Below is a piece (edited and somewhat embellished) that I wrote in the "Scenes" newsletter in the Fall of 1989. I follow that with comments about three sessions I attended in Denver.
I spent the better part of my summer vacation teaching a computers in education course at a local college. One of the topics I discussed with my students was the influence that three computer educators (who I refered to as gurus) had on how computers are used in schools. Each of them has a unique message about how to teach children with computers. Here's a short summary of their points of view along with what I think is an appropriate rallying slogan.
Tom Snyder - Empower the teacher
|Tom Snyder Youtube video|
Then there is Tom Snyder of Tom Snyder Productions who is considered by many as the champion of the "one computer classroom." He believes that since the classroom is the domain of the teacher it makes sense to give the computer to the teacher and have her use software that is designed to be used by one teacher working with large group. This point of view has made him very popular with teachers.
Seymour Papert - Empower the student
The "father of Logo" believes that children should program computers rather than the computer program them. If you are a veteran Logo user then you probably have seen this quote before, but just in case you haven't here it is again.
"In my vision the child programs the computer, in doing so, both acquire a sense of mastery over a piece of the most modern and powerful technology and establish us in intimate contact With some of the deepest ideas from science, from mathematics, and from the art of intellectual model building." (Papert, Mindstorms, p. 5)So the key for Papert is to put the student in charge of the computer and presumably a love affair with learning will emerge.
Patrick Suppes - Empower the computer
Patrick Suppes is a pioneer and leading proponent of using computers for computer-assisted instruction who believes that students can learn best if the computer controls the learning through questions with appropriate feedback and monitors their progress. His work paved the way for the CAI (Computer Assisted Instruction) movement in schools.
In the early days of microcomputers it was fashionable for the Logo supporters to argue that the Snyders and Suppes of the world were not using computers effectively. But times and people have changed. For example at the NECC conference (Boston, June, 1989) Seymour Papert shared a session with Bob Tinker (a BASIC sympathizer) and there wasn't a hint of disagreement between them. What does this mean? Are the debates over? No, they will still continue, but I think what's happening is that industry is maturing and educators are acknowledging that there is more than one way to educate children. It's not that unusual to find in a typical school district Logo being used on the elementary and junior high school levels side by side with Snyder Productions software and all across the district you will find CAI. So what does this mean for you the teacher should you empower the student, the computer or the teacher? The answer is you empower all three. So the right slogan would be: empower the classroom with dynamic uses of technology that empower students to want to learn.
That was what I wrote in 1989. A lot has changed since then, but the spirit of the three gurus lives on.
|Tom Snyder's vision|
The modern version of Suppes that the computer can make a huge difference was echoed by Alex Sarlin and David Dockterman in The Gamification of Math: Research, Gaming Theory, and Math Instruction that I wrote about in my previous blog. Suppes believed that behaviorist CAI type of programs could significantly change learning, but the computer is capable of much more than just delivering drill and practice. It can create scenarios that engages children to want to learn using for example gamification mechanics. There is much promise here where the computer does the heavy lifting. But will it motivate student's desire to be creative and fall in love with math (as Papert believed was possible) if students are left to their own devices and have the autonomy to construct their own learning by building interesting simulations and gizmos themselves. Programming which requires computational thinking is making a comeback and is becoming an integral part of student construction of personal knowledge. The opportunity to learn (that Uri Treisman referred to in his talk) is greatly enhanced by the emerging technologies and communities that embrace it to empower children to be better learners and teaching becomes more focused on supporting that learning.
References1. C. Christensen, M. Horn, C. Johnson, "Rethinking Student Motivation: Why understudying the 'job' is crucial for improving education." Innosight Institute. p. 7
2. L. Cuban, "Framing the School Technology Dream" (4/21/13)
3. L. Cuban, "Inside the Black Box of Classroom Practice: Change Without Reform in American Education" (Harvard Education Press, Cambridge MA) p. 185.
I loved this reflection, and appreciate that you remember this history.ReplyDelete
There are three main ways to use a computer in education (although in this diagram, I divide exploration into 2 ways: https://docs.google.com/drawings/d/1j9n5MUTClvnlwTqBozyEOh53HgjaOfsIm1lXtA8SpmA/edit?usp=sharing). All three of those ways are represented above.
I have found that a mixed approach of some sort is generally best, but I shy away from automating tasks that teachers do, if only because we do not know what the risks associated with automation necessarily are, and it is challenging to rebuild a system after it has been automated.
An inspiration for the newsletter article was Robert Taylor's 1980 book "The Computer in the School: Tutor, Tool, Tutee". I was fortunate enough to study under Dr. Taylor's tutelage at Teachers College in the early 1980s. Here's a link to a review:ReplyDelete