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David Wetzel

Science Newsletter Project: Creating Newsletters to Demonstrate Science Concept Understanding - 5 views

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    One strategy for teaching science concepts is through the use of student developed newsletters. This approach involves students in the learning process as they research information, write articles, and present these articles in an individual or class newsletter format. This newsletter project helps students improve their writing skills as they learn how to write in science.
Vicki Davis

CitSci.org - Home - 18 views

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    A citizen science project monitoring nature and contribute to colelctive biological understanding. Every science classroom should find an appropriate citizen science project to do in their classrooms on an ongoing basis. Become part of research.
Iris Deters

100 Incredible Open Courses for the Ultimate Tech Geek - Online Courses - 20 views

  • real world experience and free learning resources on the web can do a pretty good job of showing you the ropes as well. Here are 100 free resources to help you hone your techie skills and learn more about the ever-changing world of technology.
  • These courses offer you a chance to learn about everything from electrical engineering to the basics of computer science.
  • Great Ideas in Theoretical Computer Science: This course offers a great introduction to the theories of computer science, from the beginnings of computer systems
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  • Topics in Theoretical Computer Science: Internet Research Problems: With so much being based around the web these days
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    These courses offer you a chance to learn about everything from electrical engineering to the basics of computer science.
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    Good find! Thanks for sharing
Michael Walker

Progressive Education - 0 views

  • As Jim Nehring at the University of Massachusetts at Lowell observed, “Progressive schools are the legacy of a long and proud tradition of thoughtful school practice stretching back for centuries” — including hands-on learning, multiage classrooms, and mentor-apprentice relationships — while what we generally refer to as traditional schooling “is largely the result of outdated policy changes that have calcified into conventions.”
  • Progressive educators are concerned with helping children become not only good learners but also good people
  • Learning isn’t something that happens to individual children — separate selves at separate desks. Children learn with and from one another in a caring community, and that’s true of moral as well as academic learning. Interdependence counts at least as much as independence
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  • Progressive schools are characterized by what I like to call a “working with” rather than a “doing to” model.
  • A sense of community and responsibility for others isn’t confined to the classroom; indeed, students are helped to locate themselves in widening circles of care that extend beyond self, beyond friends, beyond their own ethnic group, and beyond their own coun
  • “What’s the effect on students’ interest in learning, their desire to continue reading, thinking, and questioning?”
  • Alfred North Whitehead declared long ago, “A merely well-informed man is the most useless bore on God’s earth.” Facts and skills do matter, but only in a context and for a purpose. That’s why progressive education tends to be organized around problems, projects, and questions — rather than around lists of facts, skills, and separate disciplines
  • students play a vital role in helping to design the curriculum, formulate the questions, seek out (and create) answers, think through possibilities, and evaluate how successful they — and their teachers — have been
  • Each student is unique, so a single set of policies, expectations, or assignments would be as counterproductive as it was disrespectful.)
  • they design it with them
  • what distinguishes progressive education is that students must construct their own understanding of ideas.
  • A school that is culturally progressive is not necessarily educationally progressive. An institution can be steeped in lefty politics and multi-grain values; it can be committed to diversity, peace, and saving the planet — but remain strikingly traditional in its pedagogy
  • A truly impressive collection of research has demonstrated that when students are able to spend more time thinking about ideas than memorizing facts and practicing skills — and when they are invited to help direct their own learning — they are not only more likely to enjoy what they’re doing but to do it better.
  • Regardless of one’s values, in other words, this approach can be recommended purely on the basis of its effectiveness. And if your criteria are more ambitious — long-term retention of what’s been taught, the capacity to understand ideas and apply them to new kinds of problems, a desire to continue learning — the relative benefits of progressive education are even greater.[5]
  • Students in elementary and middle school did better in science when their teaching was “centered on projects in which they took a high degree of initiative.
  • For starters, they tell me, progressive education is not only less familiar but also much harder to do, and especially to do well. It asks a lot more of the students and at first can seem a burden to those who have figured out how to play the game in traditional classrooms — often succeeding by conventional standards without doing much real thinking. It’s also much more demanding of teachers, who have to know their subject matter inside and out if they want their students to “make sense of biology or literature” as opposed to “simply memoriz[ing] the frog’s anatomy or the sentence’s structure.”[12]  But progressive teachers also have to know a lot about pedagogy because no amount of content knowledge (say, expertise in science or English) can tell you how to facilitate learning. The belief that anyone who knows enough math can teach it is a corollary of the belief that learning is a process of passive absorption —a view that cognitive science has decisively debunked.
Vicki Davis

Global education survey puts Shanghai on top - Asia-Pacific - Al Jazeera English - 0 views

