Archives For Innovation

I was going through some of my old bookmarks in Diigo and came accross the following gems:

Jimmy Atkinson offers 77 ways to learn faster, deeper and better in College Basics section of the Online Education Database. Many of the suggestions are really common sense and others are rather unique but all in all this makes for an interesting read and you just might learn something.

Seth Godin posted 10 points on how to be remarkable. I would argue that “remarkable” defined as notably or conspicuously unusual, extraordinary and “innovative” defined as being or producing something like nothing done or experienced or created before are so closely related that Seth’s list title  could be modified to ” How to be remarkable/innovative”

In the Gizmodo article The iPad will rule the world Jesus Diaz points to the Alan Kay quote regarding the iPad. While the size is one of the key factors to this prediction so is the fact that Kay envisioned a universally accessible wireless connected device–when you combine the size with the access the iPad may just be the start to a whole new future.

Read the full article…

In the book Disrupting Class: How Disruptive Innovation Will Change the Way the World Learns, Harvard Business Professor Clayton Christensen and co-authors Michael Horn and Curtis Johnson identify intrinsic motivation or rather the lack of intrinsic motivation as one of the fundamental problems with our K-12 educational system. They subsequently argue that because students have different learning needs a key step in making schools intrinsically motivating is to customize education to match the way each child learns best. Christensen, Horn and Johnson further point out that the interdependent architecture of schools forces them to standardize the way that they teach and test and it is this standardization that is at odds with a student-centric approach that would address each learner’s fundamental needs. To move away from this monolithic instruction of batches of students, the authors argue that schools must move toward a modular student-centric approach and use computer-based and online learning as the catalyst for disruptive innovation.

The notion of intrinsically motivating student-centric instruction is not new nor is the argument for computer based instruction. To immediately address expected objections from educational administrators, Christensen, Horn and Johnson explain that the 60 billion dollars spent placing computers in K-12 schools in the US over the past 20 years hasn’t shown any improvement in the system because schools have done what all organization do when instituting new technology:

They have crammed the new technologies into their existing structure, rather than allowing disruptive technology to take root in a new model and allow that to grow and change how they operate (p. 12).

Rather then engage in the traditional educational debates Christensen, Horn and Johnson use Christensen’s disruptive innovation theory, detailed in the book Innovator’s Dilemma, to identify why the current educational system is unable to change and to also prescribe a process of how true innovation can be realized. In a nutshell disruptive innovation:

…is not a breakthrough improvement. Instead of sustaining the traditional improvement trajectory in the plane of competition, it disrupts the trajectory by bringing to market a product or service that is not as good as what companies historically been selling. Because it is not as good, existing customers in the back plane cannot use it. But by making the product affordable and simple to use, the disruptive innovation benefits people who had been unable to consume the back plane product-people we call “non-consumers”. Disruptive innovations take root in simple undemanding applications in a new plane of competition-where the very definition of what constitutes quality, and therefore, improvement means, is different from what quality and improvement mean in the back plane (p. 47).

Because companies or organizations are focused success and on satisfying needs of their current customers they build systems and infrastructures to ensure that those customer need are met. Ironically the system and infrastructure that make them successful with their current customers are the same systems and infrastructure that prevents them from being innovative and engaging entirely new customers in the disruptive plane.

Perhaps the best example of disruptive innovation is the personal computer (PC). Companies like Digital Equipment Corporation (DEC) were destroyed by the PC because they could not see past the huge margins (over $100K per unit) in the minicomputer market and saw the $800 margins of the Apple II and its focus on non-consumers-children as non threatening. The more DEC listened to its best customers who demanded improvements with their minicomputers, the more they overlooked the growth and expansion of computing until computing power increased to the point where smaller PC were capable of doing the work previously done by mainframe and minicomputers.

How could DEC have missed seeing this coming? Investment and budgetary dollars are traditionally allocated toward sustaining innovation and improvements in existing infrastructure. Research has revealed that true innovations comes not from existing organizations but by new entities that are not bound by an asymmetrical motivation to keep on focused on sustaining rather than disruption.

But how does this radical and disruptive change come to the institution of Education? Christensen, Horn and Johnson argue that:

virtually every successful disruptive innovation took root similarly-competing against non-consumption-so that people were delighted to have a product even if its capabilities were limited … By migrating instruction delivery to custom-configured vehicles able to meet individual students’ needs schools can realize the dream of transforming the classroom from a monolithic one into a student-centric one where all students learn in ways their individual minds are wired to learn (p. 86).

The authors point to the growth of computer-based learning in Advanced Placement (AP), and other specialized courses in small, rural and urban schools unable to offer the breadth of credits. Home-schools, charter and private schools are additional areas where computer-based instruction is gaining a market foothold.

The disruption is likely to proceed in two stages. The first stage is computer-based learning and it is well on it way to maturing to the point were proprietary and relatively expensive software that is really not much more than an extension of the current monolithic system is giving way to modular student-centric technologies that can respond to the unique needs of the learner. These student-centric technologies will focus on customization and will allow the teachers, parents and the learner to customize the system to help learners to learn each subject in the ways that their brains are wired to learn.

