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Interestingly, unlike math, which can often be difficult to teach in all of its abstraction, algorithms do stuff.   Algorithms are operational.  You show kids how to use a program like Scratch or Hackasaurus and, very soon, they can actually manipulate, create, and do, in their very own and special way.   

the beauty of teaching even the youngest kids algorithms and algorithmic or procedural thinking is that it gives them the same tool of agency and production that writing and even reading gave to industrial age learners who, for the first time in history, had access to cheap books and other forms of print.

The idea of dropping off tablets outside of the context of schools is a new paradigm for OLPC.

iving computers directly to poor kids without any instruction is even more ambitious than OLPC’s earlier pushes. “

The use of technology cannot replace conceptual understanding, computational fluency, or problem-solving skills.

Programs in teacher education and professional development must continually update practitioners’ knowledge of technology and its classroom applications.

All teachers must remain open to learning new technologies,

as there are many creative ways to cut costs, as well as to free resources that can be used with existing infrastructures.  Schools can utilize cost-effective lease purchase programs for computers, investigate the implementation of a Bring Your Own Technology (BYOT) program, or promote the use of a plethora of free Web 2.0 tools.

Schools and classrooms do not, and will not, spiral out of control when we allow teachers the flexibility to take calculated risks to innovate with technology or permit students to learn using social media or their own devices.

One of the most powerful means of professional development is through the use of social media where educators can create their own Personal Learning Network (PLN) based entirely on their unique needs and passions.

if a teacher can do a few basic computer skills (format in MS Word, copy and paste, attach a document to an email or upload a photo, and perhaps add a hyperlink) they should be able to transfer that knowledge across various internet programs.

Teachers sometimes express surprise when a student can’t write a response to a question that is virtually the same as one they answered the day before simply because it is worded differently. Yet teachers can’t apply what they know about Facebook (or shutterfly, gmail, youtube, etc.) to use edmodo or a wiki? I’m not saying they should be able to master a new program immediately – like anything new it takes time, but they should have the flexibility of thinking to apply what they already know. If teachers can’t transfer their knowledge, how are they going to teach students to do so?

Learners are no longer dependent on learning directly from an expert, the information is literally at their fingertips, they just need to know how to access it. And most important, learners of all ages need to be the drivers of their learning. Just like our students, teachers need to seek answers through active exploration. Again, if we are not independent learners, how can we expect our students to be?

Social bookmarking. When you save a Web site as a favorite or bookmark, it's added to a list that stays within that browser. Use another computer, and you don't have access to that bookmark. When you use a social-bookmarking service, you save your bookmarks on that server, making them available to you wherever you access the Web, and allowing you to share them with others. Ask your students to create accounts on a social-bookmarking service and to bookmark Web sites, news articles, and other resources relevant to the course you're teaching. Create a unique "tag" for your course and have your students use it, so that their bookmarks can be easily found. Ask students to apply multiple tags to the resources they bookmark, as a way to help them locate their bookmarks quickly and to prepare them for the kind of keyword searching they'll need to do when using library databases. If you're teaching a face-to-face or hybrid class, be sure to spend some class time having students share their latest finds, so they can see the connections between this work outside class and classroom discussions. Students most likely won't find this difficult. After all, you're asking them to surf the Web and tag pages they like. That's something they do via Facebook every day. By having them share course-related content with their peers in the class, however, you'll tap into their desires to be part of your course's learning community. And you might be surprised by the resources they find and share.

But many advocates of this technology (myself included), see IWBs as genuine means of bringing more interactivity, more student-focus into classrooms of traditional teachers

What we don't want to forget is that someone who is coaching a teacher is not really looking for "good technology use" but for just good educational practices. Having an IWB is not going to change a lecturer into something else.

Any item in the Instruction domain can be enhanced using an IWB.

Open digital faculty do more than just share and participate in open resources; they transfer their approaches to the teaching space. Learning becomes a shared activity in which the students also collaborate and participate in shaping the course activities. Student participation takes place in open environments where students might tweet what they learn, share insights on a group blog, create their own website of resources, or participate in a class wiki.

The difference is that today's sharing facilitators leverage technology to reach a much wider audience.

Although the natural inclination toward sharing cannot be altered, the moral responsibility to share can be influenced by the surrounding culture. The sense of obligation to share or not to share may be similar to the decision to be a vegetarian. For some, it is a lifestyle choice that may form slowly over a long period of time after many conversations with friends and colleagues. For others, the change can be sudden: a paradigm shift caused by participation in an unusual event. If an institution places value on faculty participation in open academic communities and social media activities (e.g., academic blogging), that culture can slowly influence faculty to be more open.

students must also have tools to manage their own resources and evidence, not just during a course, but 24/7 while they are enrolled, including between semesters.

Diigo is a fantastic tool. One I’ve used for quite some time now to keep my bookmarks organized and available no matter where I am.  During the workshop, Alan said something to the effect of, “In the library, Dewey did all the tagging. Today, we have to teach kids how to do this.”

Ed Tech Ideas: I teach 3 different grade levels, and my different classes are always researching for one project or another. Students are always finding great sites, but at best, they bookmark it to their local computer, never to be seen by others. Now with our Diigo groups (I created one for each grade level), kids learn how to tag, organize, and share their finds with everyone else in the group. Everyone benefits from group knowledge, and the students learn an important skill that will stay with them and grow throughout their academic lives.