Sean had this wonderful post on his blog (Is this a sluggish strategy?) about this whole scientific and mathematical poetry that is going around. He links to some excellent sci-po’s written by his students (see Pushing Scientific Thought Into Art) and also provides a nice protocol for those who want to apply it in their own classrooms.
It is amazing to me just how this idea has spread. It has en-livened my life, I can say that much. Anyway, I wanted to say thanks to Sean (and his students) – and what better way to say it than in verse. So here is: For Sean & his students
Steve Wagenseller, a student in my 817 Learning Technology by Design seminar wrote something so cool in the class forum that I felt that it was worth recording on my blog…
A 5th grade science assignment, transformed. A rant about Mother Goose. A math poetry challenge! How did that come to be? And what does that have to do with loving the Interwebs? Read on…
I had written earlier about how my 10 year-old daughter had been writing poems on science (Scientific Poems or Sci-Po’s for short). It all started with an extra-credit assignment she needed to do for her science class, and a need, I perceived, to keep her blog (Uniquely Mine) up-to-date. She has quite a few written now. For instance here is one about a news item about scientists finding dinosaur eggs (and other dino-stuff) in India (Cluster of dinosaur eggs found in southern India), and here’s the poem:
The Daily Show featured William Kamkwamba, a Malawian high school student who built a windmill by looking at pictures in a book! I have always been a fan of jugaad, the idea of indigenous creativity using the detritus that seems to be a function of our modern world. And this is just an amazing story.
What is both incongruous and amazing is that we live in a world where there can be a terrible famine that a 14 year old has to drop out of school. And this boy finds a book at a library funded by some Western agencies, and looking at the pictures (he couldn’t read English very well) builds a windmill. The story ends up in the newspaper, and then hits the blogosphere. The kid ends up presenting at the TED conference in Africa!… and here is is on the Daily Show! Incidentally, Jon Stewart has a delicate balancing act as he tries to get this story across even while cracking jokes that his guest may not even understand.
Just how far Kamkwamba has come is best revealed by watching the video till the end… Watch for the discussion about Google.
Have you heard of the marshmallow experiment? It is a pretty famous experiment conducted at Stanford back in the 60’s. Walter Mischel a psychologist conducted this experiment on four-year olds in which the children were given one marshmallow and promised a second marshmallow if only they could wait 20 minutes before eating the first one. Turns out that some children could and others couldn’t wait. Following up on this study Mischel and his collaborators found that those who waited were better adjusted, dependable and, on some measures, more successful than those who could not delay gratification. In fact they found that these children scored an average of 210 points higher on the SAT!!
I had read of this experiment a while ago, it had also been the focus of a recent RadioLab segment and then I began running across a video titled Oh, The Temptation. As the director describes it he used, 2 Hidden Cameras, A bunch of Kids, 1 Marshmallow each to create this movie. He agrees that this was “not an original idea, but very fun to make.” And it is great fun to watch…
Two robots made entirely using Lego Mindstorms NXT Retail-kit that can solve Sudoku problems and the Rubik’s Cube! How totally cool is that. LEGO Mindstorms is a line of Lego sets combining programmable bricks with electric motors, sensors, Lego bricks, and Lego Technic pieces (such as gears, axles, and beams). See Wikipedia article on Lego Mindstorms
See the videos below, and check out the website for the project: Tilted Twister
Sudoku Solver
Rubik’s Cube Solver
This is truly amazing… What is also great is that the designer also include directions for making these robots. I gotta get myself one of these
I had written earlier about the idea of Jugaad, the quintessential Indian idea of situational creativity. One of the masters at this is Arvind Gupta. Check out his website for tons of wonderful science toys and experiments that can be made from stuff we typically throw away. Very cool and a critical part of the kind of repurposing of artifacts we need for creative teaching.
Throwaway Technology, playful Pedagogy and powerful Content… who says TPACK needs hi-tech!
TechTrends is a leading journal for professionals in the educational communication and technology field and is the official publication of the Association for Educational Communications and Technology (AECT). The current issue has 5 articles devoted to the TPACK framework (including one by yours truly with Matt and Kristen Kereluik). I am providing titles and key quotes from each (with a link to the article written by us).
The TPACK framework emphasizes the role of teachers as decision makers who design their own educational technology environments as needed, in real time, without fear of those environments becoming outdated or obsolete. Using this approach, teachers do not attend to specific tools, but instead focus on approaches to teaching that endure through change in technologies, content, or pedagogies. Teachers with flexibility of thought, a tolerance for ambiguity, and willingness to experiment can combine traits that perfectly design and tailor their own educational content, pedagogical, and technological environments.
