Archives For Learning 2.0

In the report, The Future of Learning Institutions in a Digital Age, Cathy N. Davidson and David Theo Goldberg posit:

that the single most important characteristic of the Internet is its capacity to allow for a worldwide community and its endlessly myriad subsets to exchange ideas, to learn from one another in a way not previously available. We contend that the future of learning institutions demands a deep, epistemological appreciation of the profundity of what the Internet offers humanity as a model of a learning institution.

This argument is made on the presupposition that learning itself is the most dramatic medium of change and that technology is merely the conduit or catalyst that helps facilitate this change.

The report is part of a series published by MIT Press and funded by the John D. and Catherine T. MacArthur Foundation that examines the findings from current research on how young people learn, play, socialize, and participate in civic life. While the report is packed with valuable information, The Pillars of Institutional Pedagogy: Ten Principles for the Future of Learning section offers a summary of the challenges we face as we rethink the future of our learning institutions.

(The principles and  corresponding quotes were extracted directly from their explanation of the principles.)

1. Self Learning

Self-learning has bloomed; discovering online possibilities is a skill now developed from early childhood through advanced adult life. . . It is not for nothing that the Internet is called the “Web,” sometimes resembling a maze but more often than not serving as a productive if complex and challenging switchboard.

2. Horizontal Structures

Given the range and volume of information available and the ubiquity of access to information sources and resources, learning strategy shifts from a focus on information as such to judgment concerning reliable information, from memorizing information to how to find reliable sources. In short, from learning that to learning how, from content to process.

3. From Presumed Authority to Collective Credibility

Learning is shifting from issues of authoritativeness to issues of credibility. A major part of the future of learning is in developing methods, often communal, for distinguishing good knowledge sources from those that are questionable . . . We find ourselves increasingly being moved to interdisciplinary and collaborative knowledge-creating and learning environments in order to address objects of analysis and research problems that are multidimensional and complex, and the resolution of which cannot be fashioned by any single discipline. . . If older, more traditional learning environments were about trusting knowledge authorities or certified experts, that model can no longer withstand the growing complexities—the relational constitution of knowledge domains and the problems they pose.

4. A De-Centered Pedagogy

In secondary schools and higher education, many administrators and individual teachers have been moved to limit use of collectively and collaboratively crafted knowledge sources, most notably Wikipedia, for course assignments or to issue quite stringent guidelines for their consultation and reference. This is a catastrophically anti-intellectual reaction to a knowledge-making, global phenomenon of epic proportions. To ban sources such as Wikipedia is to miss the importance of a collaborative, knowledge-making impulse in humans who are willing to contribute, correct, and collect information without remuneration: by definition, this is education.

5. Networked Learning

Socially networked collaborative learning extends some of the most established practices, virtues, and dispositional habits of individualized learning. . .The power of ten working interactively will almost invariably outstrip the power of one looking to beat out the other nine.

6. Open Source Education

Networked learning is predicated on and deeply interwoven into the fabric of open source culture. Open source culture seeks to share openly and freely in the creation of culture, in its production processes, and in its product, its content. It looks to have its processes and products improved through the contributions of others by being made freely available to all. If individualized learning is largely tethered to a social regime of copyright-protected intellectual property and privatized ownership, networked learning is committed in the end to an open source and open content social regime. Individualized learning tends overwhelmingly to be hierarchical: one learns from the teacher or expert, on the basis overwhelmingly of copyright-protected publications bearing the current status of knowledge. Networked learning is at least peer-to-peer and more robustly many-to-many.

7. Learning as Connectivity and Interactivity

The connectivities and interactivities made possible by digitally enabled social networking in its best outcomes produce learning ensembles in which the members both support and sustain, elicit from and expand on each other’s learning inputs, contributions, and products. Challenges are not simply individually faced frustrations, Promethean mountains to climb alone, but mutually shared, to be redefined, solved, resolved, or worked around—together.

8. Lifelong Learning

It has become obvious that from the point of view of participatory learning there is no finality. Learning is lifelong. . .But what is certain is that the pedagogical changes we have enumerated have radically changed how we know how we know.

9. Learning Institutions as Mobilizing Networks

Traditionally, institutions have been thought about in terms of rules, regulations, norms governing interactivity, production, and distribution within the institutional structure. Network culture and associated learning practices and arrangements suggest that we think of institutions, especially those promoting learning, as mobilizing networks. The networks enable a mobilizing that stresses flexibility, interactivity, and outcome.

