Tactus Technology

   Imagine your phone.  Imagine buttons appearing virtually out of nowhere when you need to message someone.  You have just imagined Tactus Technology.  And it's not a dream. It's a new technology that uses and overlay screen on top of your regular screen and a special fluid.  When activated the fluid actually creates buttons that as you type you can feel.  Just like if buttons were a feature on your phone (like a Blackberry).  In the article "This Insane Technology That Makes Buttons Appear On A Flat Smartphone Screen Is Pretty Close To Magic" De'Onfro describes this technology; "Tactus has created a thin layer that can replace the Gorilla Glass on top of the touch sensor and display layers of a smartphone or tablet. The surface of that layer is a semi-elastic polymer under which there are little channels filled with a special transparent micro-fluid. To make buttons appear (for a keyboard, a game controller, whatever), you can increase the fluid pressure in a certain area. The added fluid physically stretches and raises the polymer surface.  Presto! Real buttons on your previously flat screen."  When you are done with the application the buttons disappear until needed again.   Pretty cool!  See the pictures and video below for this amazing technology.

article cited http://www.businessinsider.com/tactus-technology-tactile-touchscreen-2014-1

RealSense Technology

Intel is marketing what they call RealSense Technology.  What is that?  We are going to dig into that a bit with this post.  Did you ever see Minority Report?  There is a scene in which Tom Cruise’s character is manipulating his computer by just moving his hands around.  That is very like what RealSense can do.  Per their website "Intel® RealSense™ technology uses various sensing technologies to achieve depth perception, 3D imaging, interior mapping, and feature tracking. From virtual reality to robotic development, 3D creation to consumption, Intel® RealSense™ usage leads the industry and offers endless creativity and freedom."  So, what does all of that mean?  How can you use it?  In his article "Intel RealSense 3D: What is it and What do you do with it?" through tomsguide.com Avram Piltch helps to tell us just that.  Piltch gives the following uses for RealSense:

1.  Realistic Avatars:  cameras scan images, such as a face, and creates an avatar on the computer

2.  3D scanning for a 3D printout: camera scans an object and then can print out the same object in 3D form.

3.  Green Screening without a screen:  camera captures and image and then can place that image into another screen.

4.  Measure distance in pictures:  Can take size of objects in objects and figure their sizes and then in turn can use those sizes to measure other objects in the picture. 

5.  Photo layering editing and focusing:  Can manipulate photos by focusing or fading out selected areas of picture.

6.  Holographic navigation:  this one is a little harder to explain but basically it is a navigation bar that is not there, the computer, the RealSense, shows a hologram of a navigation board and it reads your movements.  

7.  Accurate Gesture Control:  the camera accurately reads your gestures no matter what the background or surroundings are.  

8.  Gaming with your body:  the game reads your body movements and uses those movements to control the game.

9.  3D gaming with Oculus:  adds hand recognition to Oculus Virtual Reality headset

10.  Object Avoidance:  RealSense cameras can be attached to things such as drones to allow them to avoid objects as they fly.  It's the same type of technology being used in cars to do park assist, lane control, etc. 

Piltch offers some videos on how some of these RealSense technologies work at http://www.tomsguide.com/us/intel-realsense-guide,news-20286.html.  

RealSense also allows for collaboration on projects.  Objects can be created in a 3D field and moved to fit into other models.  Groups member’s images can be on the screen as they work together on projects even when they are not at the same place.  There's a great example of this in the following video.

Microsoft E2 Conference

Microsoft E² Education Exchange Conference

   On Wednesday I "attended" a webcast of the opening session of Day 2 of the E² conference in Toronto, Canada.  I had heard of this conference through Facebook of all places.  I was happily surprised to see that it was happening while I was on spring break so I thought "why not, don't have anything else to do" (of course, that's not really true but we will go with it!).   The agenda looked interesting for someone who is interested in integrating more technology into curriculum.  This post is a summary of what was on topic for this opening session.

Opening

   The session opened with Anthony Salcito the Vice President of Microsoft Education.  He led us through the progression of technology integration in education through the years.  He discussed four basic eras in this recent progression;

1.  Innovators- the pioneer teachers that first implemented technology into the classroom and through the startup of computer labs in schools.

2.  Broader Scope- where all students became digital with the increase of smartphones, tablets and many schools going to the 1-1 concept.

