CyberBullying

  • Keep kids safe from cyberbullies pdated Thur February 17, 2011
  • Cyberbullying is a growing national concern, with roughly 75 percent of teenagers using cell phones, the most common instrument of harassment. The U.S. education secretary has been talking about it, and the Department of Justice held a cyberbullying summit.
  • Here is a web site with basic knowledge and information to get started.  Stop Cyberbullying.org

    There is also an interview with Parry Aftab on this electronic journal.

    Cyberbullying: An Interview with Parry Aftab

    Posted on February 17, 2011 by admin

    Bonnie BraceyBy Bonnie Bracey Sutton
    Editor, Policy Issues

    Introduction: Parry Aftab, J.D., is the executive director of WiredSafety, a site where victims can receive one-on-one assistance when they have been bullied online. She is the author of a number of books on Internet safety, including A Parent’s Guide to the Internet (1997) and The Parent’s Guide to Protecting Your Children in Cyberspace (2000).

    ETCJ: What is cyberbullying? How is it different from traditional bullying?

    Parry Aftab: Cyberbullying is “any cyber-communication or publication posted or sent by a minor online, by instant message, e-mail, website, diary site, online profile, interactive game, handheld device, cellphone, game device, digital camera or video, webcam or use of any interactive digital device that is intended to frighten, embarrass, harass, hurt, set up, cause harm to, extort, or otherwise target another minor” (WiredSafety). Snip!!

    There is also an interview with Nancy Willard on this site.

    Bonnie Bracey Sutton

    Power of US

    Science at the Street Level -Family Science Days

    I have been involved in science expos, family days and the Teragrid outreach. Most of our customers are kids. What the sad part is , is that they come and share and learn and leave with a sense of wonder. What happens in the school most say, is very different. I want to share a few pictures with you from the last Family Days at AAAS. We of the Teragrid were invited to display a booth.

    1. I am sharing this information because the link and information is  here for parents and teachers and some idea of what we were able to participate in. I am also sharing this in case you decide to do science cafes or festivals in your area. This is  a blue print to using community and national resources. There is funding for science cafes and festivals.
    Fabulous images from the Teragrid

    Working the Booth, learning about 3 D Visualization

    [Family Science Days]

    We Met the Scientists at AAAS Family Science Days!

    If you visited  Family Science Days during the Annual Meeting of the American Association for the Advancement of Science (AAAS).You would have had a wonderful experience. But you actually needed the two days to see it all.

    We browsed interactive tabletop exhibits, learn about cool science jobs, and had your questions answered by experts convened by AAAS! This FREE event was open to all

    All Family Science Days events took  place on Saturday and Sunday, 19-20 February in Exhibit Hall D of the Walter E. Washington Convention Center in Washington, D.C.

    This community science showcase—featuring hands-on demonstrations and other family and kid-friendly activities—shines a spotlight on a broad range of educators working to promote an interest in science among the general public. You can see from some of the pictures here

    Exhibitors at Family Science Days

    AAAS Kinetic City
    Kinetic City (www.kineticcity.com) is a fun, web-based series of science clubs and other resources produced by AAAS. Children learn standards-based science through art, writing, and physical education challenges by using hands-on and on-line activities. Featured this year in our booth will be activities from our Science Gym program, focusing on health, exercise and nutrition. Science Gym is a workout for your body and your mind! 

    American Chemical Society (ACS)Apply for an ACS Hach High School Chemistry Grant. Applications due April 1, 2011!
    Celebrate the International Year of Chemistry through hands-on activities with ACS. Our bodies, world, and universe are all based on the miraculous science of chemistry. Children, teens, and adults are invited to visit with our scientists and join them in hands-on experiments, such as polymer investigations, that will illustrate how chemistry improves people’s lives every day through its transforming power. 

    American Society of Agricultural and Biological Engineers (ASABE)
    ASABE is a global community of individuals dedicated to the advancement of engineering and technology for a sustainable tomorrow. Its 9,000 members are consultants, designers, educators, researchers, and others with unique expertise in agricultural, food, and biological systems. Worldwide, they help provide the necessities of life: a safe and abundant supply of food; clean water; a healthy environment; and the renewable sources timber, fiber, fuel, and energy. 

    American Society of Plant Biologists (ASPB)
    What’s so cool about plant biology and scientific thinking? To find out, try the fun, informative, hands-on plant science activities offered by ASPB. Dig in to make a Lilliputian garden necklace. Peek into plants with easy-to-use microscopes. Collect fun activities to share with your school or community. Meet real plant biologists to learn more about how important plants are to your everyday life. 

    ARKive (Wildscreen USA)
    ARKive, often called the Noah’s Ark of the web, is a unique global initiative gathering together films, photographs, and audio recordings of the world’s threatened animals, plants, and fungi into one centralized digital library. ARKive is leading the virtual conservation effort by creating comprehensive and enduring multimedia species profiles, complementing other species information datasets, and making this key resource available to scientists, conservationists, educators, and the general public. These important audiovisual records are being preserved and maintained for the benefit of future generations and freely available. 

    Brookhaven National Laboratory (BNL)
    BNL, funded primarily by the Office of Science of the U.S. Department of Energy, houses large-scale scientific instruments and facilities—some available nowhere else in the world. Each year, more than 5,000 researchers use these facilities to delve into the basic mysteries of physics, chemistry, biology, materials science, energy, and the environment. 

    Carnegie Academy for Science Education (CASE)
    http://case.carnegiescience.edu/
    CASE’s mission is to improve the science and mathematics experiences of the children of the nation’s capital. Our programs for teachers operate pre-K to high school and include MathforAmerica. Our current children’s programs are intended for students in grades 6-12. Come learn about: First Light; DCBiotech, Outreach Loaner Labs and Bead Into BioInformatics; STEM Teacher Professional Development; Carnegie’s NASA Education and Public Outreach programs; and MathforAmerica. 

    Carnegie Mellon University: School of Computer Science (SCS)
    Students from SCS invite you to their booth to find out what Computer Science is really about. Also, join us and participate in our stage-show presentation! Guess who is the Computer Scientist? Tickle your brain cells with Computer Science Puzzles! Did you know Computer Science is about Magic? … or is it? Meet “Billinda” our robot dog! 

    Deep Earth Academy
    Deep Earth Academy develops programs and materials based on ocean research expeditions. Come learn about the JOIDES Resolution—our amazing research ship—and how scientists on board pull core samples from the ocean floor, use them to learn about our Earth, and live for months at sea. 

    Fab@Home
    Fab@Home will change the way we live. It is a platform of printers and programs which can produce functional 3D objects. It is designed to fit on your desktop and within your budget. Fab@Home is supported by a global, open-source community of professionals and hobbyists, innovating tomorrow today. The community includes hundreds of engineers, inventors, artists, students, and hobbyists across six continents. The Fab@Home is used in fields as diverse as model making, manufacturing, education, bioresearch and cooking. Come learn about 3D printing of items from chocolate and cookies, to plastic and human organs. 

    FONZ
    FONZ is the dedicated partner of the National Zoological Park and provides exciting and enriching experiences to connect people with wildlife. Together with the Zoo, FONZ is building a society committed to restoring an endangered natural world. 

    GenSpace
    GenSpace is the country’s first community biotech lab. We dedicate ourselves to promoting education in biotechnology for both children and adults. Our members work in-and-outside of traditional settings, providing a safe, supportive environment for training and mentoring. We come to underserved schools to work with students, but can also be found at street fairs and green markets. We are strong advocates of hands-on science, using our lab to develop fun activities that both engage and educate. As our programs grow and more community labs like ours develop, we believe our community-based efforts will not only help generate a new generation of researchers, but also inform public science debate. 

    How the Weather Works
    How the Weather Works is a full-service weather education provider. This includes conducting teacher workshops, leading in-school field trips, offering public science education programs, providing quality weather-based photography to clients, and writing books and web content about weather. How the Weather Works prides itself in having a unique meteorologist-educator team to ensure that science and education are blended through multidisciplinary thematic study units. Mathematics, geography, language arts, history, and much more are “webbed” in our programs and products. 

    Earthquakes
    Jump up and down, create an earthquake, and watch your seismic waves. Create a larger earthquake with the help of your family and friends. Be a seismic detective and answer these questions: Did any earthquakes happen around the world today? Where do most earthquakes occur? Where do you think the next earthquake will occur? Explore these topics and more with IRIS, a university consortium funded by the National Science Foundation to provide facilities for education and research in seismology. IRIS provides free educational activities and resources for audiences including K–16 students and teachers and the general public, and it operates global seismic networks, portable seismic instrumentation, and data access facilities.
     

    Koshland Science Museum
    The Koshland Science Museum of the National Academy of Sciences engages the general public in current scientific issues that impact their lives. The museum’s state-of-the-art exhibits and programs stimulate discussion and provide insight into how science supports decision-making. Current Koshland exhibits include Infectious Disease: Evolving Challenges to Human Health, which explores the microbial world we live in and how our response determines the spread of disease;Global Warming Facts & Our Future, which explores ecological and societal issues related to global warming; and Wonders of Science, which explores ground-breaking scientific research through interactive multimedia. 