10. Flexible Scalability and Simulation

Networked learning both facilitates and must remain open to various scales of learning possibility, from the small and local to the widest and most far-reaching constituencies capable of productively contributing to a domain, subject matter, knowledge formation and creation. New technologies allow for small groups whose members are at physical distance to each other to learn collaboratively together and from each other; but they also enable larger, more anonymous yet equally productive interactions.

If this is the future of learning institutions then we need to ask — how do we build this? When I consider the task at hand I am reminded of two famous quotes from Einstein

We cannot solve our problems with the same thinking we used when we created them.

Insanity: doing the same thing over and over again and expecting different results.

While I am not certain what the journey will look like to this proposed future, I am certain that we can start the process of getting there IFF we have the courage to radically rethink our teaching and learning environments and IFF we change how we support these environments.

This past weekend I had the opportunity to watch my 13 & 14 year old sons tackle and solve a real world problem that most of their peers, and I would speculate most adults, would not have even attempted. The rear door latch on our Chevy Astro Van broke and rather than take the van into the garage I asked my boys to fix it. I need to qualify, neither of my boys have any training in mechanics, nor do I, and none of us has ever had to resolve a problem like this before. I also need to explain that both of my boys have always been home schooled and have grown up in an environment where learning is stressed as part of what makes us human. I have always argued that whether one believes we are evolved or created there is no denying that we are learning beings–that is one of the most amazing aspects of the human condition. As a classic constructivist I hold the position that learning is an active process in which learners construct new ideas or concepts based upon their current/past knowledge–learning is all about making meaningful connections. The world around us often provides the best learning environment–if we choose to use it as a learning environment.

So–asking my boys to fix the van on a Saturday morning was nothing that surprised them nor was it something that overwhelmed them. They simply jumped into the back of the van and started assessing the situation and came up with a plan of attack. In less than 45 minutes they had removed the door panels and frames, unlatched and opened the doors, and identified and removed the broken part. The most challenging part of the whole repair was the trip to the auto-wrecker and the search for the replacement part which required scouring through over 25 wrecked vans–apparently this is a common problem with Chevy vans. The removal of the replacement part took only a few minutes which was good because we had less than 5 minutes before the wrecking yard closed.

It was amazing watching my sons install the replacement latch and reassemble the interior panels and frames of the two rear doors–they looked like seasoned professionals and had a confidence that you don’t generally see in teens. Other than helping them with inserting the latch rod into the pressure fitting on the latch pin (my hands are considerably stronger than my boys) they did all the work. This Saturday morning was in no way extraordinary and other than telling my boys I was proud of how well they worked together and complemented them on how quickly they resolved the problem nothing special was done because this is just the way that the Harapnuik household works and what the Harapnuik brothers are expected to do.

This experience and many more that have preceded it remind me of a fundamental question that we in academia need to address. Shouldn’t experiential or active learning and real world projects be used for all instruction? I have been pondering this question for many years and this past Saturday’s events remind me of an an article  and a conversation I had with my youngest son when he was 10 that should call us to action.

In The Read Write Web Blog post Can New Media Be Taught in Schools? Marshall Kirkpatrick argues that you cannot genuinely teach New Media in school but rather have to immerse students in the new media tools and systems through experiential learning and projects. New media has to be experienced to be learned and ultimately understood. Kirkpatrick sarcastically asks:

Tests on Twitter, wiki-style study groups, students quizzed on yesterday’s most popular YouTube videos and the biggest hits on Del.icio.us/Popular – is this what the future of education is going to look like?

Common sense would dictate that this just doesn’t seem reasonable, yet so much of our educational system is based on recipe and regurgitation. So many in academia hold critical and analytical thinking as the “gold standard” but so much of what we do doesn’t go much beyond the repetition of information. Should we be encouraging our learners to learn how to learn? Shouldn’t they be given the opportunity to solve real world problems?

With this context in mind, a conversation with my younger son several years ago will reveal just how far away from this ideal our education system is. While riding up the chairlift on a downhill mountain biking trip I was discussing potential areas of special interest that my boys would like to explore in the upcoming fall.  Since we are very active downhill mountain bikers we need to constantly repair and maintain our bikes. My younger son (at this time 10 years old) is a natural mechanic and simply enjoys maintaining and repairing his bike and after recently replacing his entire drive-train (derailleur, shifter, cables etc.) by himself, I realized that he may be ready to move into some formal mechanical training and suggested that we take a bike mechanic course together. My goals were twofold. First, I wanted use one of his natural interests and use bike mechanics as an avenue to explore the fascinating aspects of science like physics, chemistry and engineering. I also wanted another opportunity to expose my son to the traditional learning system or courses, classes, tests and the like. Even though we home school I have regularly put my boys into our traditional system for a variety of classes to insure that they are able and prepared to take instruction from others and are able to deal with how the rest of the world is taught. We have also have our boys take the year end HLAT or similar exams to insure that they are comfortable with the whole testing process.

