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I keep coming back to how important RSS is to the web. What seems like a such a simple piece of the larger web, this little bit of technology pushes and pulls information around the web behind the sense so gracefully that you probably use it in one form or another everyday without realizing it.

But it's not about the tools. It's not about layering expensive technology on top of the traditional curriculum. Instead, it's about addressing the new needs of modern learners in entirely new ways. And once we understand that it's about learning, our questions reframe themselves in terms of the ecological shifts we need to make: What do we mean by learning? What does it mean to be literate in a networked, connected world? What does it mean to be educated? What do students need to know and be able to do to be successful in their futures? Educators must lead inclusive conversations in their communities around such questions to better inform decisions about technology and change.

Right now, the web requires us to reconsider the ecology of schools, not just the technologies we use in them. We must start long-term, broad, inclusive conversations about what teaching, learning, and being educated mean in light of the new technologies we now have available to us. Just like business, politics, journalism, music, and a host of other long-standing institutions that the web has rocked at their foundations, education will be and is being changed. To understand the implications fully, we need to start with the questions that focus on our students—and not just on the stuff.

If teachers are to help students change their incorrect beliefs, they first need to know what those are.

Knowledge of student misconceptions is a critical tool for science teachers. It can help teachers to decide which demonstration to do in class, and to start the lesson by asking students to predict what’s going to happen. If a teacher doesn’t have this special kind of knowledge, though, it’s nearly impossible to change students’ ideas.

he Educational Policy Improvement Center (EPIC) in Oregon, in a formal study asked higher education faculty what skills and knowledge they believe contribute to preparing students to succeed in college. Conley’s definition of college and career readiness is very basic: The level of preparation a student needs to succeed – without remediation – in credit-bearing general education courses or a two-year certificate program.1 The State of Colorado has also adopted this definition for college readiness.2 Such a definition might satisfy some community college and university faculty, but it is not comprehensive enough to really describe the preparation students need for the world of work or college level studies. There are productive behaviors that faculty expect in students and that employers expect in employees as well. EPIC went further to define college and career readiness by expanding the definition into one that is more comprehensive. The expansion includes more of the habits, skills, and attitudes that faculty and employers know are essential to success. It includes four areas:Key Content Knowledge (writing, simple research, core/GE subject area knowledge) Key Cognitive Strategies (inquisitiveness, reasoning, intellectual openness, precision and accuracy) Key Learning Skills and Techniques (self-control, note taking, time management) Key Transition Knowledge and Skills (understanding college or work as a system, interpersonal and social skills, culture of college)

nother resource for higher education faculty to consider is the work done by Arthur L. Costa regarding habits of mind for effective participation in the workplace and beyond. Costa’s recommended habits of mind are popular today and can be used for college students and employees alike. The 16 Habits of mind5 Persisting Communicating with clarity and precision Managing impulsivity Gathering data through all senses Listening with understanding and empathy Creating, imagining, innovating Thinking flexibly Responding with wonderment and awe Metacognition Taking responsible risks Striving for greater accuracy and precision Finding humor Questioning and problem posing Thinking interdependently Applying past knowledge to new situations Remaining open to continuous learning

We need to move to a customized and collaborative model that embraces 21st century learning technology and techniques.  This is not about technology per se – it’s about a change in the relationship between the student and teacher in the learning process.

So Portugal launched the biggest program in the world to equip every child in the country with a laptop and access to the web and the world of collaborative learning. To pay for it, Portugal tapped into both government funds and money from mobile operators who were granted 3G licenses. That subsidized the sale of one million ultra-cheap laptops to teachers, school children, and adult learners. Here’s how it works: If you’re a teacher or a student, you can buy a laptop for 150 Euros (U.S. $207). You also get a discounted rate for broadband Internet access, wired or wireless. Low income students get an even bigger discount, and connected laptops are free or virtually free for the poorest kids. For the youngest students in Grades 1 to 4, the laptop/Internet access deal is even cheaper — 50 Euros for those who can pay; free for those who can’t. That’s only the start: Portugal has invested 400 million Euros to makes sure each classroom has access to the Internet. Just about every classroom in the public system now has an interactive smart board, instead of the old fashioned blackboard.

Myth #1: Students will naturally acquire tech skills.

Calling on and sharing research and best practices will be crucial to district’s messaging. If tablets are the chosen devices, a district must be prepared to provide technologies for students to create, multi-task, store and produce robust results/activities in addition to what they will do on the limited functionality tablets…and they need to honestly share this need and solutions to provide additional device support. There is a much bigger picture and quality impact on education with authentic one-to-one implementations. It has to be about core vision, beliefs and strategies that complement what’s needed for learning and producing in the 21st century. It is not as simple as buying a cool tool. We can all have cool tools and have the same old, same old education system resulting in the same old, same old results.

 What do administrators, teachers, parents/guardians, etc., need to know and do differently in this changed state?

o transform teaching and learning to a student centered, personalized instructional setting, there are key components—project plan elements—that have to be addressed to be successful.  Leaders need to know, understand and guide the ‘change’ process. A 360 degree professional learning program must be embedded for all stakeholders. Teachers who will need to change their practices from adult-centered, static systems to student driven, experiential operations require time, guidance and learning communities to ensure the shift of practice. And overarching policies must direct the practices.

the overall strategy for technology in the home is the same from birth to high school graduation: match their developmental level, and make sure they understand whatever medium they are using from the inside out: who made this, how does it work, and what does it want from me?

What does it take to get politicians and the general public to abandon misleading ideas, such as, “Anyone who tries can pull themselves up by the bootstraps,” or that “Teachers are the most important factor in determining the achievement of our youth”? Many ordinary citizens and politicians believe these statements to be true, even though life and research informs us that such statements are usually not true.

till further discouraging news for those who advocate testing as a way to reform schools comes from the PISA assessments (The Program for International Student Assessment). Nations with high-stakes testing have generally gone down in scores from 2000 to 2003, and then again by 2006. Finland, on the other hand, which has no high-stakes testing, and an accountability system that relies on teacher judgment and school level professionalism much more than tests, has shown growth over these three PISA administrations (Sahlberg, 2011).

Now, in the USA, our parents are a greater determiner of our income in life than either our weight or our height.

“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.