    NASA MESSENGER
    In March 2011, MESSENGER will become the first spacecraft to go into orbit around the planet Mercury. Come learn about the spacecraft and the planet at this fun, interactive exhibit! 

    NASA Solar Dynamics Observatory (SDO)
    SDO is NASA’s newest eye on the sun. Scientists are using SDO to study how solar activity is created and how space weather comes from that activity. Solar activity affects our modern society. Solar flares and coronal mass ejections can disable satellites, cause power grid failures, and disrupt GPS communications. They can also have a big impact on astronauts in space. Come learn all about the sun and space weather, and create your own Space Weather Report. 

    Scheduled to open in 2013, the NCM is a world-class cultural and educational institution dedicated to engaging children and empowering children. Its mission is to inspire children to care about and improve the world. Through 2013, NCM is operating as a Museum Without Walls, participating in a variety of community events and working with other organizations to develop creative partnerships that benefit kids and families. In 2009, NCM opened the Launch Zone, a 2,700 square-foot space at National Harbor, MD, where kids and families can prototype and test exhibit and program concepts. 

    National Institute on Alcohol Abuse and Alcoholism (NIAAA)
    NIAAA works to promote youth understanding of the effects of alcohol on coordination and the dangers associated with these effects. NIAAA will present the “Cool Spot Carnival,” which will use resources and messages from the Institute’s Cool Spot website geared toward young adolescents, aged 8 to 18, to show the negative effects that alcohol can have on the brain. Kids can try their hand at a football-toss game while wearing “fatal vision goggles.” These glasses distort the vision of the wearer to mimic the effects of alcohol on motor skills. 

    National Institute of General Medical Services (NIGMS)
    NIGMS is a component of the National Institutes of Health, one of the Public Health Service agencies within the U.S. Department of Health and Human Services. NIGMS primarily supports basic research that lays the foundation for advances in disease diagnosis, treatment, and prevention. The Institute’s programs encompass the areas of cell biology, biophysics, genetics, developmental biology, pharmacology, physiology, biological chemistry, bioinformatics, computational biology, research training, and work-force diversity. 

    National Institutes of Health (NIH)
    NIH is the nation’s medical research agency—making important medical discoveries that improve health and save lives. NIH strives to uncover fundamental knowledge in science that will enhance health, lengthen life, and reduce the burdens of illness and disability. In doing so, NIH seeks to strengthen our nation’s research capacity, broaden our research base, and inspire a passion for science in current and future generations of researchers. 

    NIH Division of Occupational Health and Safety
    The Division invites you to play STAR-LITE (Safe Techniques Advance Research—Laboratory Interactive Training Environment), an interactive, safety training technology that enlightens and expands your knowledge of working safely in a laboratory environment while simultaneously applying critical thinking proficiencies and problem solving skills. STAR-LITE is a free, downloadable, game-based learning experience that incorporates common gaming functionality with laboratory safety and risk assessment content. Sit down at a computer, walk through a virtual laboratory environment, and participate in a series of quests that require interaction with characters and laboratory equipment. 

    National Institute of Standards and Technology (NIST)
    From automated teller machines and atomic clocks to mammograms and semiconductors, innumerable products and services rely in some way on technology, measurement, and standards provided by NIST. Founded in 1901, NIST is a non-regulatory federal agency within the U.S. Department of Commerce. Its mission is to promote U.S. innovation and industrial competitiveness by advancing measurement science, standards, and technology in ways that enhance economic security and improve our quality of life. 

    National Oceanic and Atmospheric Administration (NOAA) Education
    NOAA is a federal science agency providing free information about weather, climate, oceans, coasts, satellites, data, and fisheries. Every day, NOAA’s science touches the lives of all Americans. NOAA Education’s mission is to advance environmental literacy and promote a diverse workforce. 

    Saint Joseph’s University
    Fish Cam is an on-line site that allows teachers and students to participate in research on shoaling (aggregation) behavior in fish. Fish choose shoalmates on the basis of looks, behavior, and familiarity, and we design experiments in which fish are provided with distinct shoaling choices. Teachers and students can visit Fish Cam from their homes and classrooms to collect data from real fish displayed in real time. We change the experimental set-up regularly (as described in the Fish Cam Calendar) enabling classes to complete entire experiments and gain experience in the study of animal behavior. 

    Science, Naturally!
    Science, Naturally! is an independent press creating products that bridge the gap between the blackboard and the blacktop. Our materials, for kids ages 8-14, include both fiction and non-fiction titles. We try to make potentially intimidating science and math topics accessible and compelling for kids and adults alike. To date, all of our titles have been recognized with the NSTA Recommends designation. 

    Smithsonian Institution: National Air and Space Museum
    The Smithsonian Institution’s National Air and Space Museum maintains the largest collection of historic air and spacecraft in the world. It’s also a vital center for research into the history, science, and technology of aviation and space flight as well as planetary science and terrestrial geology and geophysics. Its mission is to commemorate, educate, and inspire the nation by preserving and displaying aeronautical and spaceflight equipment; developing educational materials and programs to increase the public’s understanding of, and involvement in, aviation and spaceflight; and conducting and disseminating new research in the study of aviation and spaceflight and their related technologies. 

    Society for Science & the Public (SPP)
    SSP is a nonprofit 501(c)(3) membership organization dedicated to public engagement in scientific research and education. Our vision is to promote the understanding and appreciation of science and the vital role it plays in human advancement. 

    TeraGrid
    The TeraGrid is the world’s largest, most comprehensive distributed cyberinfrastructure for open scientific research. Using high-performance network connections it integrates computers, data resources and tools, and high-end experimental facilities at 11 partner sites around the country. TeraGrid resources include more than a petaflop of computing capability and more than 30 petabytes of online and archival data storage, with rapid access and retrieval. It includes more than 100 discipline-specific databases. TeraGrid works with educators and students in all fields of study to recruit and engage a large and diverse community in science and engineering. Join us to learn about the opportunities for participation, view 3D videos about astronomy and climatology, and view science/supercomputing videos on IPAD technology! 

    U.S. Department of Energy (DOE): Atmospheric Radiation Measurement (ARM) Climate Research Facility
    Come meet Professor Polar Bear and become a climate kid! Teacher Turtle and PI Prairie Dog will be represented too. Affected by climate change in different ways, these three friends share their experiences with you through the Education and Outreach program at DOE’s ARM Climate Research Facility. The ARM Facility provides measurements to support climate research around the world. ARM Education and Outreach strives to promote basic science awareness and understanding of climate change studies by providing lesson plans and an activity book to teachers and students. 

    [PHOTOGRAPH] Melissa Garren collects coral samples during a dive on the Palmyra Atoll 

    Meet the Scientists at AAAS Family Science Days!

    This was what happened if you visited Family Science Days during the Annual Meeting of the American Association for the Advancement of Science (AAAS).

    We   browsed interactive tabletop exhibits, learn about cool science jobs, and have your questions answered by experts convened by AAAS. This free event was open to all, but organized especially for middle- and high-school students.

    This community science showcase—featuring hands-on demonstrations and other family and kid-friendly activities—shines a spotlight on a broad range of formal and informal science educators who promote an interest in science among the general public.

    Digital Divide, Digital Equity … and Access? Digital Equity is the New Civil Rights Issue

     

    Are we there yet/

    New Technologies for New Times.. are you stuck in dialup?

    Teragrid Resources, using IPad

    Long ago there was a book written about “Invisible Man” by Ralph Ellison. Here is the Wikipedia stub for the book.
    Invisible Man is a novel written by Ralph Ellison, and the only one that he published during his lifetime . It won him the National Book Award in 1953. The novel addresses many of the social and intellectual issues facing African-Americans in the early twentieth century, including black nationalism, the relationship between black identity and Marxism, and the reformist racial policies of Booker T. Washington, as well as issues of individuality and personal identity.In 1998, the Modern Library ranked Invisible Man nineteenth on its list of the 100 best English-language novels of the 20th century. Time magazine included the novel in its TIME 100 Best English-language Novels from 1923 to 2005.[1] You might have to read the book to get the connection with the lack of broadband. Read the first chapter. The story is sad, but , it works for this analogy.

     

    This statement could work for those who have limited or no access.

    “I am an invisible man….I am a man of substance, of flesh and bone, fiber and liquids – and I might even be said to possess a mind. I am invisible, understand, simply because people refuse to see me.”
    — Ralph Ellison (The Invisible Man)

    Got Broadband?

    For those people who are not currently online with broadband access, they may seem like the invisible man that was in the novel. Groups championing the use of technology, point to their online resources and information. Those groups who used to have paper magazines and handouts decided not to offer them anymore. Everyone is online  they thought? Think again.

    Even the new broadband map has its critics. The San Jose Mercury News  has this to say.

