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“To reading, writing and arithmetic, we should add computational thinking to every child’s analytical ability.”

“ ‘Literacy’ implies reading and writing, so ‘computer literacy’ suggests that writing programs is a required skill for activity under this name,” says Henry M. Walker, a computer science professor at Grinnell. “However, general citizens may or may not have to write programs to function effectively in this technological age.” He prefers to promote “computer fluency,” attainable without assignments in programming.

Someday, the understanding of computational processes may be indispensable for people in all occupations. But it’s not yet clear when we’ll cross that bridge from nice-to-know to must-know.

Epistemologies of the Digital Age Epistemology is the study of knowledge and, according to Shaffer, every age has its own epistemology, i.e., what it means to know something. Computers — which are increasingly becoming ubiquitous in work and school — provide the means to think in new ways, which will fundamentally reconfigure our thinking and theories of knowledge. Computers in general, and epistemic games in particular, are structuring new epistemologies for our digital age. “The epistemology of School,” in Shaffer’s words, “is the epistemology of the Industrial Revolution — of creating wealth through mass production of standardized goods. School is a game about thinking like a factory worker. It is a game with an epistemology or right and wrong answers in which Students are supposed to follow instructions, whether they make sense in the moment or not.” While this kind of epistemology may have been appropriate and even innovative for the Industrial Revolution, it is outdated for our informational economy and digital age. Being literate in the digital age uses reading and writing as a foundation to build upon, but they are no longer solely sufficient. Students must learn to produce various kinds of media and learn how to solve problems using simulations.

Adding a digital device to the classroom without a fundamental change in the culture of teaching and learning will not lead to significant improvement. Unless clear goals across the curriculum—such as the use of math to solve real problems—are articulated at the outset, one-to-one computing becomes “spray and pray.”

Let’s drop the phrase “one-to-one” and refer instead to “one-to- world.”

The more important questions revolve around the design of the culture of teaching and learning. For example, how much responsibility of learning can we shift to our students (see Who Owns the Learning by Alan November)? How can we build capacity for all of our teachers to share best practices with colleagues in their school and around the world? How can we engage parents in new ways? (See @livefromroom5 on Twitter.) How can we give students authentic work from around the world to prepare each of them to expand their personal boundaries of what they can accomplish?

The really big question, how do we ensure equity? Have students with their own devices bring them. There are more students who have them than we think, and if the case is made that students are benefiting from the learning, more families will invest in the mobile technology for school and home.  If parents can be assured that an investment in Grade 4 will carry their child through for four-to-six years with their learning, many will make this choice.  I am often stunned by families that buy their child a cell phone, but don’t have a computer.  I am also quite comfortable in saying that if they are investing in a cell phone and not a computer there are better options to support their child’s learning.  We need to help guide families with what technology will have the greatest impact in supporting their child’s learning.  Of course, not all students will supply a computer up front, this could range from a few students to the entire class depending on the school or district.  The second option would be a lease-to-own option for students. There are a number of options available with price points around $20 per month.  This picks up on the cell phone argument, and a more affordable device with more value for student learning.  Families could be assured their child would be getting a device that would be ideal for learning for a number of years, and could be used at school and home.  Finally, there are  students that, for many reasons (financial and otherwise) won’t embrace the first two options.  We need to find ways to supply these students with a comparable technology to use at school.  Many schools have class sets of laptops that could be repurposed for this project; in other cases investments will need to be made.  The challenge is that the investments will be uneven (and this is difficult to do) with some schools requiring a greater percentage of investment than others.

As Linda Stone has written, we can't continue to function on what she calls "continuous partial attention," which she differentiates from multi-tasking. We aren't just shifting from one task to another, she has written, but we are hyper-alert, paying attention to input coming from every direction at the same time, including listening to conversations, responding to computers and smart phones

We added people based on talent, not on the proximity by location. 

In the knowledge economy, not doing so would be foolish and would limit our prospects. The deciding factor was prospective team members’ connectedness.

With the rise of broadband, a new factor has come into play: connectedness. Connectedness allows companies big and small to exist as a stateless entity.

