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The mission of the Concord Consortium is to foster equity and self-realization through improved education. The greatest and most underexploited opportunity for advancing this mission is through educational technologies. We know that students at all ages are capable of learning more, earlier, and at a far deeper level than is currently achieved and we have seen this kind of learning in well-designed schools that have creative teachers and use excellent, computer-based materials. Our goal is to make this the norm.

Excellent Resource on Genetics. Quite advanced.

Great resource for applying Bloom's taxonomy to the use of educational technology

This is an update to Bloom's revised taxonomy to account for the new behaviours emerging as technology advances and becomes more ubiquitous. Bloom's revised taxonomy accounts for many of the traditional classroom practices, behaviours and actions but does not account for the new processes and actions associated with web 2.0 technologies and increasing ubiquitous computing.

This is an update to Bloom's revised taxonomy to account for the new behaviours emerging as technology advances and becomes more ubiquitous. Bloom's revised taxonomy accounts for many of the traditional classroom practices, behaviours and actions but does not account for the new processes and actions associated with web 2.0 technologies and increasing ubiquitous computing.

Cool help information on this.

Some great tips on ustreaming, and some advanced features.

Offers interactive demonstrations of anything that can be modeled mathematically - bacteria growth, light refraction, supply and demand, etc. Running a demo requires Mathematica Player, which can be downloaded free, along with the demos

About the Wolfram Demonstrations Project Conceived by Mathematica creator and scientist Stephen Wolfram as a way to bring computational exploration to the widest possible audience, the Wolfram Demonstrations Project is an open-code resource that uses dynamic computation to illuminate concepts in science, technology, mathematics, art, finance, and a remarkable range of other fields. Its daily-growing collection of interactive illustrations is created by Mathematica users from around the world, who participate by contributing innovative Demonstrations. Interactive computational resources have typically been scattered across the web--requiring specialized programming knowledge that's made them difficult and expensive to develop. As a result, their coverage has long been limited, and progress has been slow. In many ways, the Wolfram Demonstrations Project introduces a new paradigm for exploring ideas. The power to easily create interactive visualizations, once in the domain of computing experts alone, is now in the hands of every Mathematica user. Demonstrations can be created with just a few short lines of readable code, powered by the revolutionary advances in Mathematica. This opens the door for researchers, educators, students, and professionals at any level to create their own sophisticated mini-applications and publish them online.

Images of the Earth

The Earth Science World Image Bank is a service provided by the American Geological Institute (AGI). This Image Bank is designed to provide quality geoscience images to the public, educators, and the geoscience community. Click on one of the images below to browse that category or go to the Search Images page for an advanced search.

The new Computer Science survey is out from US high schools - the findings do not bode well for computer science: "the number of schools offering Advanced Placement Computer Science (AP CS) has declined significantly in the last six years. In 2005, 40 percent of respondents indicated AP CS was offered at their school. This number decreased to 32 percent in 2007 and to 27 percent in the 2009 survey. AP CS is in many cases the most rigorous course offered by schools. " I wonder how many programs are introducing programming concepts at other levels or using something like Scratch. Should Computer science just be defined as AP computer science?

Great post by Ben Grey on his participation in Constructing Modern knowledge - he hits several things including the fact that many at the conference said that computer programming should be mandatory for all students and a presenter who said that the problem with today is that too many people have a voice. My comments from Ben's blog are below. Great conversations happening here! Programming - OK, on the programming thing, here are my thoughts. In our curriculum our objective is not as much a specific LANGUAGE. One year I may use HTML with Javascript, this past year I used LSL - what I want kids to know that when they encounter programming and coding that there are certain conventions. Some are case sensitive, some are not. How do you find out how to add to what you know about programming? Do you know where to go to find prewritten code? Can you hack it to make it work to do what you want it to do? We spend about a week - two weeks but I require they know how to handcode hyperlinks and images - they are just too important. But to take 12 weeks or 6 weeks to learn a whole language - yes maybe some value - but to me the value is HOW is the language constructed or built. What are the conventions and how do I educate myself if I am interested in pursuing. What comes out of this time is kids who say either "I never want to do that" or "this is really cool, I love coding." They are doing very simplistic work (although the LSL object languages were pretty advanced) but since we don't have a full course nor time in our curriculum, I do see this as an essential part of what I teach. I'm not teaching it for the language sake but for the sake of understanding the whole body of how languages work - we talk about the different languages and what they are used for as part of Intro to Computer science and have an immersive experience. To me, this is somewhat a comprimise between leaving it out entirely or forcing everyone to take 12 weeks of it. I

This from the Bubbabrain founder - a new Math challenge - go in and play for your state. From the founder: "I decided to create a national elementary math madness challenge. Students can score points for their state by playing math games. http://www.bubbabrain.com 1. Click on the math challenge link 2. Select your state 3. Select a game and hit submit 4. The top left card will say "find this" you have to click on the correct match 5. Clear the board and score points I teach 11th grade and was wondering how to get the message out to the elementary population. Do you have any suggestions? Thanks in advance!! Darren McCarty"

Hundreds of practice games for your AP students!!