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    Remember one thing as you look at these scores - not all students are tested in many countries and in many countries only the brightest go to school. In my opinion, these tests have some serious flaws. For example, I don't play cricket - my scores would be low -- I don't know that I'm so upset about that. While math, science, and reading are important -- standards vary greatly between countries -- so unless we're going to prep for PISA scores. Also on another note -- comparing "Shanghai to nations makes me wonder - I'm sure there are certain cities in the US that would do very well on such a test. Anyway, I want to look deeper, but I think before we rattle cages and get too upset, the report should be looked at deeply but not only the report - but the test. I remember getting upset that my kindergartener scored in the 60th percentile on "environment" only to see that he missed that a judge was supposed to be a guy in a grey wig (who does that) and couldn't identify a subway turnstile (we live in a town of 5,000). Since that time, I always want to see the test. Lots of people will be talking about this so look at it and be prepared to answer questions. This is the post from Aljazeera so you can see what other countries are saying about the report. "Asian countries have topped the rnakings in a global education report which evaluates the knowledge and skills of 15 and 16-year-olds around the world. The report by Organisation for Economic Cooperation and Development (OECD), published on Tuesday, shows that children from Asian nations continue to outshine their western counterparts in maths, science and reading. The city of Shanghai topped the table in the three-yearly reported which tested more than 510,000 students in 65 countries. Children in Shanghai were, on average, the equivalent of nearly three years of schooling ahead of the majority of nations tested."
Ted Sakshaug

Science NetLinks: Resources for Teaching Science - 8 views

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    Science NetLinks is part of Thinkfinity, a partnership between the Verizon Foundation and 11 premier educational organizations. The Thinkfinity partners include the AAAS, the National Endowment for the Humanities, the National Council on Economic Education, the National Geographic Society, the National Council of Teachers of Mathematics, the International Reading Association, the National Council of Teachers of English, the John F. Kennedy Center for the Performing Arts, the Smithsonian National Museum of American History, and the Literacy Network.
David Wetzel

Understanding Scientific Inquiry: Inquiry Involves the Use of Critical Thinking to Understand Science - 7 views

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    Scientific inquiry causes students to use higher order thinking skills and learn science from a minds-on approach. Inquiry's foundation originates with John Dewey. In Dewey's book Democracy in Education (1916), he indicates that education begins with the curiosity of learners. Student curiosity and involvement in scientific inquiry moves them beyond passive learning to higher order thinking.
Fred Delventhal

Fun 4 The Brain - educational games for addition, subtraction, multiplication, division, science and english - 1 views

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    All games here were made by Exuberant Games. Each game goes through important information for a certain subject matter for grades Kindergarten through 6th grade. The math games are great if you need to review your math facts for addition, subtraction , or division. Be sure to check out our new games for other subjects. * English games to review parts of speech * Reading games to help learn sight words * Science tutorials and games are coming soon! via http://www.freetech4teachers.com/2009/04/fun-4-brain-great-educational-games.html
Vicki Davis

A Week For Computer Science Education | blog@CACM | Communications of the ACM - 0 views

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    Conversations about Computer Science education week are beginning to float around. I think we can do many easy things including webinars and sessions with leaders that students can interact with live and even just a hashtag for people to follow on twitter who care about the topic would be useful.
Vicki Davis

Education Week: Finland Rethinks Factory-Style School Buildings - 0 views

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    Finland is an innovator in education and now they're doing it again. Schools need a facelift. If you're building a new school - rethink school. I'd look at the designs. Also, Ewan McIntosh wrote a great "7 spaces of schools" that is in the "Choice" chapter for those of you have bought my book Flattening Classroom, Engaging Minds - he talked about this on a boat in South Africa with me 2 years a go and is an expert to follow in the area of school design. "Finnish students consistently have placed among the top countries on the Program for International Student Assessment, which gauges 15-year-old students' ability to understand and transfer concepts in reading, mathematics, and science. For example, in the most recent mathematics assessment, in 2009, Finnish students scored 54 points higher than their American peers on a scale of zero to 1,000. Pasi Sahlberg, the director general of the Center for International Mobility and Cooperation at Finland's education ministry, attributes the nation's academic achievement to a three-fold approach: quality of the academic curriculum, equity in educational access, "and the third one is the environment. How the environment and design of the school is supporting students' learning. When we combine these three things we can say something about the overall goodness of the school system."
David Wetzel

How to Use Twitter to Stay Informed in Science and Math - 7 views

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    The value of Twitter for helping you and your colleagues stay informed of the latest trends, ideas, resources, and Web 2.0 integration tools has increased tremendously in the past year. A Web 2.0 tool is available for exploiting the every growing information on Twitter to remove barriers and allow you to collaborate with other science and math teachers. This new online tool is paper.li - a source of daily Twitter newsletters in education.
Dean Loberg

Education Week's Digital Directions: Building Gaming Into Science Education - 0 views

  • "I've had teachers tell me,” says Eklund, “that after they introduced the game to their students, the classroom went completely silent because all of the kids were just reading." "You just don't get that kind of engagement and involvement with the story" with a textbook, he says.
    • Brian C. Smith
       
      Is this because of the visual appeal or the storyline? I can see this happening, but does silence mean high levels of engagement?
    • Dean Loberg
       