3.  Scale-back- a time when we realized we were teaching a lot of tech separate from other content and realize the two were not meshing well.  Time to take a step back and figure out how to get both aligned together.

and now we are in 4: using technology to drive learning outcomes, change of mindset to outcome based.

   Salcito used a great analogy to explain how we have envisioned education.  He compared education to the railroad.  Everyone moving in the same direction, at the same pace.  But where have railroads gone?  At one time the railroad was a huge industry.  But now they aren't as prominent.  Salcito pointed out that railroads were too focused on railroads and not on transportation.  Then along came planes, automobiles, ships, etc.  Other modes of transportation took the railroads thunder.  His point was we should look at education like transportation.  All modes are important and achieve the goal they just do it in different ways.  For education to be successful we need to move from a one mode fits all to allowing for different modes to achieve the same goal.  In my opinion that was a great analogy.  Using technology will allow these different modes to be explored and used successfully.

   Salcito also showed a quote, "Your students learn without you."  He pointed out that some teachers may take offense to that.  But he pointed out that today's students have so much access available at their fingertips they can learn anywhere at any time.  It will be our job to focus and direct students so they can use the technology in a constructive manner.  

He concluded his opening by stating we should “Empower Every Student on the Planet to Achieve More."

Engaging Students in Service Learning

   The next session was led by Craig Kielburger of We.org.  He started this student service oriented program back when he was still in school.  The program is now available in many countries and have adopted the theme WE ARE ONE.  Schools and students engaged in this program identify and search to solve real world problems such as bullying, lack of drinking water in underdeveloped countries, global warming and other projects where students can do service for others.  They follow up every year with a WE ARE ONE convention where students who have participated in the service projects are invited to this celebration.  Representatives from Queen of Heaven School presented a brief explanation of projects they had worked on in the year.

Empowering Students Through Minecraft

   The third session was about Empowering Students Through Minecraft hosted by Meenoo Rami who leads the team at Microsoft in charge of Minecraft Education.  This group has prepared lesson plans that go along with different content areas using the Minecraft application.  Students solve real world problems as they progress through the Minecraft game.  

Transforming Learning Using Emotion-Aware Devices

   The next session was hosted by Daniel McDuff as the spoke of using Emotion Aware Devices to assess whether students are understanding or struggling with information.  He gave an overview of facial recognition software that reads facial expressions and gestures and then analyzes the emotions detected.  The tests showed students who had enabled web cams that were fed into the system that read these nonverbal cues.  Teachers could then assess, by facial expression or gesture, whether the students were struggling with the information.  This would allow for reviewing the material or allowing the student to move on.  He did point out that this program would be great for students who are learning through distance learning where the teacher does not have as much one on one contact with the student.

The Best of OneNote

   My favorite session was next.  The use of OneNote.  I know that is on my computer but we have not been trained in how to use it so basically it just sits there waiting for me to have time to play and find out what is available.  Mike Tholfsen hosted this session by giving us his 10 favorite new things about One Note

1.  Stickers- Microsoft has added stickers that teachers can attach to student work.  They are even customizable!

2.  Class Notebooks work with most LMS's (including CANVAS which my school has purchased).  They can be integrated so information is easily transferred between the notebook and LMS.

3. Items such as videos, quizzes, SWAY, and SoundCloud can now be embedded into notebooks.

4.  Wiki tables are now customization and create auto-links to student pages so the teacher does not have to create links themselves to each page.

5.  Staff Notebooks are now available for meetings, PLC's, etc.  They can be created by administration and team leaders.

6.  Class Notebooks can be exported so students can have work that is in their portfolios.

7.  Learning tools on the web have been created to link subject to research.   The example he used for this was if a student was doing research on the Bay of Pigs and he had started a paper.  He could highlight the word "pigs" and take it to Bing and paste it in the search and Bing would know to only pull of info on the Bay of Pigs and not the animal.  Personally, I thought that was cool!

8.  Fun with Ink Application:  this app is available in the store that give students and teachers more ink choices when creating projects.  He featured rainbow ink that wrote words in a variety of colors.

9.  Reversible Ink:  this application would reverse what was written.  It is like rewinding a video.  He showcased this with math problems that if a student didn't understand the process, the teacher could back up and show again without having to erase and rewrite.

10.  Ink to Math; this app is awesome for math teachers and students.  This allows a problem to be written down.  If needed it can be copied and pasted into the tutorial and the tutorial would show the steps in completing the problem.  It also has a graphing option.

