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Laptops In the Classroom Don't Increase Grades
blitzkrieg3 writes "Classrooms all around the country are being fitted with one to one laptop programs, networking hardware, digital projectors, and other technology in order to stay competitive in the 21st century. Kyrene school district spent $3 million modernizing their classrooms. The problem? The increase in spending doesn't lead to an increase in test scores. Policy makers calling for high tech classrooms, including former execs from HP, Apple, and the Bill and Melinda Gates Foundation, want to increase technology investment despite the results. Others are not so sure, or think it is an outright waste of money."
...when you keep teaching the same boring crap in the most boring way. Yes, even with laptops, iPads, projectors and all the bells and whistles.
Actually, I do know what I am talking about: I teach/research functional programming and game development, and guess what? I use the latter when teaching the former, to make it more entertaining. More than one student, after one such lesson, approached me to tell me that he was quite surprised to find that functional programming could actually be "fun" (pun intended).
The problem is that students are surprised when something is shown in a fun and entertaining fashion, and they accept it when stale notions are pushed down their throats. I'd start by fixing this...
My book: Friendly F#, fun with game development and XNA; my game: Galaxy Wars by VSTeam; my gamedev language: Casanova.
I am currently taking senior level physics classes at one of the big universities, and I can say that at the undergraduate and graduate level, laptops are not a boon to learning. Walking into any of the higher level science lectures and the last thing you will see is a laptop. Its usually just pencil and paper and perhaps a sparse open book. Working quickly through the professor's QCD problems on the board is not easier with a computer, unless perhaps you are a master of putting in equations and such in digital format. Same applies for partial differential equations, set theory, number theory, analysis, and all those other symbolic math classes. As my professors say, computers are just useful idiots. They aren't going to teach you anything new, only the programmer can 'teach' the computer new methods of approximating problems.
Now in my labs, yes, computers come into play quite a bit, MatLab, Fortran, C++, etc. for modelling large systems, of course they make massive calculation sets easier, but for a fundamental understanding of Minkowski space-time, Hilbert Spaces, etc, just having a web-connected machine in front of you during the lecture is not going to make the class that much easier. Having an innate desire to understand the fundamentals is key. Naturally having many open doors available for obtaining the information is helpful, but for the classic situation in which you have a quality professor spewing content, its usually easier (for me at least, YMMV) to leave the laptop at the house.
Sounds like another 'lets throw enough money into the technology and hope the problem goes away'. As far as K12 education goes in the states, well, I have to speculate that 90% of the students would love a laptop in the classroom, just not for the learning part. One man's opinion.
'We are trying to prove ourselves wrong as quickly as possible, because only in that way can we find progress.' RPF
Umm, have you ever actually interacted with teachers RE: technology?
I'm sure that there are exceptions who actually have the economic views you assert(and I've definitely met exceptions who simply know fuck-all about technology and really don't want to start now; but the latter group is, in the face of retirement and replacement by 20-somethings who've been using laptops for at least their entire undergrand, a self-solving problem); but my experience during the times I've worked in educational IT is that teachers are either very enthusiastic about technology, or simple technophobes without some sinister union plot motive.
There exists automated drilling and assessment software for, among other things, elementary mathematics instruction. The math department came to us asking for an implementation, and we can't keep up with the demand for in-classroom computers to support the stuff. The music department, for their part, has enthusiastically adopted a rather neat automated system that can analyze the deviations of a student playing an instrument from the desired waveforms for a piece. Art? We haven't been able to afford Wacoms for the lab; but they voluntarily branched out into digital raster-image editing...
There are some perverse elements of educational union politicking; but my work with the IT department never once ran into opposition on teacher-economic grounds.