One of the challenges of writing a history of educational technology is that so much of it happened before the Internet. I have been surprised and disappointed at how much of it, that I barely remember, has never been reported on the now ubiquitous World Wide Web.
As a result, I’ve had to be resourceful in my research, and one of the tools that I’ve found myself going to again and again is Google’s Ngram viewer. Here’s the situation. I’m writing about happenings just after I left the NC Department of Public Instruction and discovering that my future is going to be in training and presenting, instead of Web design and development. I believe that it was during this time when the term “Integrate technology’ was being adopted by ed tech advocates. But I’m not sure. How do I determine, on a timeline, the growing use and abuse of the term.
Enter Ngram Viewer. The default terms are Albert Einstein, Sherlock Holmes and Frankenstein. The viewer presents a line chart, illustrating the number of Google digitized books that mention the term by year, from 1500 to 2008. The default shows the gradual growth of Frankenstein from just after the publishing of Mary Shelley’s book (1818), and then a more rapid rise of Sherlock Holmes starting in the final years of the 19th century. Occurrences of Albert Einstein started in the second quarter of the 20th century and then Frankenstein, again, overtakes and surges well above, starting in the 1960s – possibly as a result of television’s re-running of Frankenstein movies released in the 1930s and ‘40s.
Entering the term, “integrate technology into the classroom,” into Ngram Viewer, I learn that, although the term started to appear in the late 1980s, its popular use started to rise in the mid-1990s, as we left the growing number of education technology conferences with our new mantra, “Integrate Technology! Integrate Technology! Integrate Technology!”
This is an interesting infographic showing the way the average American mom and dad spent their weekdays in 1965 and 2011. This is a great infographic to use as an example for how to create infographics.
First, it’s a great example of a bar chart. This type of chart can be used as a comparison between any two of the same ideas. It also shows how to compare two like items. In this case, years of significance for moms and dads. The data may only be available as late as 2011, but why 1965, what events were occurring in 1965 that make this a good date to compare to 2011?
Technology changes with time. As one piece of technology becomes superior, another becomes inferior. This infographic portrays something interesting, iPod sales and iTunes songs purchased increased together until the mid and late 2000s, but by 2010, iPod sales were decreasing while iTunes sales continued to increase. What could have caused this?
Discuss with your students other things that occurred during this time. Could it be related to other technology, such as the iPhone that became increasingly available. There could also be the issue of the economic crisis, and people buying music just to listen on computers.
What other technology has affected the sales of other items. For instance, the record player and the record, the 8track player and the 8track, the tape player and the tape, and so on. Did any of these follow any similar trends. What could be the next technology that makes the iPod obsolete?
Traveling is a lot of fun. Especially when one travels to another country or even just to another part of America, one is able to learn about another culture and different people. London may be one of the best cities in which to learn about a variety of cultures. One thing that threw me off when I visited was the small amount of British culture to be seen in London. But one could walk down nearly any street in the city and see someone from almost every country, many of whom may reside in London. And fortunately for those interested in seeing British culture, trains are easy to navigate to cities in the country, each has something different to offer, and the country is rather small in size, compared to the US, and so going from one end to the other doesn’t take nearly as much time as one would expect.
If you were to visit a new city, it is important to make a list of what you want to see. Look on travel sites, and one of my favorites is to search the city on Pinterest. What are your interests. Especially in large cities, it would be difficult to see everything in even several days, so plan accordingly. Also, create a budget and do research. Most tourist attraction are expensive, but some are free. Transportation is also expensive in the city, and I know in London the taxi rates increase during certain hours. Look into mass transit and even walking.
Every year Americans celebrates their independence in a variety of ways, as this infographic shows. My family used to go to join my mom’s family by a lake for a picnic and then watch fireworks across the lake. My cousins would go early in the morning to get a spot right on the lake. I remember seeing people putting watermelons in the water to keep them cool for later. We would usually bring in food from home or a fast food restaurant. There would be bands and lots of celebrations.
According to this infographic, this is a typical experience for most Americans. Most Americans cook out, although I know many who do it in their backyard, watch fireworks, and/or go see a parade. What do you suppose is the reason behind most of these celebrations. Fireworks are most likely related to the remembrance of war and bombs, cooking out may be related to older cooking habits, or simply the fact that cooking out is common in America in the summer. Parades were often used to increase moral during war times, and a way to say a last goodbye to soldiers shipping out or a first hello to soldiers coming home.
How do your students families celebrate? Do you have any students who are not US citizens or were born elsewhere? What was their first impression of these festivities? Most countries have patriotic holidays, what do they entail?
