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Anytime a teacher wants to use Twitter, Voicethread, whatever the tool, bring them in (if you can), record a video, communicate somehow, the answers to these 3 questions: What are you using? Again, it sounds simple but you've got to communicate what tool you are using. How it works. Are the parents going to have access to the student work? What will they be able to see? This is all the technical stuff. The depth to which you go is up to you. If you can bring them, take the time to teach them how to use the program. Why are you using it? You've got to communicate to the parents the purpose of the use of the tool. How does it fit with the content? Explaining why you are going to use it will help you determine for yourself, the best pedagogy for the technology and how it will fit into your teaching. That, in turn, helps the parents to understand the same. How does the use of this tool enhance student learning? The most important question to answer. How will the use of this ultimately make learning better. Why will the use of this tool be good for kids? You've got to build those bridges with parents. The easiest way is to bring them in and tell them whats going on. Better yet, let the kids teach their parents.

2. Students could use their smart phones’ cameras to map their own neighborhoods, documenting (for example) the number of trash cans on street corners. That information could be plotted and shared city-wide, and the data could be examined for patterns and anomalies. Are there more trash cans in wealthy areas? If so, ask the mayor, the Department of Sanitation and the City Council for an explanation. Again, students will be turning information into knowledge. I wrote about this a while ago in more detail.

3. Why not measure water quality? A hand-held monitor/tester of Ph costs under $100, and the instrument that tests conductivity (ion levels, which relates to purity) is available for under $100. Turbidity — how cloudy the water is — is important to measure as well, and that can be done with an inexpensive instrument and a formula. Students could also measure the speed of the current and keep track of detritus. Then share all the data with other science classes around the city, region and state. Everyone could dig into the information looking for patterns. If one river’s water seems relatively pure until it passes point X, students could endeavor to find out why.

Work like this is, well, real work. Students are creating knowledge; they are designing projects and seeing them through from beginning to end. These projects have to meet real-world standards because the results are in public view.

nstead we need to teach students how to tell a story.

This is more than just teaching kids how to use computers. Kids already know this. They know how to use computers before they get to school.

People seem to forget this fact, and often these are the same people who are running the society. They would rather spend money on the military than on the educational system, unaware that the military will bring them zippo. It's not a great idea to want to take over the world if you don't know what to do with it and how to run it. Nothing is accomplished through conquest. Everything is accomplished through education.

The truth is that students who engage in risky behaviors offline are more likely to engage in risky behaviors online.

Help students build positive digital footprints. Whether they're working to raise awareness of the genocide in Darfur—a project that George Mayo's students tackled (http://stopgenocide.wikispaces.com)—or doing a good deed every day for a month and sharing about it online—an initiative that 10-year-old Laura Stockman started to honor her grandfather's life (http://twentyfivedays.wordpress.com)—today's teens and tweens can come together electronically to learn about and act on issues that matter.

Scare tactics like those my 7th grade informants described are not only ineffective at changing student behaviors (Online Safety and Technology Working Group, 2010), but they also prevent students from seeing digital footprints as potential tools for learning, finding like-minded peers, and building reputations as thoughtful contributors to meaningful digital conversations.

Unfortunately, I’ve come across a number of resources which only focus on the negatives of digital footprints and promote a culture of fear. The message I like to promote is that we should protect our digital footprints and try to ensure that they are positive. Encouraging students to avoid posting or doing anything online just seems cou

In a growing number of simulations, ranging from the off-the-shelf SimCity and to Muzzy Lane's Making History to MIT's experimental Revolution and Supercharged, students -- even elementary school children -- can now manipulate whole virtual systems, from cities to countries to refineries, rather than just handling manipulatives.

In Education Simulations's Real Lives, children take on the persona of a peasant farmer in Bangladesh, a Brazilian factory worker, a police officer in Nigeria, a Polish computer operator, or a lawyer in the United States, among others, experiencing those lives based on real-world statistical data. Riverdeep's School Tycoon enables kids to build a school to their liking.

The missing technological element is true one-to-one computing, in which each student has a device he or she can work on, keep, customize, and take home. For true technological advance to occur, the computers must be personal to each learner. When used properly and well for education, these computers become extensions of the students' personal self and brain.