Christensen, Horn and Johnson also suggest that the following four factors will accelerate the substitution of computer-based learning for monolithic learning:

  1. Computer-based learning will keep on improving to the point were it no longer is considered just an alternative-or better than nothing.
  2. The ability for students, teachers, and parents to select a learning pathway for each body of material that fits the learner
  3. Looming teacher shortage.
  4. Cost will significantly fall markets scale up.

When can we expect this substitution to take place? Christensen, Horn and Johnson claim that:

this will happen in approximately 2014 when online courses have a 25% market share in high schools-six years from the publication date of the book. Student-centric learning is not far away (p. 143).

To forge a consensus for this type of radical change in the public school system the authors also point the need for leadership in establishing a common language (identifying and agreeing on the problem), the effective use of power (required when there is little or no consensus) and separation (a new entity must be spawned that will facilitate the innovation). Separation is such a significant factor that in the author’s studies of disruptive innovation:

The only instances where an industry leading company remained the leader in disruptive technology while becoming the leader in the disruptive wave as well occurred when the corporate leaders wielded the separation tool. They established an independent business unit under the corporate umbrella and gave it unfettered freedom to pursue the disruptive opportunity with a unique business model (p 191).

With this research fact in mind the authors deplore the school system leaders, elected officials and administrators to have one person–and over time an organization reporting to that person-whose sole job is to implement online courses.

Perhaps one of the most refreshing aspects of the book was that the authors were not education bashing but rather suggested that the institution of education is the only institution capable of rebuilding itself and meeting these challenges. Society has continually asked education to change itself to meet new needs which is equivalent to rebuilding an airplane in mid-flight. The institution of education has repeatedly meet these challenges and the authors hope that their book can be a manual for this next rebuild.

This is a must read for everyone in education. The book has encourage me to consider many many questions. The following is just a few that come to mind:

  • Is computer-based and online learning good enough to make the substitution?
  • Isn’t the 2014 timeline overly optimistic?
  • Will post secondary education see a similar disruption?
  • Are we (post secondary) in the early stages of theory of disruptive innovation?
  • What will the separation look like?
  • Is there enough leadership in education to make this happen?

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According to the Google Buzz website with Google Buzz you can:

Go beyond status messages Share updates, photos, videos, and more. Start conversations about the things you find interesting

Integrating a status update or twitter like tool directly into my gmail inbox is brilliant. This is a very good indication that aggregation of Web 2.0 tools is starting to take shape. Unfortunately, users of Google Apps for Education will have to wait several months for this feature to be released. This gives me really good cause go back to my basic gmail account–at least until Buzz come out on Google Apps.

William Gibson, the science fiction author who coined the term cyberspace and is credited with influencing cyberculture offered the following prediction about computers back in 1993:

In the future, computers will mutate beyond recognition. Computers won’t be intimidating, wire-festooned, high-rise bit-factories swallowing your entire desk. They will tuck under your arm, into your valise, into your kid’s backpack. After that, they’ll fit onto your face, plug into your ear. And after that – they’ll simply melt. They’ll become fabric. What does a computer really need? Not glass boxes – it needs thread – power wiring, glass fiber-optic, cellular antennas, microcircuitry. These are woven things. Fabric and air and electrons and light. Magic handkerchiefs with instant global access. You’ll wear them around your neck. You’ll make tents from them if you want. They will be everywhere, throwaway. Like denim. Like paper. Like a child’s kite. This is coming a lot faster than anyone realizes. Gibson, 1993)

Since 1993 we have seen computer size shrink drastically as computing power has increased signficantly. For example the iPhone of today is many times more powerful than the computers of 1993 and it is something that we can slip into our pockets. We are also seeing computing woven into all aspects of our physical and social spaces and it is truly happening much faster than anyone realizes, so Gibson’s predictions are relatively accurate.

Gibson is also very accurate in his prediction regarding the Internet and its rapid growth:

Every machine you see here will be trucked out and buried in a landfill, and never spoken of again, within a dozen years … The values are what matters. The values are the only things that last, the only things that *can* last. Hack the hardware, not the Constitution. Hold on tight to what matters, and just hack the rest. I used to think that cyberspace was 50 years away. What I thought was 50 years away, was only 10 years away. And what I thought was 10 years away – it was already here. I just wasn’t aware of it yet. (Gibson, 1993)

Gibson’s recommendation to focus on values and not the technology are words that should be headed. Focusing on what we use technology to do to improve our lives, education and society in general should be the priority.

I have started down this path of reflection to help me focus on what is really valuable in the release of the iPad. It is also a response to the countless articles and blog posts that I have read in the past few days predicting the demise of the the Kindle and other ereaders to the grandiose headline in the UK Telegraph Is Apple using the iPad to take over the world? An example of the incorrect focus on the technology rather than what it can do to improve our society is highlighted in the following quote from the article:

As Richard Holway, of analysts TechMarketView, says: “Get on any train in five years’ time, and people will be reading the newspaper (downloaded at home or automatically when they walk through Waterloo Station on the way home), books, watching TV, playing games (quite possibly with fellow passengers!) or whatever on their iPads.”

In five years we should have a very different and much more powerful device than the iPad and while there is a good chance it will be an Apple device there are no guarantees. While I am certain that this new device will enable the user to read any content or amuse themselves individually or socially while traveling this perspective limits the potential of technology to improve our lives. We owe it ourselves to look and think beyond limited consumptive desires.