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"What it is: IDroo is an educational multi user whiteboard that lets students instantly collaborate online.  Everything that is drawn or written on the whiteboard is visible to all participants in real-time.  IDroo supports an unlimited number of meeting participants, the only limitations are computer power and internet connection speed.  There is a professional math typing tool built-in making it easy to teach or work through math problems collaboratively. Best of all, IDroo can be used with Skype! IDroo is free for non-commercial use. Now for the downfall (and this is a HUGE downfall in my humble opinion), IDroo is currently only available for Windows.  I  know, disappointment for us Mac lovers. *sigh*  If you are using a Windows computer this is a great way to collaborate online! How to integrate IDroo into the classroom: IDroo would be a great app for collaborating with other classrooms around the world.  Students can use the multi user whiteboard space to work together, share ideas, and brainstorm.  IDroo would also be fantastic as a way for teachers to tutor students virtually.  Set up an "open lab" time once a week online where students can drop in and get extra help.  Virtual lab times are especially helpful for elementary students who can't dictate their own schedules and often can't stay after school for extra help. Tips: Don't forget to allow IDroo to access Skype API after you download!" iLearn Technology

"Fraboom is an online children's museum packed full of games, interactive books, creativity, learning and-are you ready for this-LIVE online teachers!  On Fraboom students can learn about US presidents while they play games, watch Fraboom TV cartoons to learn vocabulary, read interactive books that encourage creativity and join live online classes with real flesh and blood teachers!  Fraboom TV has a variety of cartoons that will teach students content area vocabulary words. Each cartoon on Fabroom TV lists all associated vocabulary words so teachers can quickly find a video that will support learning.  Cartoons can be searched by keyword or category.  The very best part of Fraboom (in my humble opinion) is the live online teachers.  Drawing classes start every hour on the hour.  Students can drop into a class and learn how to draw cartoons.  There is a new challenge every day so content is always fresh!  Students can interact with teachers through the chat feature; students type a message and the teacher responds to them by name.  Fraboom cartoon characters introduce the activity for the day and the teachers interact with the cartoon on the screen- very fun!  Students learn how to draw step by step guided by the teacher and follow along on their own whiteboard space.  When students are finished, they can share their pictures with the class.  After drawing, the class completes a mad lib together.  The teacher explains a part of speech and requests words for that part of speech from the class.  Students can contribute words to the story by typing them into the chat area. Throughout the class, the teacher shares submitted pictures with the whole class.  I attended two live classes and was really impressed with the teachers in both sessions. They are upbeat, engaging and fun.  Fraboom was created for students six to twelve years old.  Content is being added regularly and fresh challenges in the live classes every day.  Plenty to keep kids creating a

This is one of those sites that you could let kids loose on just for exploration.  Without any guidance from you they will learn plenty!  Ideally kids would explore this site in partners or on their own in a one to one computer lab setting.  If each student has a computer, headphones will be a necessity.  If individual exploration just isn't in the cards, visit the site as a class with an interactive whiteboard or projector-connected computers.  Invite students up to the computer (whiteboard) to take turns guiding the class.  The site has plenty of interactive content to give each student a chance at the computer (whiteboard).  Unless you have a good chunk of time dedicated to the site, this is one that I would stretch out over a week.  Each day students can explore a new decade. The space exploration component of this site is amazing and could keep everyone plenty busy with learning.  With older students, discuss what the music of the decade reveals about that time in history.  What does the music tell them about people, community, values, events of the day?  Take it one step further and ask students to dig into other historical events in each decade, discussing their impact on space exploration, culture and where we are today.  One thing that I missed out on in history was all of the stories that make it so rich.  For me, history was reduced to names, dates and places.  Give your students the opportunity to put themselves into history and learn about how the events influenced each other.iLearn Technology

Danny writes the Whiteboard Blog. On the Whiteboard Blog you can find dozens of video tutorials and printable help sheets for learning to use your IWB to develop lessons. And if you're interested in a collection of resources for your IWB that you can hold in your hand, Danny offers a 200 page book through Lulu.