Creating a lifelong learning network is essential for adults who pursue continuing education as means to advance their professional career or improve their personal life. Regardless of the reason for continuing one's education, an adult's knowledge needs to continually grow. The changing nature of today's society demands the necessity for gaining new skills, new understandings, and new intellectual orientations throughout a person's life.

"Enhance Your Teaching and Advance Your Career PBS TeacherLine's high quality, standards-based graduate-level courses offer teachers the professional development opportunities they need in an accessible online format that makes learning fun, flexible and collaborative. You can earn graduate credit, PDPs, or CEUs while gaining strategies and resources to bring directly to your classroom."

Recommendations are provided for how to take time to learn new career skills and professional knowledge for advancement or employment in a new career.

Great great article about why technology integration in the classroom can fail

Online technology advances are changing the way adults gain knowledge, as colleges and training programs move away from being the main funnel of knowledge.

"Ever wondered how to make science or math flash cards for students to use with their mobile devices? This typically comes about because finding science and math flash cards specific to a particular concept, topic area, or unit is difficult. Often when appropriate flash cards are found, they are too expensive or need modification. Technological advances have uncomplicated the process of making tailor made free flash cards for students."

Executive Office of the President Council of Economic Advisers Unleashing the Potential of Educational Technology September 16, 2011 EXECUTIVE SUMMARY Educational technology holds the promise of substantially improving outcomes for K-12 students, but there are significant challenges in bringing new educational technology products for this population to market. It is difficult for producers of these technologies to demonstrate the effectiveness of their products to potential buyers and market fragmentation creates barriers to entry by all but the largest suppliers. The spread of broadband Internet and Common Core State Standards have improved the landscape for educational technologies, but these factors alone are likely insufficient for a "game changing" advance. Working together, stakeholders can form a plan of action to provide local school systems with easy access to good information about the effectiveness of various educational technology products and give prospective developers of these products access to customers on a scale sufficient to make it worthwhile for them to enter the market. The payoff - in the form of more effective and more widely utilized educational technologies, leading to better outcomes for students - could be enormous.

"August 1, 2011, 5:51 pm By Rachel Wiseman College students with very poor vision have had to struggle to see a blackboard and take notes-basic tasks that can hold some back. Now a team of four students from Arizona State University has designed a system, called Note-Taker, that couples a tablet PC and a video camera, and could be a major advance over the small eyeglass-mounted telescopes that many students have had to rely on. It recently won second place in Microsoft's Imagine Cup technology competition. (...) The result was Note-Taker, which connects a tablet PC (a laptop with a screen you can write on) to a high-resolution video camera. Screen commands get the camera to pan and zoom. The video footage, along with audio, can be played in real time on the tablet and are also saved for later reference. Alongside the video is a space for typed or handwritten notes, which students can jot down using a stylus. That should be helpful in math and science courses, says Mr. Hayden, where students need to copy down graphs, charts, and symbols not readily available on a keyboard. (...) But no tool can replace institutional support, says Chris S. Danielsen, director of public relations for the [NFB]. "The university is always going to have to make sure that whatever technology it uses is accessible to blind and low-vision students," he says. (Arizona State U. has gotten in hot water in the past in just this area.) (...) This entry was posted in Gadgets."

What if every student (and educator) was a good online researcher?  I know, you don't have the time to teach information fluency skills.  What if you could get a significant advance is skills with just a 2 -3  hour time commitment?  Here's a great Prezi 'fly by" of the new Information Investigator 3.1 online self paced class.  Watch the presentation carefully to find the link to a free code to take the class for evaluation purposes. 

In today's world of advanced technology, preparation for employment after completing High School often means pursuing an additional course of study for a minimum of one to two years. Be this in a Technical School, Junior College, College or University, the bottom line is that our students generally need to further their education in order to secure employment. Readiness for college therefore is an important issue facing our schools. College preparation takes foresight and planning and involves more than college preparatory courses. How can we insure that our students are college prepared?

The Department o Labor reports that Formal Education Beyond High School Is Not Required for 66% of the 2008-2018 Job Openings . See page 15 of http://www.bls.gov/opub/ooq/2009/winter/art02.pdf . Who will fill these jobs? The report also states that 22% require a four-year degree or more. Won't the over supply just od degree holders continue to push down the real wages of college graduates as it has for over ten years?

Mary Minow August 01, 2008 Breaking News: Digital Promise legislation passes "Digital Promise Passed by Both Houses of Congress On Thursday, July 31, 2008, the legislation to create the Digital Promise was passed by both the House and Senate as part of the reauthorization of the Higher Education Act. It is expected to be signed into law by President Bush within days. The name has been changed to the "National Center for Research in Advanced Information and Digital Technologies." I much preferred "Digital Promise" but the main thing is that the legislation has passed. What it will do: It will create a Congressionally originated 501(c)(3) nonprofit corporation within the U.S. Department of Education. It will have a nine-member independent Board of Directors appointed by the Secretary of Education from nominations by members of Congress. Grants and contracts will be awarded on merit, and policies will be developed following the tested procedures of NSF and NIH. The Center will be able to receive grants, contracts, and philanthropic contributions, as well as federal appropriations. See the National Center section of the bill ."