David Passig recently wrote on the topic of melioration, or “the competence to borrow a concept from a field of knowledge supposedly far removed from his or her domain, and adopt it to a pressing challenge in an area of personal knowledge or interest” (2007)… According to Passig, melioration is a skill that affords teachers the flexibility to experiment with a vast array of technologies to meet their specific educational needs. Novel frameworks and concepts like TPACK and Passig’s melioration are starting to look at educational technology in a new way. These new perspectives focus on overarching cognitive skills, competencies, and creativity rather than technical understanding and functional knowledge of specific technologies
Imagine controlling machines, typing text or juggling balls using nothing but the power of thought. What sounds like far-fetched science fiction is gradually becoming possible, providing hope for disabled patients — and new gimmicks for the computer gaming industry. Read more in Playing With Your Head: The Dawning Age of Mind-Reading Machines
What implications do these new technologies have for learning and education? I mean even Mattel is getting into the action… As the article says
The new system Mattel is introducing at computer trade shows is called “Mindflex.” According to the company’s fact sheet: “A true mental marathon, Mindflex exercises the brain in an entirely new way as players learn to continuously control their brain activity.”
So, you ask, how does it work? To train the brain, the user puts on a headband with sensors at the temples and a cable connected to something that looks like a mini miniature golf course. Then the user tries to master the first task: balancing a small ball above an air current, causing it to levitate and making it pass through a plastic ring.
At this time these interfaces work only in one direction, from the brain to the computer. But can the reverse, from computer to the brain be far behind? The power being discussed here is truly revolutionary. We have all known that computers are cognitive tools i.e. working with them changes the way we think. However, at some level changes in brain states are mediated via our senses and through movement, a somewhat inefficient process. What these technologies indicate is the future is in a merging of our brains directly with the computer… where the distinction between us and the machine will be increasingly blurred till we won’t be able to tell one from the other. Imagine having access to Google like search engines whenever a question pops up in our heads? How can we tell where the brain ends and the machine begins?
A while ago I had written about how we use language to capture intangible ideas – and the risks associated with not paying attention to these intangibles. I had said (though you can read the complete post A different language):
For instance wine connoisseurs have developed a specialized language (which sadly is quite opaque to me) to explain to each other characteristics of wine. So the words “fruity” and “dry” have specific gustatory connections… What we need to do is develop a language that allow us to somewhat consistently express and represent the intangibles of teaching, somewhat like what Bird does in explaining his music (or wine connoisseurs do when describing wine). The lack of such a language essentially prevents us from recognizing that classrooms are far more than 4 walls, a teacher and a bunch of students… and that aesthetics play a great role in the act of teaching and learning.
When we read prose—whether technical or literary—our mind parses sentences to recover their meaning. Yet, the flow of the words themselves can invoke surprising or unexpected sensory responses, even for the writer. Even a very rational and technical text can typically affect the reader on multiple cognitive levels, in addition to its basic task of transmitting the author-intended meaning.
This led them to wonder about the kinds of words used in scientific texts, specifically biomedical texts. Being good scientists, the decided to test this out:
In this study, we therefore analysed the frequencies of use of sensory words and time-related terms in a large collection of biomedical texts, and compared the results with similar analyses of a collection of news articles, a large encyclopaedia, and a body of literary prose and poetry.
And what did they find? No real surprises here:
We found that, unlike literary compositions and newswire articles, biomedical texts are extremely sensory poor, yet rich in overall vocabulary. It is likely that the sensory-deprived writing style that dominates the biomedical literature impedes text comprehension and numbs the reader’s senses and mind.
In conclusion they say:
In short, we believe that scientific prose should be enriched with sensory words, provided that they clarify the meaning rather than obscure it, in much the same way as a good statistical data visualization involves the mapping of abstract data into colours and three-dimensional shapes, to help the reader or viewer discover meaningful patterns.
I think the analogy to visual representation is right on… and I could not agree more with their conclusion.
We have been talking about misconceptions in my summer MAET classes and one of my students sent me this hilarious link. There is really nothing much to say… just see it for yourself.
Another video that I saw for the first time today was Father Guido Sarducci teaches what an average college graduate knows after five years from graduation in five minutes.