Unfortunately, as my boys get older and move into higher grades getting them to agree to this process and justifying the reason for doing so is getting harder and harder. My younger son’s response to a formal bike mechanic course was:

Dad do we have to—why can’t we just learn by working on the bikes. Taking a course takes so much time and you really don’t get to do very much and you just don’t learn anything and…. Why can’t I just take my whole bike apart and put it back together–this is what we have done so far and I know a lot….

In an attempt to justify a formal course I explained that in a well designed course the content will be well laid out and course would follow a good text book or similar course material in a logical fashion. I also tried to justify that we could/would have access to an expert who could help us work through problems that we may not be able to resolve ourselves. My son responded in saying

I’ve worked on bikes long enough to know that there isn’t anything that we couldn’t figure out on our own–it may just take us a while.  We could look things up on the Internet and find the answer if we got stuck-that’s what we did when we were figuring out how to fix and solder our guitar….

My next attempt at trying to justify a formal course included the typical “you get out of a course what you put into it” and I also tried to include the justification that he needed to get more experience in our traditional learning system.

At this point my older boy piped in on the conversation and affirmed the notion that courses just take too much time. He complained that it normally took 10-15 minutes for the teacher to get everyone settled down to the point where they started to do some work and then 10 minutes later they moved to a new location or different subject and had to go through the whole setting down process once again. These are courses like creative writing, physical education, science workshops and field trips and other opportunities where most kids are motivated to be engaged–I shudder to think of what my son’s would think of learning math, language arts, or social in a traditional setting. The following questions from my older son have motivated me to action:

Why do they waste so much of our time? Will it get any better when we get to University? Why can’t you fix it?

I have been pondering this conversation and the resulting questions for the past several years and I agree with my sons. Why can’t we fix it? We need to move from the passive educational environment of main lecture points, rubrics, individual competition and standardized testing to an active educational environment of interactive presentations, critical and analytical thinking, collaboration and meaningful projects. We need to create an environment where creativity, innovation and exploration flourish. For the most part that was not the environment I was subjected to in my 12 years if primary and secondary and 13 years of post secondary education. I did tough it out and made the most of all my courses but it really didn’t have to be that way and for the generations to come it needs to improve.

We can do better. We all know how valuable it is to learn by doing, by experiencing life and by real world projects. We just need to work this into our formal system. The research on constructivism, active learning, experiential learning and many other approaches and theories confirm that our educational system can be radically improved if we make the effort. Our kids, young adults and all our learners for that matter deserve this effort. We all need to work together to “fix it”.

Over the past few months I have been teaching two online courses that deal with change and innovation and as I re-read all the course material and work with my students in these course I am continually reminded that change and innovation within an organization is dependent upon leadership. More specifically, I am reminded that leadership or the lack of effective leadership can severely limit innovation.  In his book A Failure of Nerve: Leadership in the Age of the Quick Fix, Edwin Friedman argues that leadership has such a significant impact that:

When creative, imaginative, and self-starting members of any organization are being sabotaged rather than being supported, the poorly differentiated person “at the top” does not have to be in direct contact with the person being undercut. In fact, neither even has to know that the other exists.

Most of us at one point have worked in such an environment, and as I encourage my students to consider Friedman’s writing in the graduate course EDUC 651: Leading Continuous Improvement of Digital Learning I am also convicted that I do not want to be the type of leader in this course who gets in the way of the creative, imaginative, and self-starting learners.

Friedman draws parallels between families and organizations and points to the similarities in the roles of leaders in both places. He argues that leadership in ones family will have a direct correlation to ones leadership in a broader setting so I am further convicted into considering how well I am leading my family.

The exciting part of taking students through ideas like Friedman’s is that I get to reconsider how well I am functioning as a differentiated learner and over the next several weeks I will be reflecting on these thoughts in my blog.

Free is a generally good and free resources for students/learners are even better. Some of the resources listed are really only suitable for K-12.

The Khan Academy is my favorite and a site that learners at all levels can benefit from.

I have been using Diigo for a while now because its social bookmarking capability is much more powerful than Delicious — and it syncs with Delicious but as the following video explains there is so much more to Diigo than just bookmarking.

[youtube]KlqfJsmjcOs[/youtube]