    It is frustrating to see that after two years of work, some of the information is incomplete, incorrect or out of date. There’s much you might like to know that the map and its accompanying database don’t provide, most notably how much broadband services cost in your area. The map just launched, so it is likely to get better over time. The government is allowing anyone to download and use the database and is providing tools to allow other websites to access the map and data. It also is taking input from consumers to identify errors that will be corrected in updates. Here’s hoping that the government regulators follow through on those revisions and seriously consider updating the site more often. Because the National Broadband Map has the potential to be a very useful tool for consumers — but it’s not there yet.

    For the people who are learning about Cloud Computing and online content , the devil is in the details. For the school systems who are reading the new technology plan, which is a good plan there is just one problem. How to , if there is no connectivity in the broadband sense.

    If you are rural, One Third of Rural America Has Access
    http://online.wsj.com/article/SB10001424052748703561604576150691269105816.html

    You can check the reality of the New National Broadband Map here
    National Broadband Map
    Popular Reports: Quick access to download the most frequently generated reports. … goal of embodying the spirit of the Internet by delivering the National Broadband Map …
    broadbandmap.gov

    http://broadbandmap.gov/

    http://arstechnica.com/tech-policy/news/2011/02/navigating-the-us-national-broadband-map.ars
     

    arstechnica.com

    The US government’s long-awaited National Broadband Map has arrived, with tons of ways to discover what kinds of Internet services are (or aren’t) available in your area. We’ve got a guided tour of the site.

    Is there Digital Equity in your community?

    The Digital Equity Toolkit. The toolkit points educators to free and inexpensive, high quality resources that help address the digital divide in the classroom and community. This toolkit was developed by Robert McLaughlin and  associates and has been re-edited for tofay’s times.

    I have been working with and helping to point our inequity since I was on the NIIAC and we framed the policy that we thought would bring us national broadband much earlier.  We thought that students, families and communities would be able to get access through libraries, community centers, and schools.

    Bonnie Bracey Sutton

    PowerofUS Foundation

    If you read our statement , we aim to change the face of schooling by creating digital equity in a national transformation of schooling.

    Emaginos.com.

    Here be Dragons..Maybe the Dragons in Education are Ancient Practices

    Not Reform, Transform, Here be Dragons.. I think not….Dragons may be the people stuck in ancient practices.

    Not Reform, Transform Schools, Look Toward the Future, Not the Pastby bonniebraceysutton on January 25, 2011

    Not Reform, Transform, Here be Dragons.. I think not….Dragons may be the people stuck in ancient practices.

    Bonnie Bracey Sutton, Power of US –

    Reflections from a Truthout Article

    http://www.truth-out.org/lets-not-reform-public-education67006

    Who can disagree with reform? Who can be against helping children stuck in a bad school system?

    What the corporate reformers have done well is to essentially trademark “reform,” branding in the public mind their diagnosis of what’s wrong with schools and the harsh, chemotherapeutic remedy.They own reform. They are the people of Aspen, the digerati that meet and greet and talk about the future. Few real teachers, or administators, or community membersin real educational situations are a part of these conversations. Most have never experienced or know the real areas of difficulty, in education. Their experience of bad school systems is filtered. There are people suffering from really being involved who have a real perspective on the problems. But, they have hardly been consulted.

    Rhee Goes Rogue

    What’s wrong with the school system, according to corporate reformers, is the bad teachers, their unions and “special interests,” as Rhee claims practically unchallenged in her Newsweek cover story and across the corporate media, including in “Waiting for Superman,” which earned ample air time on Oprah’s “Shocking State of Our Schools.” The corporate media has adopted this diagnosis, as is best illustrated in Tom Brokaw’s segment in “Education Nation,” an NBC special applauding the corporate reformers featuring Rhee and Gates (Gates also appeared in “Waiting for Superman”). The Bill and Melinda Gates Foundation was also one of the sponsors of Education Nation, and Gates was a star of his own show. Not surprisingly, Brokaw – a reporter, not a pundit – claims, as fact, that there is a “teacher establishment,” which is part of the problem, echoing Rhee and other corporate reformers sponsoring the event..

    I have been involved in some of the digerati discussions, in places where the rich and famous gather to discuss ideas. For the most part there are few genuine educators present. But there are “scholarships” for a chosen few.

    The audience is of powerful people with big ideas. Think Aspen, Ted, PopTech,  and other specialized groupings that are a digital divide, well a monetary divide as well.There re are some wonderful things that happen as a result of these powerful meetings. Clark County in Nevada has demonstrated some wonderful projects as a result of Gates Funding. I enjoyed learning in their schools of the future

    .http://www.facebook.com/album.php?aid=43472&id=593996326

    Often the diagnosis, the corporate reform remedy is obvious: take down the “teacher establishment,”

    For the most part, teacher voices are left out of the conversation.

    The real stories of schools in Washington DC were never told.

    Slowly, the effects are being judged.

    I personally taught for three years in DC and ran screaming for the suburbs.Children were sleeping under my car, Children were following me because of need in the neighborhood. Children were falling down elevator shafts.There was  no nurse in the schools. The school I taught in stank when the heat was turned on from years of old urine. We had rats. But I did stay three years. When we had to teach on a bench in the gym during some remodeling, that was too much for me. We were not in touch with the community. We did do the technology mentoring , and some learning took place. But the culture of the educational community and the support of the learning community parents was what we worked on for the most part. We had measured success.

    I live in Washington DC. I know the lay of the land and the needs of the schools. While in the Clinton Administration we worked to help Ballou High School.’Actually not much helped, there was the culture of those who feel deserted, the lack of infrastructure, the lack of real training of teachers and we tried, but lots of people had bandaid solutions. I am not sure that anything worked. Don’t tell me that they had a wonderful band that went to the Superbowl. I don’t care about that.

    What did Rhee Leave in her Wake...

    This headline did not make the national news . But , it should have.The press does not follow up on their highly flambouyant stories. We don’t have a movie of the reality of rural, poor, minority and reservation schools. Perhaps the story is too hard to tell. Probably they are afraid that teachers won’t come to teach in areas of need. maybe reporters just need a very media ready story.

    Private contractor failed Dunbar High’s students, D.C. says

    http://www.washingtonpost.com/wp-dyn/content/article/2010/12/14/AR2

    There are other stories to think about as well.

    The press does not tell the bad stories in education. The bad stories are depressing. Some children live the bad stories every day of their school life.

    Say it isn’t so on IMPACT, Mayor Gray

    http://voices.washingtonpost.com/answer-sheet/dc-schools/say-it-isnt-so-on-impact-mayor.html

    By Valerie Strauss, Washington Post Reporter

    “Here’s why I was so disappointed to read my colleague Bill Turque’s report on a plan by D.C. schools officials to have the flawed IMPACT teacher evaluation system reviewed by a Harvard think tank:

    1) I was optimistic that new Mayor Vincent Gray was serious about fixing the problem when he said at a recent public forum that the evaluation system –instituted under former Schools Chancellor Michelle Rhee — was unfair to teachers. In his own words:

    “I guess I would say at this stage… it’s a step in the right direction, but it’s got a long way to go to be a fair evaluation of our teachers. And frankly any system that isn’t sensitive to the differences in challenges of the kids in the schools only encourages teachers to teach in one part of the city and not in the other parts.”

    But, the national news does not pick up the examination of Rhee’s work under the microscope of public and academic opinion. The voters had their say and the press moved on.

    There are reasons to be concerned about the legacy of Michelle Rhee.

    Those of us who work, and who try to impact, change and help transform the schools know a lot of stories that the press is not talking about. Sometines the truth may be too ugly to tell.Sometimes the press does not tell the good things that happen either.  The George Lucas Educational Foundation is left to sort the stories out. Emaginos  says on their web site.

    The Need To Transform K-12 Education

    As President Obama recently told Congress and the American people,“In a global economy where the most valuable skill you can sell is your knowledge, a good education is no longer just a pathway to opportunity — it is a prerequisite. Today, three-quarters of the fastest-growing occupations require more than a high school diploma. And yet, just over half of our citizens have that level of education. We have one of the highest high school dropout rates of any industrialized nation. And half of the students who begin college never finish. This is a prescription for economic decline, because we know the countries that out-teach us today will out-compete us tomorrow.”

    Emaginos has the concept of transforming educational practice through example at the Tracy Learning Center in Tracy, California, a time tested learning project.

    Tracy Learning Center

    The Tracy Learning Center is the first in a network of research and development schools implemented to demonstrate Emaginos Learning. The Tracy Learning Center is a dynamic response to the compelling need to revolutionize teaching and learning. The foundation for Emaginos Learning has its beginning in the vision, creativity and innovation used to design the Tracy Learning Center. The Tracy Learning Center opened in July 2001 and operates as a K-12 charter school. The Tracy Learning Center serves as a model for both public schools and learning in the private sector. It is an innovative collaborative of industry, education and government that provides a positive change in the process of learning.

    The center involves, parents, community, learners and the community colleges. http://www.emaginos.com/tlc.html

    TEACHER VOICES?

    I like the NFIE project which probed teachers about their learning a href=”http://www.nfie.org%3E/“>www.nfie.org>;.”To improve schools we must focus on the teachers,” said Judith Rènyi, executive director of the National Foundation for the Improvement of Education, (NFIE) in releasing this report .