There are some nice free Digital Whiteboards apps available for the iPad. Free rocks.

How to integrate Cyberkidz into the classroom: Cyberkidz is a fun place for students to work on the knowledge level of Bloom's Taxonomy. The music game is the only creative game that I would truly place in the "create" category of Bloom's Taxonomy because it gives students free rein to explore music and create a recording. The majority of the games are designed to help students build skills and remember key concepts that are a necessary foundation for other learning. These are a nice alternative to worksheet skill practice. Students will enjoy the game quality of these practice activities. Each activity can be advanced through relatively quickly making them perfect as a center on classroom computers. Students can visit the game as a math, literacy, geography or science "practice" center before advancing to put those newly honed skills to work in a higher order thinking center. These practice activities could also be completed as a class using an interactive whiteboard or projector connected computer. Split students into teams and rotate them up to the whiteboard for a class practice session.

A slew of resources for Smartboards!

How to integrate Extreme Planet Makeover into the classroom: Extreme Planet Makeover is a neat simulation where students can design a custom planet. As they create their own custom planet, they will begin to notice what makes a planet habitable or not, and the unique features that must be in place for life. Extreme Planet Makeover can be used with the whole class using a projector-connected computer or interactive whiteboard. Invite each student to make an adjustment to the planet. With each adjustment, students can describe the ways that the planet has changed. The finished class planet can be used as the base for a creative writing prompt. Set up Extreme Planet Makeover as a center activity where students can create a planet and download to save. The finished planets can be shared on a class photo stream, website, or blog where students can compare and contrast the features of each planet. In a one to one or computer lab setting, students can each create a planet that they use for a compare/contrast to an actual planet in the solar system and as a creative writing prompt. Who lives on this planet? What galaxy is their planet in? How do you get there? Tips: One of the features I really appreciate about the Extreme Planet Makeover is the explanations that pop up over each planet attribute. Students learn about how atmosphere, size, different stars, the distance from the star, and the age effect a planet.

What it is: Mr. Thorne Does Phonics is a website and YouTube channel dedicated to teaching kids phonics through videos.  The site has a great tag line, "Where learning to read becomes reading to learn." The videos are divided up by categories which include: Introduction to PhonicsGeraldine the Giraffe VideosAlphabet Letters and SoundsMore Alphabet Letters and SoundsConsonant DigraphsLong Vowel SoundsConsonant BlendsAlternative SoundsAlternative Spellings200 High Frequency WordsGrammarChristopher Thorne hosts all of the phonics videos with occasional guest appearances from his friend Geraldine the Giraffe (who has her own book!).  The videos are engaging, help students listen for phoneme segmentation, and give them encouragement to replicate the phoneme sounds themselves.  This library of phonics videos is wonderfully comprehensive! How to integrate Mr. Thorne Does Phonics into the classroom: Mr. Thorne Does Phonics is a fantastic introduction to phonics, phonemes, and decoding words. Students can practice word recognition, pronunciation, and phonics rules with fun videos that can be played, paused, and rewound.  The Mr. Thorne Does Phonics site would be a wonderful site to have available for students on classroom computers as a reading center. Students can visit the reading center and pull up the video of the exact phonics skill that they need to practice.  Mr. Thorne Does Phonics would also be a wonderful way to introduce your whole class to a new phonics skill by playing the videos for them using a projector-connected computer or interactive whiteboard. If you have access to a built-in webcam or portable video camera, encourage students to create their own Mr. Thorne inspired phonics videos.  These can be shared with other students in the class, parents, and younger grade levels.  The videos also make a great record of progress throughout the school year. Tips: You can also find Mr. Thorne's phonics videos on YouTube. Can't access YouTube at school?