Two videos, one on misconceptions and the other on retention! Perfect indictment of our educational system! Funny but also sad.
In this paper we critically analyze extant approaches to technology integration in teaching, arguing that many current methods are technocentric, often omitting sufficient consideration of the dynamic and complex relationships among content, technology, pedagogy, and context. We recommend using the technology, pedagogy, and content knowledge (TPACK) framework as a way to think about effective technology integration, recognizing technology, pedagogy, content and context as interdependent aspects of teachers’ knowledge necessary to teach content-based curricula effectively with educational technologies. We offer TPACK-based “activity types,” rooted in previous research about content-specific activity structures, as an alternative to existing professional development approaches and explain how this new way of thinking may authentically and successfully assist teachers’ and teacher educators’ technology integration efforts.
The complete citation is as follows:
Mishra, P., & Koehler, M. J. (2009, May). Too Cool for School? No Way! Learning & Leading with Technology, (36)7. 14-18. [PDF download].
This article includes a few examples of work done by my students as a part of a doctoral seminar. I had given them an assignment titled, How can a technology become an educational technology? and the work of three of them made it to the paper. I had written previously about Noah’s idea for using microblogging in the classroom (see here, here & most recently here). I haven’t blogged about the other two (though I have discussed them in presentations I have made) so it is good to have them represented here. Paul’s idea was to use specialized search engines (particularly visual search engines) to help students understand the idea of inter-textuality (the idea that texts often refer to each other in complex and intricate ways to create webs of meaning). Erik Byker, on the other hand, looked at how freely available DJ software can be used to teach mathematical concepts such as ratios, fractions, and percentages. Cool stuff!
One of the many things I have to do as a faculty member is review grant proposals. This is an important service to the field, but truth be told, given how busy I am I do see it as somewhat of a chore. I was recently reviewing some educational research proposals for a grant giving agency – and I was struck by something that led to this post. (I guess, it is less of a chore if it leads to a blog-post!).
I must say, without giving too much away, that these proposals were broadly related to education and not restricted to just the field of educational technology. That said there were two that were directly technology related, one having to do with virtual partners and the other with webbased learning. It is not surprising that these two would focus on technology directly.
What was surprising however was just how infused with technology all the other projects were. In each of these “non-tech” proposals various forms of technology were used for every aspect of the research from the kinds of information being collected, to how the information was collected; from how the informaiton was analyzed to how it would be reported and disseminated. For instance, there were studies on probing athletes cognition using fFMRI technologies, and another on collabrating across continents using webcams. There was one study that handed student-teachers Flip cameras to help them create digital stories, and subscriptions to surveymonkey or specialized statistical analysis packages!
What this shows clearly is just how fundamentally how we conduct research (in the field of education) has changed with these new digital technologies. And it has changed not in some flashy “pay attention to me, I’m so cool!” kind of a way but in a more insidious and sneaky manner (but no less revolutionary for that). These technologies have become transparent to the researchers – and are just seen as being part of what they do. Now I am sure this is not something unique to education. This is happening in each and every discipline from astronomy to zoology. What this means is that our disciplinary relationship to the world is now mediated through these new tools and devices. Read the rest of this entry »
The CITE Journal had a recent special issue devoted to TPACK. You can access the special issue (edited by Judi Harris and Matt Koehler) here or individual articles below. Read the rest of this entry »
I recently blogged (here and here) about the experiment conducted by students in Italy that allowed them to use publicly available NASA audio recordings from the moon landings to determine the distance between the earth and the moon. I bit more online research led to me to the original paper published on arXiv. arXiv is described as an “e-print service in the fields of physics, mathematics, non-linear science, computer science, quantitative biology and statistics” and is hosted and supported by Cornell University. Reading the paper led me to a writing this posting, since i see this as one of the best examples of the TPACK framework in use that I have come across.
I provide the abstract and a link to the original paper (in pdf format) below and follow that with my thoughts. Read the rest of this entry »
As I read the story on the technology Review website, I came to the comments made by readers. One stuck out. This is what somebody had said:
Wow, they took the speed of light and multiplied by 2.62 then divided by 2. Interesting method of doing it, but it doesn’t take a rocket scientist for sure.
By focusing on the surface aspect of the math this person misses the point of the story almost completely. Misses, it I may add by almost the distance from the Earth to the moon. Read the rest of this entry »
While searching for information for my previous posting on using eclipses to see, I came across an interesting paper that provided yet another way of figuring out the shape of the Earth.