   A bonus app Tholsfen gave was called Write Ideas.  This app is still in the testing phase but when it is unveiled it will help students organize thoughts for writing.  It asks them questions about what they want the plot to be, etc.  Then after questions are answered it generates an outline to help the student get started writing.

   Tholsfen concluded by sharing how OneNote can pair co-teachers with students.  This is especially helpful with special education students that may not want a special ed teacher hovering over them in front of other students.  This application allows the teacher to see the students screen from a remote location and they can give prompts to help a struggling student through the OneNote application. 

    Salcito returned to close out the session.  At this point they were a bit behind so he started going through his final thoughts very quickly.  I had a little trouble keeping up with what he was saying.  Most of the people in the conference were veteran users of the Microsoft applications so he was breezing over the topics.  Here are a few things I could get.

1.  The "Surface" device will now have something called Mental Canvas where a 2D drawing can be created and it will turn it into a 3D.

2.  PowerPoint now has a quick start presentation available for many topics.  You can search a topic such as space exploration and a PPT presentation will be created with pictures and outline to help get students or teachers started.  It doesn't put in information but it comes formatted with appropriate background and gives suggestions on what type of information should be included.

3.  Educator Community for those teachers who want to learn more about how Microsoft has created apps and programs specifically for educators.

4.  Video Breakdown.  There is a new program that breaks down aspects of video.  You could do a search through your video file for a person and it will find the video and show you where it’s located within the video.  He pointed out that this would be great for review for students if they are trying to review a video that had been played in class but they didn't know the name of the video.  

   So, there you have it.  A rundown on the E2 conference.  I believe Mr. Salcito mentioned that the video would be archived on their site for about 90 after the conference if you are interested in watching it yourself.  

VGo Robotic Telepresence

   Have you ever met anyone who was too sick to go to school or work for long periods of time?   I have.  I had a student a few years ago, whom I will call Tom, that had Muscular Dystrophy. Tom was diagnosed at a very young age but was determined to go to school like any other young boy.  Smart too!  Tom was a great student.  I watched Tom grow up from his elementary years, through middle school and then on into high school all the while watching his condition deteriorate.  By the time he got to high school he was confined to a wheel chair but still had use of his arms, hands and his mind was a sound as ever.  As he progressed through the year, Tom continued to deteriorate. He started to loose  function of his hands so writing became very difficult.  We were looking for devices that  could help him keep up with his schooling.  With an impending surgery his parents decided to keep him home because of the long recovery process.  Tom went on home-bound status and had a teacher visit with him throughout the week.  But Tom lost most social contact with his peers.

   What would have been a great tool for Tom was a VGo Robotic Telepresence device.  This robot takes the physical place of a student who is present through video conferencing using the robot.  The student at home controls the robots movements through their computer.  The webcam on their computer projects their real time image on the screen of the robot so the student can interact with peers and teachers.  This allows learning and socialization in real time for the affected student.  What a great way for students who are at home due to a immune deficiency, illness, or recovering from surgery to stay up to date with school.  I love this product!  Watch this video of VGo in action.

Cost

   The cost of the VGo is not all that bad in my opinion.  Below is pricing from the VGo website.  And according to what I found while researching this there are numerous grants available for schools to apply for.  

The E-1000 is for schools and special home applications and starts at $3995.  Included are:

• FREE SHIPPING
• VGo Robot with WiFi 
• VGoNet Manager – web based robot and user management administration software
• Standard Battery (6hr)
• US Power Cord
• 20 VGo App licenses
• 1 year hardware warranty – return to factory
• Phone and email Help desk support
• Re-usable shipping box

There are some optional accessories that can be added on.  You can see full pricing at http://www.vgocom.com/how-much-does-vgo-cost.  

Accessibility for schools

   The accessibility for schools should be fairly minimal.  Schools are already equipped to handle other types of disabilities.  Access to classrooms should be available with no issue.  The robot does not take up anymore room than a traditional student.  The one thing I can think of that would be different is that there would need to be one person designated to store the robot during non school hours ensuring that it was recharged and ready to go the next day.  

The Seduction of Video Games

   Until recently I would have told you video games are a waste of time.  Maybe because I thought they were only about entertainment.  Maybe because I don't play them because I'm bad at them!  I don't have great coordination at getting the game to do what I want it to do.  I prefer games like Text Twist, crosswords, etc.  I am good at those. I experience success with that type of game.  After reading the article "The Seduction Secrets of Video Designers" the light bulb went off.  As much as I love the challenge of my "brain games" my students love the challenges of video games and they can learn from them just as I learn from my games.