Black Gold Regional Division teacher, Ray McCubbing, sent this alternative to Glogster.  "Mash your ideas and media together with friends in a dynamic whiteboard wiki. Using photos, videos, and other web content you can instantly create brainstorms, presentations, scrapbooks, and enjoy an interactive chat with more than 50 friends."

Moon Zoo actually lets your students take part in science.  They are contributing to actual lunar research in real and meaningful ways while learning about the moon.  Moon Zoo would be a great activity to complete as a whole class in the elementary classroom.  Tell your students that they are going to be astronauts and complete a "launch" to the moon.  If you have time, students can create official astronaut badges to wear for the big launch.  Using a projector-connected computer or an interactive whiteboard, launch one of the shuttles here.  When you "land" on the moon, let students explore the surface together by hunting for craters in Moon Zoo.  Help students mark craters, look for boulders and map the lunar surface.  Each student should have a chance to make a discovery.  While students wait for their turn, they can track the crater/boulder count on a table to create a graph.  Categories can be small, medium, and large craters found and number of boulders.iLearn Technology

How to integrate the NOVA Design a Parachute interactive into the classroom: In this activity, students assume the role of engineer as they design a parachute that will slow the Mars Explorer Rover as it lands on the surface of Mars.  I like the authentic feel of this activity, students are led through the thinking process of an engineer as they consider all of the requirements the chute must meet before they begin designing.Approach this interactive as a class using an interactive whiteboard or projector-connected computer.  As a class, get "briefed" on the requirements for the parachute design.  Discuss how these requirements may impact the parachute design.  Treat this like an actual briefing and encourage discussion (all ages like to pretend!).  Before students access the interactive, ask them to sketch their thoughts about parachute design.  This lets them think through the design apart from the pre-determined categories presented in the interactive.Students can design and test their parachutes individually in a one to one computer lab setting or take turns designing and testing in a computer center lab on classroom computers.Debrief after the interactive to discuss the parameters that were the most successful and what students learned about volume, drag, strength and stability.Extend this activity by creating a mock-up of the parachute they designed online.  Find a high place on the playground or in the building where students can test these parachutes.  What did they have to adjust for an Earth bound parachute? iLearn Technology

List of Flickr groups to use with students, such as Geometric Beauty for math lessons, etc. 

"What it is: IKT FOR LAGET out of Norway has created a fantastic ebook all about Energy.  This is more than just a book that happens to be online (I know we have all seen those!), this is an interactive book that is great for ALL of your learners.  In addition to the text and bold images in the book, there is an audio feature on every page that will read the text to students.  Click on the video icon to watch a related video.  Students can even download related images from some of the films for use in their own projects where they reflect or construct their own understanding. Additional resources and links are provided within the book for teachers, parents, and students.  All of the additional content "enlarges the book" into something really useful for learning and exploring.   This is a big step in the right direction for ebooks- no more trying to pass off a PDF as a digital ebook, this is the real deal. How to integrate the Digital Energy Book into the classroom: If you study energy in your science curriculum this ebook is a super resource and addition to your classroom library.  Set up the ebook on classroom computers during independent reading time for some non-fiction reading material.  The ebook is great for all levels of readers, confident readers can read the book independently while struggling readers may want to read along with the audio.  Use the ebook as a "big book" using an interactive whiteboard or projector connected computer to read about energy as a class." iLearn Technology