    Teachers Take Charge of Their Learning “Schools can only be as good as the teachers in them. This is something that all other so-called ‘reform efforts’ have missed. It’s what teachers know and can do that will make the difference in improved student performance..When I am on the road, I learn that most teachers have little or no knowledge of the documents, and kinds of support they can get. People keep giving us lesson plans, and more websites, webcasts, nings, and other way to communicate, But a basic understanding and fluent knowledge of the new ways of participatory cutlure, and deep curriculum, is important. We need web 2.0. an understanding of Cloud Computing and we need to know the significance of the use of mobile technologies.

    Children with their hands on the keyboard have access to knowledge beyond the textbook, teacher, and sometimes the local library resources.

    Cyberbullying

    .They need to know the resources for

    Cyberbullying. http://www.stopcyberbullying.org/.

    http://www.facebook.com/album.php?aid=207765&id=593996326

    Beyond this web site is a tool kit for the use of computers for community, school, and personal use. Here are pictures of an event that took place in Washington.

    What we need is applications of pedagogy. These should be delivered up close and personal. A website to a techno-terrifed teacher is of NO significance.The website can be a wonderful link after teachers have developed a vision for driving technology into their personal school tool armature.   If we look at the way in which people are attracted to technology, there are several routes, courses, games, mentoring, and use at school that entice people to use technology..

    Clark County Schools in Nevada have some wonderful showcase schools.

    These are my pictures but there are discussions of the various schools in the Edutopia web site.

    My tour of Clark County Schools

    http://www.facebook.com/album.php?aid=43472&id=593996326

    Pedagogical Tools

    Technofluency fir teacchers  is the word

    .http://www.tpck.org/tpck/index.php?title=Main_Page.

    It is also described as TPCK – Technological Pedagogical Content Knowledge

    Bloom’s Digital Technology is the word. And construct to think about. Bloom’s Taxonomy Blooms Digitally, Andrew Churches

    http://shar.es/3aHuL

    Computational Thinking is the word. www.shodor.org

    Every day we read, use, employ and get information from computational tools, and resources. We access the weather, read the oceans, find our way in cars, use the Internet, get medical treatment using imaging, and so on. There are gatesays to  the use of superconmputing that we learn about in the press, but not as a part of preparation for the future in school. Why is that?

    If you say supercomputing, or computational thinking few people know what that is, or cloud computing, yet they use it every day.

    Teachers are sometimes still in the dark ages of education, using tools that my mother and others used 80 years ago. Chalk and Talk. Globaloria is an example of a state effort to teach teachers, with collaboration, connectivity and community. Here are photos of teachers taking charge of their learning. It was a wonderful event.

    http://www.facebook.com/album.php?aid=247311&id=593996326

    How Many Teachers Use Technology?

    An ETLS survey showed these points…Connecting Teachers and Technology

    Research shows that helping teachers learn how to integrate technology into the curriculum is a critical factor for the successful implementation of technology applications in schools. Most teachers have not had the education or training to use technology effectively in their teaching. As technologies are ever evolving and many times professional development is a very short interface. Some esteemed professors feel that technology has no place in the curriculum and I do not debate them on line because they have made their minds up to the contrary, but use the technology to tell us that the participatory culture does not work , excuse me?

    In medieval times, the scripters, the careful monks who painstakingly copied books, had most written knowledge in their hands. The monks and priests had a network even then to disseminate knowledge to the capitals of the countries that the Jesuits served. The “knowbots” of medieval times were the intellectuals who could read, write, and discourse, and they made decisions or were able to influence the decision making of that era. In those dark ages, information was available, but very few were privileged to be a part of the sharing of knowledge. Once the printing press was invented, the industrial secrets of that world and global niches of specialization were quickly shared. But even then, the movement of ideas was based on a person’s ability to read and to purchase or have access to a book. It took a long time to bring the cost of books down to a level that the general public could afford. Hence, the town criers. Oyez! We are undergoing change that is more widespread and just as transformational, if allowed.

    The New America Foundation brings up the images of dragons. Here be Dragons…

    Maps in the old days often included depictions of sea dragons or lions to connote unknown or dangerous terrain. Unfortunately, when it comes to a future that will be altered in unimaginable ways by emerging technologies, society and government cannot simply lay down a “Here Be Dragons” marker with a fanciful illustration to signal that most of us have no clue. Many of the nay -sayers have no clue but lots of press presence. I remember when the Pope, Oprah, and others warned of the Dragons in the use of the Internet. Check out their web pages. Lots of the people made a lot of money raising red flags about technology. Remember Todd Openheimer? He is probably somewhere quietly counting his money.

    Many teachers are not far removed from those primitive ways of communication. We are still using the book for our basic teaching and the voice for the delivery of the program with a little help from some current technology, some hands-on projects, and a few field trips. The current economic crisis strikes hard in places along the digital dark road, where Internet is suspect, and teachers have little or no training in the use of technology.”

    In the book, 21st, Century Skills, Learning for Life in our tines, Bernie Trilling and Charles Fadel remar that the world has undergone foundational shifts in recent decates-widespread advances in technology, and communications, increased competition, and the escalation of global challenge from financial meltdowns. They query , how can we prepare students to meet the challenge of our century if our schools remind virtually unchanged?

    They focus on Learning and Innovation Skills

    Creativity and Innovation Critical Thinking and Problem Solving, and Communication and Collaboration

    , Digital Literacy Skills

    Information Literacy , Media Literacy and ICT Literacy( this should include an understanding of Cyberbullying and the whold concept of the participatory culture.

    Many teachers , schools and communities don’t have a concept that defines Wired Safety.

    Here’s a place to get a start. http://stopcyberbullying.org/

    Career and Life skills.

    Many of us call these skills workforce readiness skills.

    Flexibility and Adaptability, Initiative and Self Direction, Social and Cross Cultural Skills, Productively and Accountability , Leadership and Responsibility.

    How do we transform practices?

    The good news is that many teachers are using the new cells of virtual communication and networks that exist on the Internet to reconstruct and improve their teaching practices. The number of people involved in network communications is larger than the cable and television viewing public. Teachers are learning multimedia and using platforms to create learning environments that are rich in motivation and interest and cater to different learning styles. Our link is the computer, online telecommunications, and our virtual communities of thought, conventions, and teacher organizations.

    We are just beginning to develop new ways of learning. Unfortunately, we are like the monks. Most people outside our sphere do not understand our words when we talk about the information highway, any more than the peasants understood Latin from the monks. There are more people who do not understand this hue and cry about the information highway than those who do.

    What is interesting is that most of the people talking about education are not educators.

    Even the experts in education are ignored. Here is the questions. Do or should reporters be the experts, choose the experts?

    Educators

    The digital world will change education as much or more as the printing press did. For years we did not understand the changes the printing press made in the storage and retrieval of information. The digital world will change learning as much or more than books. Frank Withrow

    The corporate reformers have reached the hearts of the public, blinding them with a beautifully rendered fiction.Even though Ravitch is very visible, even though she has powerful data and analysis to support her conclusions, which are widely published and read, she hasn’t been successful in capturing the public imagination, as there is no story – no hero or villain – for the American public to easily grasp, to reduce into a simple plot with an obvious moral. There is no heartwarming tale to sell newspapers or to draw viewers to the evening news or sob-filled theatres.

    On our present course, we are disrupting communities, dumbing down our schools, giving students false reports of their progress, and creating a private sector that will undermine public education without improving it. Most significantly, we are not producing a generation of students who are more knowledgeable, and better prepared for the responsibilities of citizenship. That is why I changed my mind about the current direction of school reform.

    Ms. Ravitch is author of “The Death and Life of the Great American School System: How Testing and Choice Are Undermining Education,” published last week by Basic Book

    Powerful Learning : What We Know About Teaching for Understanding

    The nation’s leading education experts present the best teaching strategies for powerful learning

    Teaching: what works, what doesn’t, and why? Within the fields of reading, math, and science, bestselling author Linda Darling-Hammond and colleagues describe, in clear and practical terms, the best teaching methods for K-12 student understanding. Rich classroom stories show that students designing and working together on engaging projects are challenged to do more than just memorize facts. This invaluable resource offers innovative strategies to support student learning.There is a wrinkle. We are talking often as if everyone has access to the new technologies and broadband. The hope today is that wireless technologies will vault the Digital Divide. What do you think?

    Communications technologies have continued to evolve and now increasingly provide opportunities for deploying low-cost broadband. However, conventional commercial business models for providing broadband often create bottlenecks to spreading connectivity. Over the past five years, successful community and municipal wireless networks have been overlooked and often dismissed, yet they hold tremendous promise for improving our nation’s approach to building communications infrastructure, empowering local communities and addressing the digital divide. This event will launch an important report that reviews community and municipal wireless networks across the United States and Europe.

    The Power of US Foundation

     

    The Power of US Foundation is a grassroots organization focused on growing support for transforming America’s K-12 public schools from their traditional teacher-centered model to a new student-centered model that customizes education for every child and in parallel with that effort, to improve educational and digital equity across all demographics.

