group become so large while each member of the group retained the ability to communicate with every other member of the group.

There is much for us to learn by studying the social, linguistic, and political structures of very large online communities. These communities are a core part of the everyday experience of many of our students, and they are the models our students will compare us against in terms of openness, connectedness, personalization, and participation. And as every good student knows, there is much to be learned from studying the grading rubric for the exam, and these large online communities may well hold the key to both affordably scaling up our educational offerings while simultaneously achieving better alignment of higher education with the rest of society. This is just one area of innovation that could be enabled by a commitment to openness in higher education.

“It is not necessary to change. Survival is not mandatory.”
– W. Edwards Deming

In summary, higher education has fallen out of step with business, science, and everyday life. In order to realign itself with changes in society and in its student base higher education must find the will to innovate in the area of openness, and then in connectedness, personalization, participation, and other key areas. Openness is the key to enabling other innovations and catalyzing improvements in the quality, accountability, affordability, and accessibility of higher education. The open infrastructure of the Internet has enabled a huge number of innovations at a speed and scale that could never have occurred if this infrastructure had been closed. I submit that content, faculty support, and peer support are the infrastructure of teaching and learning. To the extent that we open these, we can speed the adoption and scale of innovation in the teaching and learning space.

My recommendation to the Commission is this: please, set a bold goal of universal access to educational opportunity. It is the right thing to do for the citizenry, and the best thing to do for higher education. Openness can play a significant role in enabling this access and many other innovations in teaching and learning.

Comments on this entry are closed.

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  • http://www.connectivism.ca/blog George Siemens

    Hi David,

    I strongly agree with your assertions that learning and learners (perhaps defined more specifically as learner’s habits and activities) have changed. I also agree with your “from” –> “to” model.

    Obviously you are passionate about openness. I’m not sure I completely agree with your statements about openness as the touchpoint for liberation from the “things that ail” higher education. Openness (objectified in this sense) is content-centric. OCW, and other similar initiatives, provide a great service to the educational community by providing access to resources and content. I’m not sure of the access statistics, but I imagine a reasonable percentage of users are from developing countries where content is not as developed (or readily available).

    What happens when learning is not seen only as content consumption? Is the act of framing higher education’s problems as content-centric not part of the problem? How does rapid content obsolescence fit into content-centric approaches to higher education? What about connections that enable co-creation? What about the incredible amount of content that is created with blogs/wikis and other collaborative tools? What about the rich dialogue that occurs when people move from isolation to connections (your opening chart)? What about the social dimension – the space where learning itself occurs? Perhaps its not openness that is the “truly great innovation”, but connectivity itself. Openness then becomes a vehicle/conduit that enables connectivity by not closing doors to content (and the subsequent dialogue and new content creation)? Openness, in this view, is the subject, not object, of the discussion.

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  • http://www.downes.ca Stephen Downes

    I commented in OLDaily (which does not send trackbacks) [typo corrections in square brackets]:

    David Wiley prepares his testimony to the US Secretary of Education’s Commission on the Future of Higher Education. And, happily, makes it availble to us first. It’s a good account overall; I have only one major suggestion for him. I would add another line to the table describing the ways in which the world is changing, somingthing like: managed – autonomous. Or: directed – self-directed. Because I think the new technology empowers in important ways. But I certainly agree with the rest of the items in the table, and especially with this: “openness is the gateway to connectedness, personalization, and participation.” David Wiley [and I] are of one mind, I think, when it comes to openness. But – and this is an open question – is he [as] willing to demonstrate the same degree of belief that people can manage their own destiny, if only given the chance, as I am? Because this, I think, is what will shape the next great debate in learning.

  • http://goldenswamp.com Judy Breck

    David, your presentation is masterful! With whatever authority I may have as an amateur of academics, I agree with all you say about the failure of and need for education to embrace the new virtual knowledge ecology that inhabits the open Internet. An academic institution whose content is not open does not participate in that ecology except to use it as a source – like a book or guest lecturer.

    The relevant experience I do have and which forms the lens through which I see the situation is several years of organizing thousand of open webpages of academic type knowledge into thousands of subjects. Perhaps this does not fall within the scope of what you want to say to the Commission. If it does, I would suggest changing the 4th characteristic to Isolated/Interactive. I realize MIT OCW is pretty much one-way, but I suppose the pure version of this characteristic is two-way like a wiki?

    The ideas themselves become immediately cognitively interactive when, for example, webpages about irrigation technique from Utah State, an agriculture expert working on the Nile River, and an agricultural university in China are each linked into a doctoral student’s webpage on growing cotton. Rich new insights and ideas emerge and interact in new ways.