"What it is: Any time students can dig in and discover learning for themselves, I consider it a success.  Recently I ran across the BBC's DIY build a catapult.  The site lets students explore the history behind the catapult, learn how to build one step by step and then discover principles of velocity, acceleration, force, distance and math.  With the popularity of games like Angry Birds, I think a lesson in the science and math behind the catapult is in order.  I like the step-by-step nature of this site and the way that kids are guided through a series of directions. How to integrate BBC Build a Catapult into the classroom: Begin with a time of inquiry where students can inquire into how catapults work, what they can launch, what they have been used for in the past and the science and math behind the catapult.  This site will help answer a lot of their questions and even prompt some additional questions.  Students can follow the step-by-step directions for constructing their own catapult.  Give students the opportunity to test their catapults, using the science and math concepts behind the catapult to predict where object will land based on angles and mass.  The science section of the site does a fantastic job of illustrating vertical velocity, horizontal velocity, the circumference of a circle, acceleration, force and mass.  These can be hard to understand concepts on paper (or in textbooks) but when students can see the concept illustrated and apply it, they will begin to build a framework of understanding. After students understand the concepts of building a catapult, ask them to try building a catapult out of different types of supplies, do some energy sources work better than others?  Ask students to think about objects in our modern-day lives that use the principles or science used in a catapult. Students can access this site from classroom computers as a learning/building center or go through the steps as a class using a projector-connected compu

 Learning Box has a virtual version of base 10 blocks that builds in a fun practice game.  Students are given a target number and drag base 10 blocks onto the paper to represent that number.  As students add blocks, a counter at the bottom of the page shows how many blocks are currently on the paper.  This is a great way for students to digitally practice place value, counting by hundreds, tens and ones.  The Learning Box Base 10 blocks are a great example of a virtual manipulative.  They help students visually represent numbers and place value.  I like the way the slider and cups on the bottom of the page help track student progress as they drag blocks to the paper. When students get the target number, they don't start with a blank slate, instead a new target number is given and students have to figure out which blocks to add or subtract. You can adjust the level of difficulty and place values practiced by clicking on the 1, 10, and 100 circle to the left of the paper.Learning Box Base 10 would make a great center activity in the one or two computer classroom.  Students can use the digital manipulatives with the built in game or to help them represent real-world problems.Start a whole-class game with the Learning Box Base 10 blocks using a projector-connected computer or interactive whiteboard.  Students can take turns at the board solving the problem and "phone a friend" if they need some additional support. iLearnTechnology

How to integrate the NOVA Design a Parachute interactive into the classroom: In this activity, students assume the role of engineer as they design a parachute that will slow the Mars Explorer Rover as it lands on the surface of Mars.  I like the authentic feel of this activity, students are led through the thinking process of an engineer as they consider all of the requirements the chute must meet before they begin designing. Approach this interactive as a class using an interactive whiteboard or projector-connected computer.  As a class, get "briefed" on the requirements for the parachute design.  Discuss how these requirements may impact the parachute design.  Treat this like an actual briefing and encourage discussion (all ages like to pretend!).  Before students access the interactive, ask them to sketch their thoughts about parachute design.  This lets them think through the design apart from the pre-determined categories presented in the interactive. Students can design and test their parachutes individually in a one to one computer lab setting or take turns designing and testing in a computer center lab on classroom computers. Debrief after the interactive to discuss the parameters that were the most successful and what students learned about volume, drag, strength and stability. Extend this activity by creating a mock-up of the parachute they designed online.  Find a high place on the playground or in the building where students can test these parachutes.  What did they have to adjust for an Earth bound parachute? Tips: The NOVA page has a great introduction paragraph about how engineers approach a problem.  Be sure to read it with your students!  Encourage students to learn more about the Mars Explorer Rover before designing the chute.  It may adjust their thinking!From I Learn Technology blog

Moon Zoo actually lets your students take part in science.  They are contributing to actual lunar research in real and meaningful ways while learning about the moon.  Moon Zoo would be a great activity to complete as a whole class in the elementary classroom.  Tell your students that they are going to be astronauts and complete a "launch" to the moon.  If you have time, students can create official astronaut badges to wear for the big launch.  Using a projector-connected computer or an interactive whiteboard, launch one of the shuttles here.  When you "land" on the moon, let students explore the surface together by hunting for craters in Moon Zoo.  Help students mark craters, look for boulders and map the lunar surface.  Each student should have a chance to make a discovery.  While students wait for their turn, they can track the crater/boulder count on a table to create a graph.  Categories can be small, medium, and large craters found and number of boulders.