2007-12-31

Education as a project


For about a year, maybe two, the education project seemed to languish. In fact, since I first thought of the project, in Crete, several years ago (after a fine dinner of goat and resin wine and olives, animated by the conversation of friends, inspiration came easily and fluently), and even after, when I formed it with Sophie Gautier. There was a lot of interest but little public action. I would make contact with all sorts of education officials--professors, administrators--but nothing came of, and I think my co-lead, Sophie, was finding the same; and nothing was appearing on the public project pages or lists. This was our fault. Thus, if at the Symbiosis society of colleges in Pune, India, I may have been warmly received and heard from faculty and students alike keen interest in including OpenOffice.org coding in classrooms, there was, in the end, no evident result. It seemed all a show, or perhaps there was something simply missing I wasn't aware of. Being invited to give yet another presentation or workshop on the same topic is just not enough. What I wanted was for students to start working on OOo and even begin appearing on the public lists, and that was simply not happening.

There are several reasons that come to mind for the lack of continued activity. One is that any community formation, especially one of this nature, where I am asking students and professors to work on complicated code with little obviously in the way of payoff, does not come easily. It's hard enough to form participatory communities among those interested in participating and in participation's outcomes. It's even harder when both what counts as participation and outcome challenge the status quo.

And that challenge to the status quo in the make up of curricula and their basis is from one perspective what I was (and am) asking for. (Although my suggestion is by no means as radical as Eliot's in 1885, when he proposed the free elective system at Harvard.) Curricula are established--accreted--over decades and implicitly represent a culture's very idea of knowledge, practical or abstract. They do not change immediately, at least not those supposedly teaching fundamental, canonical, truths. And how could they? The very notion of a truth is that it's not susceptible to change. So if from one point it seemed I have been asking for professors to relinquish not just control over the class's pedagogy, replacing her with the community, but also the very content to be taught, it's no wonder that there has been little traction.

But, no, I was and am not asking for a big change, just a small one with big effect, and one that, for that matter, trades on what is already going on. My notion is not a Toffler-eaque merging of the the academic with the industrial and commercial, or more accurately, the replacement of academic knowledge with trade school skill. That would be a replacement of, say, truth and theory and principle with effect and how to produce that effect: a loss of knowledge and the very substance of innovation and newness, or the logic underlying the effect. (I won't enter into the interested/disinterested debate here, though it is of course relevant, especially as large companies increasingly determine the coursework in areas that are costly to maintain, such as the sciences.)

But what then do I mean by including OOo and other Foss code in education? It means to me as much the teaching of software collaboration and open source tactics of communication as the canonical teaching of code using Foss in classic (obligatory) and elective programs. It can also mean the inclusion of Foss in certain vocational college programs, as at Seneca College, in Toronto, where students are instructed on how to work on Firefox extensions as part of their basic instruction in coding and where collaboration is taken very seriously. In short, it means involving students and professors in Foss projects as a means of teaching collaboration and code. The satisfaction to be gained by this is immense, or so I believe, as students will learn not only how to code better but how to work with others in more or less real-world environments. They will not be abandoning the perimeters of the classroom; not at all. They will rather be including, in certain cases, the dynamic of Foss participation.

An example could be writing papers and giving presentations in the humanities. At one point, it used to be thought that the student's presentations--at whatever level--were essentially empty exercises and not at all related to professionalizing the student. That is, what the student learned could be thought of as being useful, but more in the abstract sense of becoming a better citizen and abler at presenting his views. The idea that a presentation given in a classroom could actually be a means of professionalizing the student and making her abler to get a job, say, or otherwise perform in real world situations, has only in the last generation become more present. When I was in graduate school, it simply wasn't clear, for instance, that my presentations were actually a kind of practice, or could be thought of as such, nor that I should be thinking about presenting at real conferences. All that was over the horizon.

But had it been on the horizon.... well, I would have been far better prepared, and I would have had a far better understanding of the process. Would I have lost out on the liberal luxury of learning at my leisure anything I chose? I don't think so. One learns best discursively, by talking and thinking about something with others, by engaging in dialogues and by taking what one thinks seriously. I think I would rather have been more serious about learning in general.

And I think that including Foss in classrooms will have a similar effect of encouraging students to take what they are learning seriously--not as empty exercises in abstract learning but as something that has real effect, both for them and for the world.

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