   Stuart points out in his research that "an effective learning environment, and for that matter and effective creative environment, is one in which failure is OK-it's even welcomed..."  I have often told my students they learn more from failure than from success.  I teach Culinary Arts and we often are food that my students have never even tried yet alone prepared.  Many times, on our first try, it doesn't come out correctly.  That leads to many discussions on what could be done differently next time.  Critical thinking, problem solving in action.  That is what video games do for students as well.  It is a safe place to try something new. If it doesn't work you can try again.  This allows students to work through different scenarios and try to predict what the outcome may be.  If they are correct they move on.  If not, they can try again.  It's a safe place to experiment.  There are not many places like that in the real world, especially in education.  Typically, if you get a question wrong it affects your grade but you move on either way.  Do our students learn in that way?  What is our goal in education?  A grade or learning content?  Some students can work through faster than others but the goal is that students learn the content.  The shift to gaming puts more focus on learning the content than on the grade earned.  And after all, isn't that what education if for?  For our kids learning something new?  Just a thought from this new-to-gaming-in-education convert!

Socrative

   So many apps! How to pick which ones will work best in the classroom!  There are so many good ones!  Including Socrative.  Socrative is a quick response app with a lot of cool features teachers can use for a formative assessment.  It works on both Apple and Android devices so no matter what type of device a student has they can download the app.

   The process starts by the teacher creating an account.  A class name is given to the teacher that in turn is given to the students for login purposes.  The teacher can create quizzes, exit slips and review games.  Students respond to questions projected on the screen by marking their choice on their device.  Questions can be multiple choice, true/false, or short answer.  Responses can be seen immediately on teachers app by student and by whole group.  The quizzes can also be converted to a "space race" where students are teamed up and as they answer questions correctly the team's rocket moves.  The first rocket to finish wins and therefore the team wins.  This would lead students to be competitive and work hard to answer correctly.  Below is a video from YouTube showing how cool Socrative is!

   This is a very cool tool in my opinion.  I would use this app for an assessment of an individual lesson.  The simplicity of use for students would help this to be a very useful tool.  Just two or three questions could help assess whether students understood a particular lesson.  I would also use the space race as a review tool before a test.  The fun, competitive nature of the game is very entertaining and it would also assess whether students are ready for the test or not.






Socrative in the Classroom: https://youtu.be/EGr53IA91MU

Plickers

   Plickers is an app that can be used for immediate feedback on how students are understanding the material.  A great tool for a formative assessment.  Basically how it works it that the teacher sets up questions in the app.  The questions can then be displayed on a smartboard, projector or tv.  Students have cards that have been assigned to them and they use these cards to answer the questions.  The cards have a code on them similar to a QR code that will be scanned by the teacher using a smartphone or tablet/ipad.  Each side of the card records a different answer, either A, B, C or D.  The device registers the students response immediately and creates a graph showing the teacher each students' response as well as the class total.  This allows immediate assessment by the teacher on whether or not the students understand the material.  I found the following YouTube video that has a great explanation of how the Plickers system works.

In my classroom I think I could use it in a couple of ways to test for understanding.  I could use it as an exit slip.  In my class I have 15 computers.  I would love to do more testing on the computer but with my larger classes I don't have enough devices.  Plickers would be perfect for these classes because I am the only one who needs a device.  I could also use Plickers in the middle of a lesson.  It would be a quick way to get an assessment without getting out paper, taking a quiz, and then taking the time to collect and grade.

Current Trends in Education-Gamification

     I teach what is classified as an elective.  Which typically means that students "elect" or choose to be in the class.  At least that is what you would think, right?  Well, maybe not.  I happen to be in a small school that has limited elective choices.  Mix that with having limited number of faculty and limited scheduling opportunities, I often have students placed in my class that did not choose to be there.  I also have students who sign up for my courses that can't get in.  But that's an argument for another time!  The simple fact is that not all students want to be there.  Being an elective I don't have the luxury of telling them they can't graduate if they don't pass my class.  So, I am often stuck with students who don't care and will put little effort into making the best of what they consider a bad situation.  My dilemma is how to engage all students, the ones who want to be there and the ones who couldn't care less.  I think the answer may be gamification.  Presenting my curriculum in such a way that if feels like a game to the student while they are actually learning something.

   Frank Smith shared an infographic in his 2015 article "10 Online Learning Trends to Watch in 2015" that stated "80% of learners say they would be more productive if their university/institution or work was more game-like." 

