This is a great article from the eSchools News web site:

‘Digital Disconnect’ divides kids, educators
Most principals think their schools prepare students for 21st-century careers — but students disagree
By Maya T. Prabhu, Assistant Editor

Primary Topic Channel: Tech Leadership

Students say limited use of technology in school leaves them less prepared for 21st century jobs

Students and educators disagree on whether their schools are preparing graduates adequately for the jobs of the 21st century, a speaker at an Oct. 15 webcast said.

Two-thirds of principals in a recent survey said they believe their school is preparing students to be competitive in the global workforce. But most tech-savvy students didn’t share that view, said Julie Evans, CEO of Project Tomorrow (formerly known as NetDay).

Project Tomorrow surveyed more than 370,000 students, teachers, parents, and administrators about their views on technology and education during its Speak Up 2007 research. Of the nearly 320,000 students surveyed, 24 percent considered themselves to be “advanced tech users.”

“Of these advanced tech users, less than a quarter of them think their school is preparing them for jobs in the future,” said Evans, speaking at a webcast sponsored by the Consortium for School Networking.

“The ‘digital disconnect’ is alive and well,” Evans added. “Kids tell us they power down to come to school.”

Students who took the survey said the major obstacles to their use of technology at school include filters that block the web sites they need and administrators who impose rules that limit their technology use.

Contrary to what some people might believe, students say they’ve noticed more limits to their use of technology at school in recent years, not less–a finding that Evans attributed partly to training that teachers and administrators have undergone.

“Now that teachers know more, they’re more skittish, so to speak, about using the internet in the classroom,” she said. “Students say things were better [for them] a few years ago.”

In the Speak Up survey, students said they generally use technology for online and computer gaming, downloading music, communicating through eMail, instant messaging and texting, or maintaining a personal web site, such as a Facebook or MySpace page. They said their technology use for schoolwork usually includes researching online, checking assignments or grades online, creating multimedia projects, or communicating with classmates about assignments.

Project Tomorrow found that mobile devices, online learning, and gaming are three areas where schools can use emerging technologies to teach students if they aren’t already.

Many of the students surveyed said they have access to mobile devices such as cell phones, laptop computers, MP3 players, or smart phones and PDAs (personal digital assistants). They said they’d like to use these mobile devices to communicate, collaborate, create and share documents, and increase their productivity.

Nearly one in four high school students has had experience with online learning, according to the survey–and a significant percentage of younger students said they were interested in taking a course online.

Although the majority of high school students who are interested in taking online courses would like to do so to earn college credit, students in third through eighth grade said they were interested in online classes primarily because these classes would give them extra help.

Students and educators disagree on whether their schools are preparing graduates adequately for the jobs of the 21st century, a speaker at an Oct. 15 webcast said.

Two-thirds of principals in a recent survey said they believe their school is preparing students to be competitive in the global workforce. But most tech-savvy students didn’t share that view, said Julie Evans, CEO of Project Tomorrow (formerly known as NetDay).

Project Tomorrow surveyed more than 370,000 students, teachers, parents, and administrators about their views on technology and education during its Speak Up 2007 research. Of the nearly 320,000 students surveyed, 24 percent considered themselves to be “advanced tech users.”

“Of these advanced tech users, less than a quarter of them think their school is preparing them for jobs in the future,” said Evans, speaking at a webcast sponsored by the Consortium for School Networking.

“The ‘digital disconnect’ is alive and well,” Evans added. “Kids tell us they power down to come to school.”

Students who took the survey said the major obstacles to their use of technology at school include filters that block the web sites they need and administrators who impose rules that limit their technology use.

Contrary to what some people might believe, students say they’ve noticed more limits to their use of technology at school in recent years, not less–a finding that Evans attributed partly to training that teachers and administrators have undergone.

“Now that teachers know more, they’re more skittish, so to speak, about using the internet in the classroom,” she said. “Students say things were better [for them] a few years ago.”

In the Speak Up survey, students said they generally use technology for online and computer gaming, downloading music, communicating through eMail, instant messaging and texting, or maintaining a personal web site, such as a Facebook or MySpace page. They said their technology use for schoolwork usually includes researching online, checking assignments or grades online, creating multimedia projects, or communicating with classmates about assignments.