Let me start with two questions: First, what is the shape of the Earth? And two, what shapes does the sun cast on the ground when filtered through the leaves of a tree? Of course we know the answer to the first question. The pictures from space show clearly this almost perfect circle or “pale blue dot” that we live on and in an age of Google Earth such questions seem moot. But it is still interesting to think about ways of figuring out the shape of the Earth, from right here on the surface.
In answering the second question, what most people don’t know is that the shape the sun casts on the ground are perfect circles too – though few of us have paid much attention to it. And the reason this happens is because the gaps between the leaves act as little pin-hole cameras casting little images of the sun on the ground below. Now you don’t have to take my word for it. But the question then becomes, how can we prove this pin-hole phenomena is actually happening. Well, one way is to change the shape of the sun. You may think this is kind of hard to do… but as it turns out this does happen (at least its perceived shape from the earth). The answer, as you may have guessed, has to do with eclipses.
Turns out that eclipses are a great way of perceiving things that may be difficult to see and can help us answer both these questions (both of which I have written about before – but for some reason I had never really put them together). Read the rest of this entry »
I have come across some new TPACK related videos/podcasts (either on youtube or elsewhere) that I feel may be worth sharing. Read the rest of this entry »
I don’t know if anyone has been following the back and forth following my posting about the Periodic Table of Typefaces (see Yet another periodic table…). In brief, I was quite critical of the design of this table and made that point in no uncertain terms. Imagine my surprise at receiving a wonderful note from the Camdon Wilde (the designer of the table) which led to quick back and forth between us. It was a wonderfully pleasant conversation and I am very appreciative of Camdon’s grace.
I was telling my wife about this, reading through my posting, and the comments back and forth… and it struck me just how cool this entire episode was. To connect with another person, someone I have never met, building on mutual respect and openness, was beautiful in being unexpected. And it could not have happened without this wonderful technology called the Web! How very cool is that.
The ongoing saga of mis-representing the periodic table for any darned list of objects continues… Here is a new one sent in by my friend and colleague Patrick Dickson: A periodic table of Typefaces.
Now I won’t beat a dead horse here, (Nashworld has a great posting about this and I have written about it here) but tables of this kind just drive me up the wall. Read the rest of this entry »
Matt Koehler and I rarely (if ever) explicitly mention the TPACK framework in our teaching. Of course the framework guides all that we do in class – but we have never really felt the need to throw another acronym (or series of acronyms such as TK, CK, TPK and so on) at our students. We attempt to embody the TPACK framework in all that we do as teachers but we do so implicitly.
That said, I know there are teacher preparation courses out there (in other universities) that explicitly follow or teach according to the TPACK framework. I know that the technology integration course at Iowa State (the one that was described in one of our TPACK survey papers, see the third citation/abstract on this page) is one. Recently (through the magic of Google Alert) I have come to know of two more. The first, about which I blogged about recently, is at Brigham Young University and is taught by Dr. Charles Graham. The other, is taught by Dr. Grace Ward at University of Maine at Farmington. You can find the course at BYU here and the one at UM, Farmington here. Interestingly, the course at University of Maine uses the TPACK handbook as a primary text (something I argue against in this post).
I would be interested in finding out about other courses that utilize the TPACK framework. If you know of any (or are involved in teaching one) let me know. Thanks in advance.
What does it mean to represent something? Sean Nash (of Nashworld) and I have been having some fun at the expense of periodic representations (my post and his response) and even children’s books. I had been wanting to write about this for the past few days but travel, work and illness came in the way. However, I stumbled upon a way of thinking about DNA that prompted (actually forced) me to write this post. Read the rest of this entry »
I had heard of Neil Gershenfeld’s work on the Bits to Atoms Project at MIT but thought of these Fabrication Labs as being too expensive ($500,000+) or esoteric for everyday or classroom use.
But one fine day I got an email from Glen Bull from Virginia informing me of cheaper alternatives. These are computer-controlled die cutting machine that shapes paper, cardboard, and vinyl can be purchased for the same price as an ink-jet printer – that is, for less than $500. The advent of personal fabrication systems makes it possible for schools to begin exploring educational implications of the digital fabrication revolution today.
Leigh Wolf has set up a Ning group called fablabs and we just finished a meeting at SITE about these technoloies. Visit the group to see what one can do with these technologies.
The challenge of course is figuring how this technology can become an educational technology!