     

    The Power Of US Foundation, connects teachers, parents, educational communities, business leaders, and government representatives across K-12 who share our goal to create transformation in education with powerful information and collaborative ideas.

     

    To achieve this goal of transformation we are engaged in a number of related programs.

    • Website – We are building a website that will serve as the central clearinghouse for a wide range of research and communications activities.
    • Blogs – establishing communities of interest and providing a virtual place for exchanging ideas and organizing activities.
    • Research – Collecting, cataloging and posting links to relevant research, publications, and reports.
    • Communications – providing a means for people to be kept informed of events and information in which they have expressed an interest.
    • Relationships – There is a wide assortment of interest groups that are working separately on specific components of the larger problems of educational quality and digital equity.  Our plan is to work with them, identify those areas of common interest and assist them in sharing resources where appropriate.
    • Resources –
    • We gather examples of what powerful ideas are needed to transform schools, and then educate communities as to what they can do by example.
    • We are building relationships with a broad spectrum of individuals and organizations that have developed or are developing student-centered educational resources in all disciplines across the curriculum.  We will then provide annotated links to these resources so they gain greater use and impact.  One of these relationships will ensure that all of the resources are integrated into the Discovery Learning System curriculum.
    • Digital Equity – We see the pursuit of digital equity, social justice and an ability to use the new technologies as a new civil rights issue.  Because simply having access to technology does not fix the problem, we are working to fuse the digital and educational equity issues into a single effort.
    • Conferences and workshops – We provide informational presentations and chair panel discussions at major educational, technical, and digital equity events and conferences.
    • Program planning – We initiate and participate in grassroots initiatives to promote change. We participate in formal and informal conferences, forums, and initiatives to gather ideas, information, and innovation.  For those people on the digital dark side of the road or those without proper connectivity, we provide examples, ideas, and information about funding sources.

    Most school teachers work largely in isolation from their peers, and many interact with their colleagues only for a few moments each day. In contrast, most other professionals collaborate, exchange information, and develop new skills on a daily basis. Teachers in disadvantaged communities are often in the classroom where the bell and the loudspeaker or PA system may be the most significant technology they see/hear all day.  In many schools the cellphone is forbidden and the Internet, even if accessible, is not a given 24/7 opportunity. We provide new models and examples of teacher communications and collaboration.

    .

    The way public education is funded through local property tax assessment results in enormous resource inequities among and between communities.  Providing for equality of educational opportunity at racially isolated, disadvantaged, distant, and rural schools continues to be an important area of concern for educational policy makers. Quality teachers are essential to promoting equal opportunity and for broadening engagement .There are examples of excellence that are shared, shown and talked about that escape even the schools that are connected.  Our programs will give these exemplary programs wider visibility for emulation and adoption.  We are working to provide support for the under-resourced schools and districts to write grants, be involved in the conferences, or to conquer the other factors of their digital divide. We participate at many levels to provide examples of grassroots initiatives, toolkits and professionals to start the conversation, and to create transformational educational landscapes.

     

    Support – We donate most of the intellectual energy required for pursuing our goals.  Living in Washington DC allows us to be involved and influential in a number of important programs, but we rely upon outside support for covering the cost of travel and participation in the many relevant conferences and events.

     

     

    Bonnie Bracey Sutton, Executive Director.

     

    I Kids..IPhone, I Read with Joy..I Read

    Recently a small relative, who is under 2 yeas old made me think a lot about the new ways of learning that we should be considering and monitoring, and learning from. The participatory culture has a new addition. None readers can do interactive learning. He had books, and I think I saw Nemo over and over again until I was tired of it. But the IPad changed his habits. I also had some other tricks up my sleeve, but I never had to use them. He still gets a good reading activity from his mother, a bedtime story that is in traditional form.

    Using the IPad

    New ways of exploring learning, vaulting the digital divide

    The article, the rise of the IKids caught my attention.

    http://www.mercurynews.com/news/ci_16860666?nclick_check=1

    I am from the Grandma and Me generation. That is there were some CD Roms, that I used to teach students , at a higher level than non reader, and I was fascinated then by the attention, time and interest of students.  A principal challenged me to make use of the programs and I did. Unfortunately, the programs worked so well, that I had to find a new way to schedule students into the lab. We were a small school with a tiny lab, with a window to the world.  Linda Roberts did not approve of the programs, but I used them to enrich and change the interest level of readers. Ok, I also was able to do individualized conferencing since all of the kids were busy, and to introduce children to many books in that format with ease, no matter which language they spoke at home. The school I worked in was a school in which there were many immigrant children. English was.. sort of spoken by most , but not necessarily by the book.

    I started the use of the CD Roms ( which I found in a closet) with special education students. I liked the individual ways in which students could progress through the materials and it also gave me time to do small group work.

    I knew the materials were a hit when some of the children literally ran with their walkers to the lab with a smile on their faces trying to escape going to recess. There were about ten programs in this category and those that I did not have, we purchased.

    A lot of people would say.. how is that reading??  Well the program could read to you, you could click on the images on the program, and you could go through the program in Spanish, in English and Japanese.  There were variable resources as well. Many people thought that these little books were not academic enough. I saw them as an invitation to read, to explore, to think, to be imaginative to get lost in the reading experience. Living Books they were called. I individually purchased every one I could get. They were that inspirationally different from the thick , boring textbook with the workbooks and word tablets that were never ending. I am not sure but this is what Wikipedia says about where the Living Books are and how they can be found except on UTube.  I am just learning to be a facilitator for a pre-reading child. I should explain that I escaped teaching for a while, the tedium of the reading circles got to me.  But I did return.

    “The Living Books series was a series of interactive animated multimedia children’s books produced by Brøderbund and distributed on CD-ROM for Apple Macintosh and Microsoft Windows. The series began with the release of Just Grandma and Me (an adaptation of the book by Mercer Mayer) in 1992; other titles in the series included The Tortoise and the Hare,Arthur’s Teacher Trouble (and other adaptations of books by Marc Brown), Dr. Seuss andBerenstain Bears titles. [1]

    Living Books became quite popular in the mid-1990s and were even used in some classrooms to teach English. Some home-computer users reported purchasing CD-ROM drives and sound cards specifically to run Living Books.

    Many of them had selections for other languages, namely Spanish and Japanese.

    The series did have an official website, http://www.livingbooks.com[1], but after the series was canceled by Broderbund, the site was up for grabs and bought by Scholastic. It was then converted into a jungle book series website that sold books published by Scholastic.

    So , now on IPad and IPhone there are newer interactive programs. How do we use them in schools? Do we?

    Little Critter certainly helped me to charm a group of students who were not all that interested in reading to read. We progressed to the Jack Prelutsy poetry, to the other offerings of this genre. The special education teacher and I were on a roll for a long time until the teachers saw the excitement in the lab through our goldfish window. Then, even the teacher who gave me the programs stating that the were useless, demanded lab time.

    We had a solution. earphones from the Dollar Store, and a selection of the programs for the special education class so that they could continue their explorations during class.

    Reading is a very special joy, interactive reading , is a new way of sharing. Soon there was the Cat in the Hat and other offerings.. I loved being able to take the kids from the CDRoms to a real book, but I also had surprises. One day a child spoke the story to me in Japanese.

    This opened my eyes to limitations we place on students with gated reading. Often teachers would not let you go to the next level. You know, it was a grade leveled thing reading. NOT.

    The IPad and other reading programs give wings to students who enter the world of reading with true interest, and joy. The little relative who wanted to find sites on IPad, was introduced to the stories, and demanded them from time to time. I have been told that there are applications on the IPhone as well that are of interest to students.

    Award Reading uses the magic of the technology in a cloud based reading program and I suppose that there are other programs who see the new ways of learning that are personal. interative and individual. Certainly the textbooks as we know them, good stories carved out of books that are a year long assignment are doomed.

    Individualized learning … personalized learning. Do read the article. It is an eye opener.

    Here is a small segment. This will calm the fears of those who think we will run out of reading materials and ideas in teaching and learning.

    “Before, during and even between classes at Hillbrook School this fall, seventh-graders have been spotted on the Los Gatos campus, sometimes burbling Spanish or Mandarin phrases into the glowing screen in their hands, other times staring into it like a looking glass.

    iPads — the Apple of almost every adolescent’s eye — are being provided to students at several Bay Area public and private schools this year, including Hillbrook, which claims to be the only K-8 school in America using tablet computers in class and sending them home. This has led to a lot of 12-year-olds swanning around the wooded hillside campus, talking to their iPads.

    “Summoning up a virtual keyboard recently, Sophie Greene quickly typed a note to herself in iCal, a calendar program, then played back an audio file in which she was speaking Spanish. “We record a conversation, e-mail it to our teacher, Señorita Kelly,” she explained, “then she critiques the lesson in Spanish and sends that back to us.”

