Here's the issue…..everyone has an opinion and both sides have been using Twitter and the people following the stream there as a way to have their voice heard.
I don't think that's a bad things, but are we teaching people that these live streams of information need to be filtered?
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.
Critical thinking is a set of values and cognitive strategies employed to rationally evaluate information for its potential usefulness and accuracy.
In this regard, critical thinking covers three fields;
Personal values embracing logic, reasoning, objectivity and internal consistency of information
Skills and cognitive approaches that allow the individual to search for and evaluate different information sources
An appreciation of the relationship between the application of accurate information in decision making and the probability of a predictable outcome
In an age of diverse media, especially with regards to the internet, information sources present confusing options. Not all information is equal. Teaching people to understand the context and cues associated with good information gives them the ability to make better informed decisions that will have the best chance of leading to those outcomes they wish for.
This places critical thinking at odds with philosophies that elevate some bodies of knowledge to being dogmatic and beyond question.
A prominent blogger is now saying that he will not blog it if it can be tweeted.What do you think? In many ways this excludes the many people who are not on twitter. I think there has to be a happy medium.
Think threefold. Group tasks that produce the best results often have three defining characteristics: 1) they are novel, something students have not done before, 2) they feature a visual component, something that can be represented in nonverbal forms, and 3) they are relational, meaning they require the combining of ideas or components to be accomplished.
"Think threefold. Group tasks that produce the best results often have three defining characteristics: 1) they are novel, something students have not done before, 2) they feature a visual component, something that can be represented in nonverbal forms, and 3) they are relational, meaning they require the combining of ideas or components to be accomplished."
Think threefold. Group tasks that produce the best results often have three defining characteristics: 1) they are novel, something students have not done before, 2) they feature a visual component, something that can be represented in nonverbal forms, and 3) they are relational, meaning they require the combining of ideas or components to be accomplished.
"7:21 7:26
And so the bottom line is if you think the last 8 years haven't worked,
7:26 7:32
if you think that the government can do a better job creating jobs, building the economy,
7:32 7:36
making sure that kids can go to college, providing health care to people who don't have it,
7:37 7:44
then it's hard to figure why you would want 4 more years of exactly the same policies. "
Thinking Blocks is a suite of learning tools designed to help students solve math word problems accurately and efficiently. Using brightly colored blocks, students model mathematical relationships and identify known and unknown quantities. The model provides students with a powerful image that organizes information and simplifies the problem solving process. By modeling increasingly complex word problems, students develop strong reasoning skills which will facilitate the transition from arithmetic to algebra.
This 2020 Forecast is a tool for thinking about, preparing for, and shaping the future. It outlines key forces of change that will shape the landscape of learning over the next decade. The forecast does not predict what will happen, but rather serves as a guide to the as-yet-unwritten future. It is designed to help you see connections among things that once seemed unrelated and to help you consider the changes and challenges that you are facing today within the context of wider patterns of change.
Ultimately, the 2020 Forecast aims to provoke your own thinking about what role you want to play in creating the future of learning.
Many commonalities are emerging in these NetGen videos -- one of which is the importance of harnessing the power of mobiles in learning. Whether or not you agree or feel that the students are being "whiney" (as many educators often think with such videos) -- there is a point to be made.
I have particularly noticed how kids keep gravitating to the itouch and iphone as useful in school - it has reappeared over and over in these student videos. They were given free reign to picture improvements in THEIR education based upon the research of their generation and they keep coming back here.
It has me thinking -- no conclusions yet, but really, they are teaching me.
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
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.
ResearchBlogging.orgI think there is a lot of potential for use of wikis in classrooms, particularly in the area of collaborative writing. There are a number of articles out there extolling the possible virtues of the tool. However, I also think it is important to look at potential pitfalls so they can (hopefully) be addressed during implementation. Here are five areas of caution that peer-reviewed articles have suggested:
or says, is to "maximize the likelihood that students will get the pleasurable rush that comes from successful thought.
So the challenge for a teacher is to find that sweet spot of mental difficulty, and to find it simultaneously for 25 students, each with a different level of preparation.
Rather, we remember what we think about, and that can have non-obvious consequences. During frog dissection, are students thinking about anatomy or that they find it gross?
One way to help ensure that students think of content is to view teaching in terms of a story structure.
Good teachers design lessons in which students unavoidably think about the meaning or central point.
People differ in their abilities and in their interests, but there is no evidence for differences in learning styles.
The secret to getting smarter is really not a big secret: Engage in intellectual activities. Read the newspaper, watch informative documentaries, find well-written books that make intellectual content engaging. Perhaps most important; Watch less television. It's rarely enriching, and it's an enormous time-sink.
Check the Facts! Cross Check the Facts! Lessons & Media
Fact checking is essential in a (mis) information rich environment.
Brilliant resource from the Annenberg Public Policy Center
FactChecked.org
Luckily, FactCheck.org also has a highly developed classroom section that provides in-depth lesson plans and media links. These are highly polished materials for educators seeking a way to teach critical thinking and evaluation skills to their students. The Lesson Plan Archive ( http://www.factchecked.org/LessonPlans.aspx ) will intrigue any educator looking for a way to engage students. These plans are edgy and up to date. If you've been looking for a way to teach thinking and evaluation of media.
Superb resources for anyone interested in teaching website evaluation, critical thinking, media literacy or 21st Century learning skills in general.
FactCheck.org and FactCheckEd.org are essential tools for living in this part of the century. 8-)
I think we're going to see more companies that have valid, standards based games like this one for elementary science and math. This isn't free but you can have a free trial and try the games free for 5 minutes. I think that games are going to be part of what we do and smart textbook companies would behoove themselves to embed games as part of the curriculum for each chapter.
I wish my school could do something like this, another thing to look at.
"Business and the media are constantly screaming that problem solving skills and creative thinking are the keys to innovation and success (and the beat the robots trying to take your job), yet many teachers feel that the skills and opportunities to develop them are often an add-on, an after thought, or taught in isolation during special activities, like a STEM week. Even these activities have a particular expected method which the pupils must 'discover', rather than completely new and unique solutions. How can we develop the skills to help our pupils think of the unexpected?"
"In the book, Atwal challenges the more traditional means of providing professional development for teachers - usually involving the implementation of government imposed initiatives, rather than individualised professional learning opportunities. The challenge is finding space to deliver a more dynamic learning environment for teachers - a thinking school that is fundamental to improving children's learning experiences."
"Metacognition is widely accepted as "thinking about thinking", often inspired by the work in the 1970s of John Flavell, and its impact in educational circles cannot be denied.
Indeed, John Hattie concluded that Metacognitive strategies have a positive impact score of D=0,69 - just outside the top ten of the most effective pedagogical strategies available to teachers - when sustained in the classroom. Additionally, the Educational Endowment Foundation advocate that Metacognition provides a 'high impact for low value', being easy to implement. Furthermore, Singapore's education system implemented Metacognition into their mathematics curriculum in the early 2000s, and their results speak for themselves."
"Metacognition or 'thinking about thinking', as I like to call it, forms the basis of the Growth Mindset theory. As a society we seem to have moved away from the truth that no matter what your starting point you can always make a huge amount of progress if you apply the right kind of effort over time. Struggle is a natural part of learning, take a shortcut and you don't learn as much; why then do we equate struggle with failure?"