The iPad is a consumption device. Sure, you can use it for Web browsing, video-watching, or note-taking, but the laptop affords a much greater range of expressive possibilities. Apple’s embrace of digital textbooks reinforces a quaint view of education that transfers agency from learners to publishers. The tools for creating e-books, such as iBooks Author, require Macs, but the laptop cannot read the books it creates, forcing schools to choose between textbooks and computing. Apple has made it clear that education is about content delivery and testing, no longer about the power to be your best.

Tablets could have all the functionality of a laptop, but they don’t. Until they do, I recommend that schools invest in laptops for student use.

I am saddened most by educational technology enthusiasts advocating uses of computers that reinforce the worst aspects of schooling.

Pretending that artificial intelligence has advanced to the point where competent teachers may be replaced by apps is at best wishful thinking, regardless of what the vendors tell you.

But here are the solutions that this challenge brings to mind. Eliminate paper from the budget and remove all copiers and computer printers from schools and the central office (with exceptions of essential need). “On this date, everything goes digital.” Create a professional development plan where all faculty and staff learn to teach themselves within a networked, digital, and info-abundant environment — it’s about Learning-Literacy. Although workshops would not completely disappear, the goal would be a culture where casual, daily, and self-directed professional development is engaged, shared, and celebrated — everyday! Then extend the learning-literacy workshops to the greater adult community. Establish a group, representing teachers, staff, administration, students, and community. Invite a “guru” or two to speak to the group about the “Why” of transforming education.  Video or broadcast the speeches to the larger community via local access, etc. The group will then write a document that describes the skills, knowledge, appreciations and attitudes of the person who graduates from their schools — a description of their goal graduate. The ongoing work of writing this document will be available to the larger community for comment and suggestion. The resulting piece will remain fluidly adaptable. Teachers, school administrators, and support staff will work in appropriately assembled into overlapping teams to retool their curricula toward assuring the skills, knowledge, appreciations and attitudes of the district’s goal graduate. Classroom curricula will evolve based on changing conditions and resources. To help keep abreast of conditions, teachers and support staff will shadow someone in the community for one day at least once a year and debrief with their teams identifying the skills and knowledge they saw contributing to success, and adapt their curricula appropriately.

The district budget will be re-written to exclude all items that do not directly contribute to the goal graduate or to supporting the institution(s) that contribute to the goal graduate. Part of that budget will be the assurance that all faculty, staff, and students have convenient access to networked, digital, and abundant information and that access will be at least 1 to 1. A learning environment or platform will be selected such as Moodle, though I use that example only as a means of description. The platform will have elements of course management system, social network and distributive portfolio. The goal of the platform will be to empower learning, facilitate assessment, and exhibit earned knowledge and skills to the community via student (and teacher) published information products that are imaginative, participatory and reflect today’s prevailing information landscape. Expand the district’s and the community’s notions of assessment to include data mining, but also formal and informal teacher, peer, and community evaluation of student produced digital products. Encourage (or require) teachers to produce imaginative information products that share their learning either related or unrelated to what they teach.  Also establish learning events where teachers and staff perform TED, or TELL (Teachers Expressing Leadership in Learning) presentations about their passions in learning to community audiences. Recognize that change doesn’t end and facilitate continued adapting of all plans and documents. No more five-year plans. Everything is timelined to the goal graduate.

It's time Americans begin treating computer code the way we do the alphabet or arithmetic.

Learning to code means being able to imagine a new way of using the camera in your iPhone, or a new way for people to connect to each other, and then being able to bring that vision to reality.

95 percent of Americans between the ages of 18 and 29 use the Internet? And all of this is happening while we are in the midst of an explosive rise in mobile technology.

Access to richer graphics and data, as well as superior tools, is still limited on many affordable mobiles. At the same time, many schools continue to demonize cell phone use during school, which may be an outdated policy. Not only are there an increasing number of educational applications for mobiles but, as Blake-Plock suggests, prohibiting phones now means "disconnecting the kid from what's actually happening in most of our lives."

In 2009, the FCC began developing the National Broadband Plan, a work-in-progress that aims to increase broadband access across the country by providing additional infrastructure, incentives for companies to create low-cost access, educational programs, and much more.