    Conquering the digital divide to provide the mobile tools. Well, that’s another problem. Not mine to solve. I believe that the inattention and the behavior problems in schools of need are caused by the old fashioned idealogy and ideational scaffolding .. using industrial models of reading to teach 21st Century media kids. There are probably students who would love school even more with the right tools. I know that the students I had loved games, books, and the personalization of knowledge. We must transition into new ways of sharing good ideas. What are yours in reading? What magic have you seen?

    I have a friend who does 3 dimensional reading .. but I don’t know if that work is in books. One of the things that Living Books did was to encourage me to have students write their own books. Little books. Now with gaming technology , I believe we could at higher levels create some animations of our own to share the ideas of the book.

    What have you seen? What captures your imagination in new ways of reading?

    I love technology, but I still have a house full of books. That however is a different discussion we can have. What is the best mobile  tool? I certainly don’t know.

    What is the power of us to make reading exciting, enchanting, involving and imaginative? That power, give to the disaffected students can change their world and ours. I am thinking three dimensional books. Works for me.

    The Digital Divide Is the New Civil Rights Issue in America


    My friend Allan Jones gave me this title from a piece that he wrote to describe the inequity of learning in the US. We were thinking about the effects of the PISA report in the US. We were also thinking of places where new ideas and participatory learning are not a part of the program. We have plans to transform education.

    The “digital divide” that persists in Internet use is  based on income, education and community means people are not acquiring the digital fluency that is required to operate in to-day’s world.

    The part that bothers, us, worries me , is that lots of people who are well connected technologically do not have an awareness of the level of difficulty that others have in reaching technofluency based on connections and awareness.

    There is also a level of learning, a depth of knowledge that is lacking in many schools , and learning places.

    “To put it quite simply, America is a diverse society in which educational differences have the potential to become a progressively larger source of inequality and social conflict. Many people now recognize that eliminating these differences has become a moral and pragmatic imperative.”

    College Board, Reaching the Top(1999)

    There is a concern about the status of education in the nation. The recent publication of the  PISA 2009  results have caused a wringing of hands and a contemplation of why the US has declined in education. In minority areas and in underserved areas we have always lived with these kinds of statistics. We are always racing to catch up to whatever is just regular. Broadening engagement is our goal. I was delighted with the US Department of Education Technology Plan. To implement it, however we need assistance. Those of us in minority communities have always been striving to catch up. We never seem to make it.

    Rural, urban, distant and compromised describe some of the schools, students adn communities not making use of the Internet. The Internet has gone global in a big way. Here are some interactive ways to share how the web works, resources and the state of and power of the Internet, from the BBC.

    What are we talking about? The Web

    How the Web Works

    Explore this interactive graphic to find out which are the biggest sites on the internet, as measured by the Nielsen company. This feature is part of SuperPower, a season of programs exploring the power of the internet.

    Resources

    BBC

    Interactive program from the BBC- SuperPower

    resources from Superpower

    We need support for teachers.

    I wrote years ago of the importance of teacher support.http://www.ait.net/technos/tq_04/4bracey.php

    There are many teachers who simply want to help kids as best they can. What is the motivation for the change from chalk and talk to the use of technology as a tool? In American education, the textbook remains the basic unit of instruction. Absorption of its contents tends to be the measure of education. How can we change that? What motivation is there to take on the task of change?

    Many teachers and instructors use chalk and talk to convey information. Students are often recipients of instruction rather than active participants in learning. When teachers upset the industrial model, what are the predictable differences? How do we convey to the public the models of this change and the reasons why U.S. education should change?

    In the past, even the most dedicated, skilled, and caring educators needed paper, pencils, and books to ensure that their students got the knowledge they needed to succeed in the society they were being prepared for. To succeed in the society of the 21st century, however, today’s students must graduate with more than the memorized knowledge of the past. They must be able to synthesize and analyze information, not just memorize it. Today’s students must learn to think for themselves. And they must be able to adapt to a world in which the only constant is rapid change and the participatory culture is desired by students to be a part of their learning .

    Most schoolteachers work largely in isolation from their peers, and many interact with their colleagues only for a few moments each day. In contrast, most other professionals collaborate, exchange information, and develop new skills on a daily basis. But teachers are often in the classroom, where the bell and the loudspeaker or PA system are the most significant technology. Although half of this nation’s schoolteachers use passive video materials for instruction, only a small fraction have access to interactive video, computer networks, or even telephones in the classroom. And these technologies offer opportunities for collaboration in spite of distance.

    While computers are a frequent sight in America’s classrooms and training sites, they are often used simply as electronic workbooks. The interactive, high-performance uses of technology that the NII will allow—such as networked teams collaborating to solve real-world problems, retrieving information from electronic libraries, and performing scientific experiments in simulated environments—are all too uncommon in our schools. U.S. schooling is a conservative institution that adopts new practice and technology slowly.

    So how do we teachers make the change? We have a variable set of needs: access to hardware, some familiarity and training, on-site permission, and patience and support within the educational setting. The support should hopefully be systemwide and involve all of the layers of funding; parents and community members; and—to effect significant national change—teacher inservice and training. And, finally, time: teachers need time to learn technology, to understand the applications, to synthesize ideas so they can use technology as a tool that will enhance the teaching process. All of these ideas are considered in detail in the NIIAC’s KickStart Project.  This was written years ago, and for many people the world has changed significantly, but there are those still toiling in pre-technology stages.

    Here us a simple test for thinking about the level of teacher use of technology. Take the test.

    Examples of Need In areas of the US – What about your Neighborhood?

    Need

    Without ready access to computers, students struggle

    Even wealthy Fairfax is forced to contend with a digital divide

    Fairfax County , Virginia USA

    http://www.washingtonpost.com/wp-dyn/content/article/2009/12/05/AR2009120501746.html?wprss=rss_education

    Need


    Teachers describe administrative failings at Dunbar

    http://www.washingtonpost.com/wp-dyn/content/article/2010/12/11/AR2010121102464.html?hpid=sec-education

    Her account is one of several that have emerged since Bedford was ousted, less than three years after it was hired  by former Chancellor Michelle A. Rhee to turn around Dunbar. City records show Bedford has been paid $1.2 million this year as part of a three-year contract to overhaul Dunbar and Coolidge high schools. The firm remains in control of Coolidge. of course, Rhee is gone but this was her project.

    Need

    Private Operators Ousted at Dunbar

    http://www.washingtonpost.com/wp-dyn/content/article/2010/12/08/AR2010120807351.html?sid=ST2010121102563

    Rural

    There are rural schools in which I have worked that do not welcome the use of the Internet for various and sundry reasons.I have traveled tribal regions with Karen Buller of NITI, in the  Navajo nation and am impressed by the Hogan to the Internet program start. I work with Idit Harel Caperton in West Virginia, so I know the rural challenges. Her example of facilitation of the power of technology.

    Lots of good examples of what works can be found at the NASA, National Geographic, NOAA and Edutopia Sites

    Case studies , resources, and video are at www.edutopia.org.

    Some Programs that work/Projects

    http://www.Globaloria.com/.

    http://www.facebook.com/share.php?u=http%3A%2F%2Fwww.edutopia.org%2Fblog%2Fcomputer-science-education-girls-increase-interest-suzie-boss

    I loved this learning experience also.

    Scalable Game Design

    Our main goal is to bring computer science to middle schools with the ultimate aim of developing a larger IT workforce to address the IT crisis.

    http://www.agentsheets.com/products/scalablegamedesign/index.htm

    Community Outreach for IT

    NCWIT’s “Programs-in-a-Box” offer turnkey solutions to pressing issues facing the IT community. Programs-in-a-Box provide all the components necessary for quick and strategic action — right out-of-the-box. Each Box includes instructions, letters, templates, slide presentations, and other resources designed for practical use by IT professionals. Roll over the boxes below to read descriptions and find the one that’s right for you, then click a Box to download and get started.

    Power Across Texas

    Interactive Sites that Demo Good Use

    There are also some groups that are restricted by disability in powerful uses of the Internet because new tools and ways of working are not commonplace, and well known.

    Shodor

    / Curriculum for Computational Thinking

    Will Mobile Devices Solve the Digital Divide?

    ” Learning in the 21st Century, Taking it Mobile

    A report on a conference and resources for teaching and learning

    Bonnie Bracey Sutton

    The title of the conference was “Mobile Learning for the 21st Century”. We know that the policy, process and technology infrastructures that are adopted over the next few years will shape education for decades. We also know that the lack of broadband is a problem in many places in the US. We have been talking about 21st Century adaptations and transformation for many years. It is still a goal. There is a dark side of the digital divide without broadband. Everyone assumes that people can access high powered sites. The FCC is busy working to create broadband for all but the realization of this will probably be a long time in coming. The sad part of this is the lack of classroom access in some parts of the US. We are told the new E-rate will help to solve this, but it is a BIG problem. The media has not much interest in this topic so it was exciting to be there with educators, vendors, people from the Department of Education, professors, reporters and futurists all talking about mobile devices. Some of the people who were there were Chris Dede, of Harvard University, Elliot Soloway of Michigan University, Julius Genachowski of the FCC, John Harris of Politico, Dr. Paul E. Jacobs of Qualcomm and Julie Evans of Project Tomorrow to name a few of special people there.