      Assuming that they are not sleeping I think it does mean engagement, but engagement does not equal education. It depends on the content as well.
  • A report written by researchers about The River City Project for a 2006 conference concluded "that students learned biology content, that students and teachers were highly engaged, that student attendance improved, that disruptive behavior dropped, that students were building 21st-century skills in virtual communication and expression, and importantly, that using this type of technology in the classroom can facilitate good inquiry learning."
    • Brian C. Smith
       
      Is this limited to only the River City Project alone though? How does it promote more inquiry, problem and project-based learning in other content?
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  • "I'm in a unique situation where there's a computer at every lab table," he says, pointing out that many teachers do not have that ratio of students to computers.
  • when the games don't work properly, but most teachers don’t have that level of technical skill, she points out.
  • "There are little things you need to know," she says, to keep the games running smoothly. "[Otherwise], it's not going to work in the classroom, and teachers aren't going to use it."
  • "If [the game] doesn't have a focus or clear reason for what they're doing, it really doesn't work," says Pokrzywinski. Adapting games to the curriculum is possible, she says, but it takes time—something many teachers don't have.
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    Science and gaming
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    Science and gaming
Vicki Davis

SEM Image Galley by ASPEX - 2 views

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    This is fascinating. Ms. Davis, I found your website not too long ago and wanted to tell you that I really enjoy your blog. Loved the posts about your "Daily Spotlight on Education." You make an a lot of important information easy to follow and it definitely seems like you got a great thing going for you. Keep up your great work and best of luck to you in the future. My name is Jeffrey and I'm with ASPEX, a leading producer of Scanning Electron Microscopes (SEM) and Microanalysis software. Our company recently kicked off a "Send Us Your Sample" campaign, which allows anyone to mail us an object of their choosing and have it scanned for free under one of our powerful desktop SEMs. Since your blog primarily deals with education, this would be a great opportunity for some of your educators to get some samples done for their class. People can send us a broken iPhone, an old toothbrush, or even a dead insect...anything they want to see a picture of under a powerful microscope. It's pretty cool. Once we receive the samples, we'll notify senders of their results via email. You can view other reports we've done here: http://www.aspexcorp.com/resources/send_sample.html Since we started this campaign, we've seen a lot of interest from professionals, educators and students all around the globe. Given the focus of your website, I wanted to contact you about posting the information about "Send Us Your Sample" on your blog. We have recently posted a YouTube video that shows how we go about sampling and how to demo our SEM. We would love to partner with you to spread the word about this offer in a blog post so more people get the unique opportunity to have something scanned by an SEM. We also have our "Name That Sample" Campaign in which we put up a sample and the person who guesses correctly, or closest, wins a Brand New Netbook! Just another way of interactivity within your blog. Encourage your readers to Name That Sample! We can talk about details if you're interested. Thanks
David Wetzel

Teaching Science to Special Needs Students: Learning Science by Interactive Instruction and Focused Assessment | Suite101.com - 8 views

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    Teaching science inclusive classrooms is challenging due to the need for teaching too many different learning styles, including students who have learning disabilities. Learning disabled students have many concerns including physical, emotional, and cognitive. These disabilities cause the need to teach concepts differently primarily through the use of direct, explicit instruction and tailored evaluation.
Vicki Davis

Welcome - Google Science Fair - 5 views

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    Google science fair has shared their 2012 winners from around the world. Consider looking at this as an option for your student science fair projects.
Ted Sakshaug

Kids' Science Challenge: Fun Educational National Competition! - 9 views

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    The Kids' Science Challenge is a nationwide competition for 3rd to 6th graders to submit experiments and problems for REAL scientists and engineers to solve. Play science games, watch videos, and enter to win awesome prizes and trips!
Maggie Verster

Understanding Science - 9 views

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    Understanding Science gives users an inside look at the general principles, methods, and motivations that underlie all of science
Ted Sakshaug

sciencecourseware.org - 14 views

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    The Virtual Courseware Project produces interactive, online simulations for the life science laboratory or for earth science field studies. The activities are designed to enhance an existing curriculum and include online assessments. They can be used by students ranging from middle school, high school, or college classrooms.
Vicki Davis

For Citizen Scientists - NASA Science - 8 views

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    NASA calls for Citizen scientists to help map Mars and says that citizen scientists "have helped to answer serious scientific questions, provide vital data to the astronomical community, and have discovered thousands of objects including nebulas, supernovas and gamma ray bursts." It is time to join your classrooms into the citizen scientist movement. How would your students feel about science if they helped discover a star?
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    Citizen science website for NASA.
David Wetzel

Understanding Scientific Inquiry: Inquiry Involves the Use of Critical Thinking to Understand Science - 9 views

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    Scientific inquiry causes students to use higher order thinking skills and learn science from a minds-on approach. Inquiry's foundation originates with John Dewey. In Dewey's book Democracy in Education (1916), he indicates that education begins with the curiosity of learners.
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