   Engagement and interest into the method of teaching information plays a large role into the success of teaching the actual content.  It's not just about the content.  It's not just about the mode of instruction.  It must be a mixture of both.  Just games will keep students entertained but are they learning from it?  There must be rigorous content integrated into the game. The following aspects need to be considered when using games as instructional strategy:

Critical Thinking.  Games need to have an aspect of critical thinking and problem solving by using inquiry and discovery in the pursuit.

Motivation.  Games themselves are fun and therefore motivating.  They also can provide a desire to move on from one level to another which gives students feelings of success as they navigate through the game. 

Student Engagement.  Students enjoy playing games.  Just the fact that it's more fun than traditional instructional methods will help keep the student engaged on many levels.

Contextual Relevance.  Gaming in nothing new to our students.  The fact they are familiar to the format makes the student more comfortable in the instructional method.

Self-paced Learning Experience.  Allowing students to work at their own pace can be very beneficial to both students that work quickly and for those who work more slowly. 
(Prayaga and Rasmussen, 2007)

   After reading this I got to thinking about how I could add gamification into my classroom.  I have one particular unit that has some very heavy material.  I believe I wrote of this in a previous blog but at that time had not considered how to do it.  So, with this idea fresh on my mind again, I looked around to see what I could find.  My school district has purchased CANVAS LMS.  I have been interested in trying to integrate the use of CANVAS more into day to day instruction. I started researching to see if there were any gamification applications available to use on CANVAS.  What I found was Badgr.  Badgr is an application that allows badges to be awarded as students complete tasks or levels.  It is fully integrates into CANVAS.  The following video shows how easy it is to use.

Badgr allows customization of badges, allows viewing of leaderboards by students and teachers, students can share badges on social media as they earn them and other great features.  I am excited to get started creating my game for next year’s classes.  Hopefully it will engage all students more!

Badgr Help.  How to Use the Badgr Leaderboard in CANVAS.  Youtube video link:  https://youtu.be/LSp805bND8M

Prayaga, L. & Rasmussen, K. (2007). Serious Gaming: Instructional Strategies for Career and Technical Education, Proceedings of EdMedia: World Conference on Educational Media and Technology 2007 (pp. 2992-3003).  Retrieved from http://aumnicat.aum.edu:2619/p/25800

Smith, D.F. (2015).  10 Online Learning Trends to Watch in 2015.  EdTech.  Retrieved from http://www.edtechmagazine.com/k12/article/2014/12/10-online-learning-trends-watch-2015-infographic

G-speak technology

I’m sure if you ever watched the movie Minority Report you remember the scene where Tom Cruise’s character, John, was standing in front of the computer screens, moving his hands around, and manipulating what he was watching on the screen as he tried to figure out when and where the next crime would take place.

Science fiction you say?  Well, not so fast.  Did you know that technology is actually available today?  It is called G-speak and is developed and offered by a company called Oblong Industries.  G-speak is a “spatial operating environment, a futuristic gesture computer interface…”  (Lynch, 2017)  Multiple images and programs can be displayed on standard screens using computers and other personal devices.  These images can be manipulated.  The company’s CEO, John Underkoffler shows an overview of this software during a tech convention in 2010.

G-Speak is a collaboration tool that allows multiple devices, programs and people to work on a project at the same time, in real time.  It can be used by people in the same room or with people all over the globe communicating through this program at the same time.  Watch this demonstration video on how Oblong’s product Mezzanine can be used as group members collaborate on a project.

This is a very powerful collaborative tool.  In business, I would think it could be very beneficial.  My brother leads a team of computer programmers that collaborate on many projects.   Various team members and companies who contract them are spaced throughout the country.   I can see how this program could be valuable to him and his team as they write and troubleshoot these programs.  I can also see it being used by architects and engineers who may be collaborating on projects with clients as they design future developments.  Many other uses in the professional world are also possible.

Since I am a classroom teacher, and that’s were my interest lies, this program is probably not something I will be using anytime soon. Although it would be very cool to have this type of collaboration tool for my students, I don’t think it is very practical for today’s classroom.  My assumption is that is it very pricey.  I say that because in the above video the demonstrator was asked several times about how much it cost and she evaded the answer every time! So, with that assumption I would say that it is probably not affordable for most educators to use. That is unfortunate in the fact that education is producing tomorrow's workforce and if this technology is going to be used in the workplace students need to have experience with it. 