    Other interesting people to note who were there were Bernie Dodge, Steve Midgely, and Danny Edelson (of the National Geographic). Lots of people involved in technology were there the people who create conferences and who take the ideas to the educational community. They were out in full force. I call them the digerati. Some of us have been around in technology education for a long time. There were interesting networking opportunities and breaks that were scheduled to facilitate this networking.

    *An International Research Report that was made available was “Energy Efficient Displays for Mobile Devices,” and there was a display and use of mobile devices as a part of the conference.

    You may be interested in the questions that were given to the participants.

    What do mobile wireless devices contribute as a platform for bringing education innovation and best practices to scale?

    What do mobile wireless devices contribute as an enabler of innovative powerful methods for teaching and learning?

    How can we complement the current educational infrastructure( computers, wires) with the emerging wireless mobiles, cloud based infrastructure? What are key challenges in financing, implementation and policy?

    How can we plan to accommodate the rapid evolution of mobile devices?

    How would you answer these questions?

    One way the conference answered the questions was to have field trips to various local classrooms to share real use of the mobile technologies.

    Another way was to share use of mobile technologies by having us to use our technologies to respond to queries. The phones and devices were a part of the bring your own technology demonstration.

    There were also case studies of the uses of mobile devices in schools, and communities with people reporting out in various planned workshops.

    An exciting part of the cconference was a line up of presenters to answer to the audience all sorts of questions., and there was on site interview with us as the audience as silent participants.

    My question to educators would have been how do you understand the cloud? What are its advantages or disadvantages? What do you know about the cloud?

    Moblie Device at Blue Waters Kiosk at NSF Expo Exhibit

    Mobile Devices capture the attention of students..

     

    Research

    There were reports that were the background for this conference. Project Tomorrow, 2010 and Our Future, Students Speak Up about Their Vision for 21st Century Learning http://www.tomorrow.org/

    Edutopia

    The Internet is an astonishing source of educational resources: Lesson plans, classroom-product reviews, and even psychological support for those dark days when your students (or your coworkers) are straining your mental balance are only a Google search away. The trick, however, is getting that pipeline of online information flowing throughout your school, including directly into classroom PCs. Computers are often centralized in a media center, building codes can be prohibitive for setting up a broadband feed, and most schools are short-changed when it comes necessary tech support.

    Here is a recipe for wireless access for those on the digital dirt road or for the understanding of those who did not get to attend the conference from the George Lucas Educational Foundation that is a how to.


    Welcome to the Digital Generation

    http://www.edutopia.org/digital-generation-project-overview-video


    What Devices?

    There are a lot of devices that can be included in this discussion. The ones I know are,mobile and associated technologies, smart phones, IPod, IPhones, Netbooks, digital clickers, chargers and battery packs ,mobile interactive whiteboards.



    Wireless to the Rescue

    http://www.edutopia.org/tech-teacher-wireless-rescue


    Taking it Mobile

    Access to smartphones has more than tripled among high school students since 2006, according to a survey report from Project Tomorrow®, a national education nonprofit organization, and Blackboard Inc.

    The report ,Learning in the 21st Century: Taking it Mobile!

    shows that students now view the inability to use their own devices in school, such as cell phones, smartphones, MP3 players, laptops or net books, as the primary barrier to a successful digital education. The various reports can be found here.


    Can we Change the Digital Divide with Mobile Devices?

    The FCC Chairman indicated in his discussions early in the year that Digital Tools may be the solution to the digital divide

    Mobile Divide…. What Can we Learn about Making a Difference with Mobile Technology?

    Philosophy of the Mobile Divide In the US

    Mobile Digital Divide– According to a new study on U.S. consumers and mobile from the Pew Research Center, an unprecedented 60% of adults in the U.S. access go online wirelessly, whether by laptop or cell phone. Two factors are driving this trend, and shaking up any preconceived notions about America’s digital divide.

    Finding #1:“Cell phone ownership is higher among African-Americans and Latinos than among whites (87% vs. 80%) and minority cell phone owners take advantage of a much greater range of their phones’ features compared with white mobile phone users. In total, 64% of African-Americans access the internet from a laptop or mobile phone, a seven-point increase from the 57% who did so at a similar point in 2009.”

    Finding #2: “Young adults (those ages 18-29) are also avid users of mobile data applications, but older adults are gaining fast. Compared with 2009, cell phone owners ages 30-49 are significantly more likely to use their mobile device to send text messages, access the internet, take pictures, record videos, use email or instant messaging, and play music.”

    What’s driving more blacks and Hispanics, and older adults, to mobile?

    According to Pew spokesman Aaron W. Smith, increased mobile web usage is driven by two key factors: age and economics. A younger demo with an annual income of $30,000 or less a year has jumped in usage, and African-Americans and Hispanics are younger and have less money than the general white population.

    Mobile is thus bridging the digital gap between the traditional distinction of haves and have-nots, and while it’s a positive trend, it’s still a gap between those with cellphone-only access and those with computers as well.

    About 18% of African-Americans use a cellphone as their sole device for Internet access compared to about 10% of whites. That said, laptop ownership has risen from 34% in 2009 to a current 51% among African-Americans.

    Overall, 59% of Americans now access the Internet through mobile devices as opposed to 51% a year ago. So mobile may prove to be the ultimate equalizer, at least on the digital playing field.

    Other interesting facts from the study reveal that Americans are using their mobile devices to (as ranked by Pew’s latest stats vs. April 2009)


    The most interesting discussions were about the way in which wireless can be deployed. Bring your own wireless, netbooks using the cloud, and a variety of ways to solve the digital divide were proposed.

    The highlight of the conference was the presentation by Elliot Soloway, and the genius of Chris Dede in providing a userfriendly, well timed, resource rich conference that allowed real networking time.

    Elliot Soloway
    Arthur F. Thurnau Professor, Dept. of EECS, College of Engineering
    University of Michigan

    Elliot SolowayElliot Soloway 

    Elliot Soloway is an Arthur F. Thurnau Professor in the Dept of CSE, College of Engineering, School of Education and School of Information, University of Michigan. For the past 10 years, Soloway’s research has been guided by the vision that mobile, handheld – and very low-cost – networked devices are the only way to truly achieve universal 1:1 in schools – all across the globe.

    Soloway has been crusading for Mobile Learning since the early Palm Pilot days. They have been exploring ways to use such personal technology to transform – not merely to enhance or enrich – teaching and learning. Finally, with the coming of the cell phone, low cost, easy to use, truly personal, i.e., truly portable, not just transportable, computing devices their vision is realizable in schools – worldwide! In various sessions, Norris and Solowayl described how classrooms all over the globe that are employing mobile technologies to dramatically improve student performance. Twitter: @cathieANDelliot


    Changing the Face of Science in the US, NSF comes to the rescue..New Tools, New Technologies

    Old tools for science .. still come in handy but we have new ways of learning to share. 

    From maps to GPS, GS, Visualization and modeling and 3 D, Virtualization and modeling are a big step away from the textbook and just the resources within the classroom.

     

     

     

    This is my antisuperman post. It is the kryptonite that should paralyze the discussion that we in the schools do not really care about science , math, technology and engineering. There was an event on the mall that shared and showcased wonderful science. But I fear that the media may not have dug deep enough to stop the bad press, to give us the good news about changing and transforming education as the groups did  on the mall and in the weeks preceding the expo event. I know that the people at the NSF really care about us..in education.

    Teachers  are empowered by projects and funding from the NSF. The press hardly covers the ideas and often pokes fun at the research. People came to our booth time and time again to see the three D movie, to bring friends, to explore the use of the IPads which showed and shared the models that visualized what the various Teragrid research projects do, and to look at the photos of the supercomputers Blue Waters, in particular.

    There were a few people who wanted to test our knowledge but , we had a team, and a petting zoo for the Little FE, and lots of information, even beautiful posters on the Oil Spill, posters on what is a tornado, and coloring books and crayons on supercomputing. We shared the ideas of use of the Blue Waters Supercomputer.

    I don’t have a movie about myself.I am an empowered teacher, from learning to use the resources of the Teragrid. I do have a group of students, parents and supporters who have believed in science , math, engineering and technology, and project based learning.Mentors of mine are many one being Grace Hopper. Don Mitchell, Vint Cerf,  Scott Lathrop, Shirley Malcom and George Lucas. Chris Dede, and Seymour Papert. Al Gore, Ron Brown. There are more. Frank Withrow was once the leader of the Department. of Education and Larry Cuban let me, as a teacher use new technologies long ago. Once I was on a truck that carried the new ideas around the country. It was called CyberEd. This exhbit on the mall was much more powerful. Our booth was so full we had to stand outside the booth most of the time.