Project Tomorrow found that mobile devices, online learning, and gaming are three areas where schools can use emerging technologies to teach students if they aren’t already.

Many of the students surveyed said they have access to mobile devices such as cell phones, laptop computers, MP3 players, or smart phones and PDAs (personal digital assistants). They said they’d like to use these mobile devices to communicate, collaborate, create and share documents, and increase their productivity.

Nearly one in four high school students has had experience with online learning, according to the survey–and a significant percentage of younger students said they were interested in taking a course online.

Although the majority of high school students who are interested in taking online courses would like to do so to earn college credit, students in third through eighth grade said they were interested in online classes primarily because these classes would give them extra help.

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‘Ready to Compete Act’ would open public television archives for educational use’

Schools across the United States soon could have online access to a vast amount of educational content from public television archives to help raise student achievement, if a new bill called the Ready to Compete Act (H.R. 6856) is enacted.

Read complete story at eSchools News…

A certain school district in the Seattle area was featured on King 5 news this morning as being one of the most high tech schools in the country this morning.  One of the IST staff sent me the link for the video.  As I was watching it, and them bragging about the 8- 9000 dollar per classroom cost, I couldn’t believe it when this was what I saw on the screen:

 

If you look at the desk, you’ll see one of the $1000 plus classroom response systems that they were so proudly showing off.  But in the nitty gritty reality of the classroom, with all that technology available, what was the teacher actually using to get a meaningful response from the kids?  Thumbs up, thumbs down.  Rather than take the 3 – 5 minutes of class time necessary to set up the question on the computer, the teacher (who I would classify as very smart without even knowing him/her) used the most effective method. 

 Alan November made the distinction many years ago between Automating and Informating.  Automating simply bolts technology onto what we already do… we use technology to get the same results we already get without technology.  Seems like there is some automating in the picture above.

 

Pretty fascinating to this eye!!

Uses successful MIT OpenCourseWare model to engage high school math and science students and faculty

CAMBRIDGE, Mass., Nov. 28 - MIT President Susan Hockfield today announced the launch of a new Web site, Highlights for High School, that will provide resources to improve science, technology, engineering and math (STEM) instruction at the high school level.

The Web site builds on the success of MIT’s revolutionary OpenCourseWare (OCW) initiative, launched in 2001 with the goal of making all MIT course materials available for free over the World Wide Web. It is designed to help inspire the next generation of engineers and scientists and to be a valuable tool for high school teachers.

“Strength in K-12 math and science will be increasingly important for America if the nation is to continue to lead in today’s innovation economy,” said MIT President Susan Hockfield. “Highlights for High School will provide students and teachers with innovative tools to supplement their math and science studies. We hope it will inspire students to reach beyond their required classwork to explore more advanced material and might also encourage them to pursue careers in science and engineering.”

Highlights for High School features more than 2,600 video and audio clips, animations, lecture notes and assignments taken from actual MIT courses, and categorizes them to match the Advanced Placement physics, biology and calculus curricula. Demonstrations, simulations, animations and videos give educators engaging ways to present STEM concepts, while videos illustrate MIT’s hands-on approach to the teaching of these subjects.

Thomas Magnanti, former dean of the School of Engineering at MIT, chaired the committee that developed the site. “As has been well documented the U.S. needs to invest more in secondary education, particularly in STEM fields. MIT as a leading institution of science and technology has an obligation to help address the issue,” he said.

Highlights for High School organizes the course materials currently featured on OCW—including 1,800 syllabi, 15,000 lecture notes, 9,000 assignments and 900 exams—into a format that is more accessible to high school students and teachers.

An estimated 10,000 U.S. high school instructors and 5,000 U.S. high school students already visit MIT OpenCourseWare each month, and MIT expects Highlights for High School to make MIT’s course materials even more useful to these audiences.