I found it strange that Underkoffler stated in his talk that he thought that in the next ten years this type of program would be standard on computers.  That talk was recorded in 2010.  So, I would expect to be hearing and seeing a lot of talk about it.  In researching this topic most of what I could find was dated from 2008-2012.  There was not very much that was up to date.  I guess we will see where the future leads with this technology. 

Works Cited

Lynch, E.D.W.  G-speak, a Computer Interface Controlled by Hand Gestures, June 27, 20ll.  Retrieved from  https://laughingsquid.com/g-speak-a-computer-interface-controlled-by-hand-gestures/ March 11, 2017.

Minority Report 's gesture-based user interface.   Retrieved from https://www.youtube.com/watch?v=PJqbivkm0Ms March 11, 2017.

Oblong g-speak spatial operating environment.  Retrieved from https://www.youtube.com/watch?v=VYfUfwnSD70 March 11, 2017

Oblong Industries-On the Verge.  Retrieved from https://www.youtube.com/watch?v=qGz_xxvyaA8

Pointing to the future of UI:  John Underkoffler.  Retrieved from https://www.youtube.com/watch?v=b6YTQJVzwlI March 11. 2017.

Students Creating Videos to Teach Other Students.

This blog will be short!  But I will give a  brief introduction.  Below is a video that was produced to encourage teachers to allow students to produce video as a means of proving mastery of knowledge and using those videos to help other students.  Getting teachers to embrace this technology and incorporating into their lessons is the focus.  Enjoy the video.  A script follows the video.

    Hello Holtville Staff.  This is Theresa Long your technology integration specialist.  Today’s technology inspiring video is about allowing students to create videos to show their level of understanding of your content area.  There is plenty of evidence that states allowing students to create their own teaching videos encourages more in depth learning.  In the online article “The Benefits of Students Teaching Students Through Online Video” Katrina Schwartz cites examples of students producing videos for other students using scenarios and terminology that makes sense to their peers.  I can attest to that kind of logic.  When I was in college I had a hard time understanding complex math concepts.  My brother, who was a math major, worked in the school’s math lab as a tutor.  It just so happened that he worked in the math lab right after my math class ended.  I would take my notes and assignments across the hall the math lab and sit with my brother as he put it into terms I could understand.  It was the only way, I believe, I ever passed that class.  So, it makes sense to me that this medium could work for students today.  Schwartz also cites how these videos could also help parents understand many of the new math concepts.  By students creating videos, parents can view them at home and help their own children with homework.  And this concept is not just for math.  Examples of students learning complex chemistry concepts was also cited in the article. 

   So, here’s the real deal.  How can you use it in your classroom?  That’s what this video is about, putting this concept to work in your classroom.  The Horizon Report 2015 reinforces the concepts from Schwartz’s findings.  The one item that the Horizon Report points out that Schwartz’s article did not is that for this to work the teacher must be comfortable with the technology.  This is where we will spend the rest of our time.  Getting you familiar with some of the applications available to you as a teacher.  Play with it.  Make your own videos.  Get comfortable with the technology so you can teach it to your students and they can begin teaching the class!

  Do you have a camera, smartphone or tablet?  Then you can make a video.  One suggestion I offer is to hold the phone or tablet landscape style.  This will allow for easier viewing of the finished product.  Record the video.  Then upload to your computer by plugging in your device and choosing the picture/video you want uploaded for easier viewing.   

   The second application that is fun and easy to use is a screen casting program.  I like Screencast-O-Matic.  It is easy to use, it’s free and it can publish directly to YouTube so viewing is very convenient.  What it does is basically screenshots or video of what is on your computer. You can narrate while the program is recording. Instead of just handing out a sheet of paper with instructions you can demonstrate the steps of producing a PowerPoint.  Another screen casting application that is free is Jing.  It works basically the same the other.  Both can be uploaded on the web for easy viewing.

    

   The last application I want to show you is Moviemaker.  It is a Windows based program so you can have it on your computers and the computers in the computer lab.  If you can use PowerPoint you can use Moviemaker.  You can upload text, pictures or videos.  You can add background music or do a voice over narration for your video.  In fact, that is what I used to make this video!  Your video can be saved to your device or can be published to the web using such sites as YouTube.     So now you have some basic ideas for using video in your classroom.  I will be available to help you and your students when you are ready to try this fun, engaging and instructional technology!  And that’s it for today’s 5 minute Tech Tip!