    I am a minority and a female I am not 25.  I probably won’t be able to sleep because of the excitement of being able to be a participant on the mall in the Expo. Why is this important?Think DC Schools, think minority students who may think, we cannot do this work.. and think of  the needs of the students and their lack of participation at high levels in ordinary technology use. Think Jesse Bemley and I linking with people from the areas or not, creating networks for collaboration, community and communication in outreach.  Jesse Bemley is a black computer scientist who mentors students . We have a mission to broaden engagement . We are excited about the fact that now we can teach hands on science, explore, examine, evaluate and get immersed in the joy of learning in innovative ways.We were more excited than kids going to Disneyland about our participation.
    Think Convocation on the Gathering Storm and their findings.
    Here is what Elizabeth Leake wrote about the event on her blog.
    “, Robert Ping (TeraGrid EOT Assistant Director/Indiana University), with a team of five from TeraGrid and NCSA, have been planning this for eight months or more. One of our biggest fears—facilitating technology and paper hand-outs in the rain—was put to rest this week with a beautiful forecast. Since this is the first such Expo, we didn’t fully know what to expect.

    The Expo was conceived in response to the Obama administration’s desire to stimulate more interest in Science, Technology, Engineering, and Math (STEM) careers by “exposing children and families to new technologies that are strengthening communities, building careers, and stimulating economic growth.” The President’s Council of Advisers in Science and Technology, with help from a U.S. Department of Energy grant and funding from dozens of corporate sponsors, engaged more than 1,500 organizations to sponsor tents. They all brought some really cool S.W.A.G. The event is free—making it affordable for families to attend. Since the National Mall shares borders with the National Gallery of Art and many museums of the Smithsonian Institution, there is a lot to do within walking distance, although the Expo alone would take days to cover.


    This is the same National Mall where the Reverend Martin Luther King gave his famous “I Have a Dream” speech in 1963. In times of unrest, the National Mall has been popular with protesters since it is a large, open public space located in the very heart of Washington. While this isn’t the first time masses of people gathered on the National Mall for the same reason, it was the first time so many came with a passion for science, engineering, and technology!

    Imagine researchers involving K-12 and the community. It was awesome.
    We as teachers, as parents as researchers need to take back the media talk about schools. We can take forth the message of the Convocation on the Gathering Storm in a positive way.
    One of the pleasures of teaching in Arlington, was to meet the parents who worked for the National Science Foundation , as they responsibly helped in the schools. Tonight, I cannot sleep because my heart is full of joy. I have spent two days on the mall, in the  Teragrid Booth It was a great pleaure to meet students, parents, administrators, grandparents, the people who came to the expo to learn about science, math, engineering and technology. We explored 3 D visualizations and used Ipad Technologies, we shared visualizations that showed the work of the institutions involved in the Teragrid.  We talked about cloud computing, parallel computing and little FE. We talked with students and would be students. The group inspired a LOT of people. We could show teachers in K 12 who were working in their classrooms using Teragrid resources. We could  say computational science with joy and bring others to LOVE it.

    It is not a secret that students of today live in a multimedia world where they use video as their primary form of engagement and communication. Teachers and administrators are looking for ways to present information to students that will not only spark their interest, but also encourage them to explore a subject more thoroughly. Meaningful exploration usually means deeper understanding, which translates into higher student achievement, whether measured via standardized tests or an increased graduation rate. We did all this in our booth.  We had the new technologies.
    The advent of affordable 3D technology promises to bring into reality the dream of fully engaged students. Our booth was full, almost all day long.
    Children and parents and their friends came back to look , to share and to use the new technologies. People were fascinated with the IPad and the visualizations.

    HISTORY
    I will start from Grace Hopper, go to cooking, and simple involvement in technology to the Teragrid and Blue Waters. You will see why I am so excited and feeling empowered.


    Grace Hopper? Think gender…
    Here is who she is. Note how early she was a star in the history of technology.  



    She was a special person in technology before the term digital native was invented.
     

    Grace Hopper

     

     

     

    grace hopper
       

      • Category: American scientists
      • Date of birth: December 9, 1906
      • Date of death: January 1, 1992
      • Profession: Mathematician, Programmer, Scientist, …
      • Served in: United States Navy
      • Nationality: American
    •  

     

    I have had some  Grace Hopper  moments, I met her when she  visited schools in Arlington. I remember looking at her thinking. She must be very , very smart, because she is old and she is still in the Navy. At first I missed the point about the Nanosecond.I kept thinking, if she is a programmer than I can do this programming thing too.
    So in a high school, a career high school in Arlington County Virginia, Tom Smolenski allowed me to have an activity day that was country wide in which we matched up students with new and unusual ideas which were about teaching and learning. We learned about computers, calligraphy, and many other things. We were doing project based learning over a period of time to cement an interest in mathematics, games, cooking, many things.

    You think, cooking, what has that got to do with science?Ok, I am starting with the ordinary. Our booth was not ordinary. But we need to remember that since NCLB lots of people have not even had ordinary science. There were hundreds and hundreds of people just enjoying hands on science, and being involved. We had much more than this.. but let me share an ordinary pleasure first. I have lots of pictures from the mall. But it is late and I am tired. I will post pictures tomorrow.

    COOKING
    That may mean that you have never seen the naked egg. or visited the pages of the Exploratorium. This is a web site that rivals the Cooking Channel because you get to learn the science of cooking and you can keep the knowledge as a plus.


    Accidental Scientist: Science of Cooking
    looks at the science behind food and cooking. Learn about what happens when you eat sugar, bake bread, cook an egg, or pickle foods. Find out how muscle turns to meat, what makes meat tender, and what gives meat its flavor. Take tours of breads and spices of the world. Explore your sense of taste and smell. (Exploratorium, National Science Foundation)

    http://www.exploratorium.edu/cooking/index.html

    Science of Eggs
    Science of Pickles
    Science of Candy
    Science of Bread
    Science of Seasoning
    Science of Meat

    Discover how a pinch of curiosity can improve your cooking! Explore recipes, activities, and Webcasts that will enhance your understanding of the science behind food and cooking.

    Science of Cooking




    WE  Were Doing Extraordinary Science, Teragrid and Blue Waters



     

    The special booth that I was a part of was of course leading edge science In our booth we were Blue Waters/ Teragrid.
    Here is what you would see.

     

    *Showing a 3D Stereo Video about NSF, LEAD and the TeraGrid

    *Promoting Bluewaters – one of the most powerful supercomputers in the world

    *Demonstrating LittleFe, a complete 6 node Beowulf style portable computational cluster

    *Viewing 2D visualizations and photographs from TG users on IPAD technology

    *Giving away coloring books about Supercomputing (and crayons)

    *Giving away large posters depicting exciting scientific visualizations

    *Stamping student paperwork with NSF stamps

    *Handing out TeraGrid Science and EOT Highlight Magazines

    Today and yesterday on the mall were special initiatives.



    Blue Waters
    Taking full advantage of the opportunities that follow from fielding a petascale computing system requires a long-term coordinated effort to educate and train the next generation of scientists and engineers. This effort must excite, recruit, educate, and retain students as well as educational professionals. Partners in the Great Lakes Consortium for Petascale Computation are critical to the Blue Waters education initiatives.
    Learn more about undergraduate and graduate education athttp://www.greatlakesconsortium.org/education/.


    Broadband, Super-Computing, and Finding the Superman Within

    This is from Frank Odasz.
    Growing up, it was fun to imagine being a superman, strong and smart and able to do amazing things and help people in need. Who wouldn’t want to be a superhero, and be admired and respected and able to make a positive difference in a struggling world.  To not be helpless – in the face of all the bad things happening today.


    Well, good news.

    We are genuinely the first people in history to have super powers at our fingertips.  If we have broadband, we can fly into space, or to the bottom of the oceans, perform calculations and searches at speeds counted in billons per second. With a single click we can instantly self-publish our insights and resources to the nearly 2 billion online.

    Without any money at all, we can start a global micromultinational business, we can start a global cause, we can launch a virtual nation, and much more.

    Einstein said “We’re limited only by our imaginations.”
    Many of us don’t believe we could ever be superpersons. But, there is a super secret here; to unlock your true full potential you must connect with your inner champion; the Superman within. What you won’t do for yourself, you might do for others. Many of us must first give to others in order to discover our true human potential.
    Self-actualization for all – is now possible;
    The 21st Century imperative is: Everyone both learner and teacher, both consumer and producer, all the time.
    You have the choice to step up, even with just baby steps for starters, or to step back from your true full potential. That you actually have this choice alone, is powerful!
    The love of learning is the key to learning how to innovate, to create value in a knowledge economy, and as important is knowing how to cultivate one’s curiosity; seeking out new knowledge and having fun making discovery a part of one’s lifestyle.
    Was it Spiderman who says ” With Power comes Responsibility?”
    If you are unemployed, under educated, depressed, and down and out, there is a lot you can do both for yourself and for those yet worse off than you. Anyone can become a citizen professor, able to teach anything to anyone, anywhere, anytime.

    Now I can go to sleep. I think. I might giggle about having to enter the marathon to access the mall. I had no other way of getting to my booth.
    It was funny , me in a backpack easing sideways.

    Bonnie Bracey Sutton
    PowerofUSFoundation
    Digital Equity and Social Justice Chair, SITE.org