Sadly, binge watching television shows has become the pastime where binge reading once was. However, this is an interesting portrayal of information. Beginning with Sherlock and going down to 24, this infographic shares how long it would take to watch a series of popular tv shows without a break (although hopefully in that time you do eat and shower).
But it does give a simple portrayal of time. Each circle stands for a day, each shaded portion stands for that portion of a day. So two fully shaded circles and one half shaded circle signifies two and a half days. How else can this time frame be used: the amount of time people of different ages use the internet, use their cell phones, and for what? How else could this shaded portrayal be used? As people, or as other objects significant to the infographic?
There are a lot of developments here. Some of them we don’t appear to use anymore. However, without all of these developments, we would not be where we are today. Try to find scientists and poll them as to what are the most important developments, and then poll your students. After all the of the information is compiled, share with your students what the scientists said.
Go through each development, or assign developments to groups of students. Why is each development important. What could not have happened without each development. Speculate where we would be without said development.
This infographic video goes through the the history of the Big Bang theory, both it’s discovery and how it worked. It is important to explain to your students that it is important to understand this theory, even if they do not believe it. It is important to appreciate and understand different theories.
Make sure your students understand the big, overall, stepping stones to the development of this theory. But how did Albert Einstein develop the theory of relativity? What was his thinking process, as far as we can understand? How can we apply his thinking process to our daily lives in order to make our own discoveries?
What do your students think will be the next discovery? Do research on what is being studied now? What is closest to a breakthrough? What has been disproved?
A few days ago, I posted an article explaining “Why You Won’t See Me at ISTE ’14.” In it I wrote,
I blame and accept the fact that experience that spans from TRS-80 to IOS has become a little less important compared to the creative energy of much younger educators…
Our discussion, however, had almost nothing to do with technology, but concerned the era in which we began teaching.
For me, it was a full 25 years before No Child Left Behind standards-based teaching and punitive high-stakes tests stained the “art of teaching.” Things were quite different in terms of the autonomy that teachers exercised in determining what and how their children learned – and some mediocre teachers, admittedly, took advantage of the freedom. However, most, whom I came in contact with, used their academic freedom as a seedbed to create dynamic and effective learning experiences for their students.
For years I have felt that this-too-will-pass, that the arrogant belief that we can know and teach everything our children will need to know to be prepared for their future simply makes no sense, and that we would come to our senses.
But it occurred to me, during that email exchange, that more and more of the teachers in our classrooms today were trained to test-prep and have been indoctrinated to an education system based, more than ever before, on an industrial production model.
So I did some research and tinkering with a spreadsheet, and found that about half of the teachers in U.S. classrooms today have never worked in a school culture free from high-stakes testing.
To illustrate this, I made an infographic that shows the decline in teachers who have experienced academic freedom and the rise in teachers who have always worked under the constraints of government/corporate standards.
To be sure, this does not mean that there aren’t young educators, today, who are courageously and creatively going beyond the regimentation that is the character of test-prep classes, nor that there aren’t older teachers who are happy to model their classrooms on mass production.
But it does suggest a dramatic shift in the culture of our schools,
An approaching point of no return.
To complicate things, the table included only data for every 4th year, 1999, 2003, 2007, and 2011, which was not enough to plot the level of accuracy that I wanted. In addition, the years experience were grouped, i.e. less than 3 years, 3 to 9 years, etc. I searched further, but could not find any more complete data at the national level. If you know of such a document, please comment below.
To fill in the blank years, I worked my OO spreadsheet so that it calculated trends from the 4 years and the experience ranges, and filled in the blanks, across and down, based on those trends. Not a perfect solution, but the point of my infographic was to illustrate a trend, not precisely measure a phenomena.
Having such a seemingly rich data set enticed me to plot for other trends and anomalies, such as specific rises or declines in teacher numbers, indicating times of sudden influx of new teachers, or increased retirements or, and I hate to suggest the possibility, mass resignations. Alas, it would take more completely accurate information to do such a thing, not just calculated trends.
In the opinion of you and your students, what was the biggest development that has led to our modern day life? The Gutenberg Press, the typewriter, electricity, the computer? How can your students harness this technology in order to take advantage of the opportunities this infographic claims there is?
Most importantly in preparing for tomorrow, your students must look to tomorrow, what are going to be the technological advances of tomorrow that will build the opportunities of tomorrow. Without knowing what they are, what can your students do to prepare for the technology of tomorrow. Better yet, what can your students do to create the technology of tomorrow.keep looking »