Highlights for High School continues MIT’s tradition of supporting science, technology and engineering instruction at the secondary level. One of the most prominent previous efforts was PSSC Physics, a program begun in 1956 as a collaboration between MIT physics professors and high school physics teachers, which dramatically changed the way physics was taught in high schools. MIT has over 40 K-12 outreach programs, including the Edgerton Center, MIT’s Minority Introduction to Engineering, and Science (MITES) and MIT’s Educational Studies Program (ESP).

Highlights for High School represents MIT’s first step in adapting the successful OCW model for secondary education by organizing MIT’s existing course materials for use by high school students and teachers. A broader plan proposed for a secondary education program—OCW SE—may include creating a teacher in residence program to develop new open curricula with high school educators and organizing an MIT secondary education mentor corps.

Intel Corporation, famous for the processors inside our computers, has built a suite of tools teachers can use in their classrooms to help students collaborate, gain 21st Century Learning Skills and achieve standards. The tools, listed below are free to any and all K-12 teachers.

Thinking Tools

Visual Ranking Tool

Identify and refine criteria for assigning ranking to a list; and then debate differences, reach consensus, and organize ideas.

Seeing Reason Tool

Investigate relationships in complex systems, creating maps that communicate understanding.

Showing Evidence Tool

Construct well-reasoned arguments that are supported by evidence, using a visual framework.

Productivity Tools

Assessing Projects

Develop strategies for student-centered assessment and create your own from an Assessment library.

Help Guide

Find step-by-step instructions for hundreds of technical skills for commonly used software applications.

Click here to listen to this podcast from the NECC 2007 Conference to learn more from three teachers who use these tools in elementary, middle and high school classrooms.


 Many of you have been asking for access to YouTube and Google Video in your classrooms.  Because these sites are unmoderated for the most part, and there is no way to effectively limit access to certain portions of the sites, they will remain closed within the district for the foreseeable future.  This tutorial will help you download videos at home and then bring them to school on a thumb drive or CD.Most of the on-line video sites want you to view the videos from their websites (hence viewing their advertising on the page) and do not show you the actual URL of the video you are viewing.  There are now websites that will reveal the actual URL of the video file and assist you in downloading it to your hard drive.First, locate the video you want to download.  Copy the URL.

Open the video you want to download in your browser, select the URL in the address bar, right click and choose copy from the popup menu.img1.png

 Now you’ll need to browse to a website that will reveal the actual URL of the video and allow you to download it to your hard drive.  Click the following URL to get started:  http://www.videodl.org/

A page will open up that looks similar to the following:

 img2.png

Follow these steps to download your video:

num1.png Paste the URL you copied above into this line (use CTRL-V to paste, or right click in the box and paste.
num2.png Click the Get It!  Button.  This will find the actual URL of your video.
num3.png Click “download link” to start the download to your hard drive.
A dialog box will open.  Click the Save button to continue. When prompted, select the location you want to save the file. img3.png
In looking at the file you’ve just downloaded, you’ll notice that it ends with .flv, which is a Flash Video File.  You won’t be able to play it until you download and install a Flash Video player.  VLC Media Player seems to work well.  Using the URL on the right, download and install this player on the computer on which you’ll show the video to your class.  Once you’ve installed the VLC Player, you can just double click on the video to open it and show it. http://www.videolan.org/

This should display a slideshow:

You can embed a video from Teacher Tube!  Here’s a sample:
Download: Posted by mathvideosonline at TeacherTube.com.

Want to know how?

Locate the video you want to include in your post on Teacher Tube.  Look down the right side of the page until you find “Edublogs/WordPress Embeddable:.”  Copy the text in the box to the right of this label.  Come back to your post and cliek on the HMTL tab at the top of the editor.  Paste (CTRL-V) the chunk of text you just copied.  This will embed the video in your post.  Now click the “Editor” tab to return to the normal editor and finish you post, save it and/or publish it!  Great way to quickly share videos without taking up all the drive space on the blog server!

Check out this URL that shows what people are doing on the web broken down by age group:

What People are Doing 

graph from web site

This is Group 2’s rendition of Camping Spree with Mr. McGee.  Group members were Barb, John, Jennifra, Lisa and Laurie.

Camping Spree with Mr. McGee Group 2