    It is not only the open access to content that empowers the teacher and learner. Dependent upon that openness is aggregation that sets loose the sort of mechanisms that make Google effective. Related ideas converge and new ideas emerge. A terrific example I found recently was The Interactive Fly, where ideas buzz back and forth among the links and columns:
    http://flybase.org/allied-data/lk/interactive-fly/aimain/1aahome.htm

    Grist for the mill, Judy

  • http://www.mc.maricopa.edu/~gpratt/ Greg Pratt

    David

    An incisive, clear, and well reasoned clarion call to those who may well be unaware of the revolution that is accelerating.

    I might offer the following to your examples/table 1.

    Perhaps include in the title Education (as examples in your first 4 cases include our field)

    For the last 2 examples I might offer for personal the example of path directed learning.

    You might consider in your second section, particularly table 2 substituting Distance Learning for online learning. Given the pace of change in technology and learning you might not want to limit your paradigm to the internet, their may well be other forms of transmission that do not rely upon the web.

    Kudos for a thought provoking analysis.

  • http://openoffice.blogs.com Solveig Haugland

    Hi,

    This is very interesting. I’m glad to see this movement, and I’ll have to take a look at the OpenCourseWare.

    It occurred to me that in addition to what you’ve mentioned, there’s the environmental aspect. What if we all aren’t spending $XYZ in fossil fuels to get to class? (I didn’t see this in your post, I apologize if it’s in there already.) You still need electricity, of course, but that can be wind or solar powered. I haven’t seen many wind-powered cars, except on the reallllly windy days.

    I’m not sure how much of your emphasis is specifically on open source software, such as switching from Microsoft Office to its more-than-capable free replacement, OpenOffice.org. Perhaps “we could save this many million dollars every year” will appeal to those who might not be swayed by the other very logical, innovative arguments. I thoroughly agree with your statements but people who aren’t open to new ideas sometimes are open to the old standard, money.

    Good luck!

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  • http://www2.oakland.edu/elis/ Cathy Cheal

    The characteristics in Table 1 are important changes, socially and economically.

    I don’t believe, though, that Table 2 is as accurate. Actually, as one who has taught online courses since 1999 and teaches other faculty, online classes can definitely be connected, personal, and participatory. Forums and chat discussion groups create more connectedness than I ever saw in 25 years of teaching in the classroom. If the assignments focus on student’s productive creativity with the materials given, online courses can be very personal and not just a regurgitation of those materials. And what is more participatory than letting the students create the content for a course–online quiz questions, reports, wikkis, etc.?

    Online courses, just like traditional courses, have the potential to have the characteristics of Table 2. Too often, though, as you say, they do not. Openness is one answer. An emphasis on teaching and learning for faculty is another.

  • Peleg Rotem

    Hi
    Thank you for the opportunity you gave us to participate in such important event.
    I’ve learned a lot from the content of your presentation, and from the way you chose to prepare for it.
    I hope that your main goal as I see it – “give the world the passwords for learning” will succeed.
    One thing came to my mind while reading the presentation and the reviews – you are dealing with something that should happen, and will happen – if not tomorrow, than in 5-10 years from now. In any case, as you cleared in your presentation, the US higher education is already behind.
    I think that another thought is also needed, a proactive one – What should try to establish the core business of higher education. What should it give that Microsoft and Cisco doesn’t give (them or others, will probably always be more relevant than universities, even with openness and collaboration).
    And what are the implications of such thought on decisions that must be taken today –
    Is it different architectures of new classrooms / learning spaces? For Yoga, small learning groups, music…
    Is it research rewards for face to face learning, soft skills, creativity, learning skills?
    In summery –
    Closed – -> Open
    Content – -> Face-to-face

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  • http://www.library.njit.edu/staff-folders/sweeney/ Richard Sweeney

    David,
    Your presentation was both visionary, realistic, and refreshing to those of us who want to see huge real improvments in higher education. I would suggest, that in addition to the trends or changes that you have identified, that there are two other important trends that might be added. First, I found in my research with Millenials (Gen Y, NextGen, etc.) that they also frequently partiicpate more in peer-to-peer learning which is not fostered systemically in higher education. The trend is from Teacher-to-Student to Peer-to-Peer.

    Second, Millennials want to learn what they need to learn faster. We must create a higher education learning environment that 1) motivates students to learn, 2) accelerates their learning, and 3) gives students many more learning options that appeal to different learning styles particularly learning by discovery and exploration? There are lots of current structural obstacles to speeding student learning such as the credit hour system (time-on-task) that need to be removed or modified. Speeding student learning is a real problem in an environment where knowedge is growing in most fields faster than our ability to learn and use it.

    Thanks for your contribution.