/Technology

My great-grandmother, this is a tangent with no real relevance but it always comes to mind when I talk about this, had an Olivetti typewriter she kept like a relic. Never used it after 1979, it just sat there on the sideboard, proof that the house had once been ahead of its time. I think about this a lot whenever someone talks about "computers in schools in the 80s" as if it were one uniform thing, some kind of national club everyone joined at the same moment. It wasn't. And that's usually where most conversations about this start falling apart. Let's go step by step, because there's a lazy tendency to sum all this up as "there were computers in schools" and move on, as if it were some isolated fact with no mechanics behind it. There weren't, not like that. What actually existed, concretely, was Projeto MINERVA, approved by ministerial order on October 31st, 1985, after being proposed to the Ministry of Education by a group of professors from the University of Coimbra. This matters because it immediately changes the story: it didn't come from a top-down decision, some "let's equip the whole country" move — it came from below, from academics who wanted to test an idea and managed to push it into the machinery of the State. And honestly, the State didn't have much money to spend on educational technology back then. Portugal in 1985 was still three years from joining the EEC, the country had other obvious priorities, and this still moved forward anyway. Worth pausing on that for a second before continuing. Because the thing nobody really explains, and which is the whole crux of this, is that MINERVA was never, at its core, a hardware project. It was a teacher training project. Full stop, more or less. The name already gives it away — Meios Informáticos no Ensino: Racionalização, Valorização, Actualização — and notice how the word "meios" (means) already signals instrumentality, not centrality. The computer wasn't the protagonist, it was a tool. This completely contradicts the popular image of kids dazzled, switching on a green screen for the first time in a room full of brand-new machines. That image did exist in some places, sure, but it was the exception proving the rule, not the rule itself. The practical setup ran through "Pólos," centers usually linked to universities, which bridged pedagogical theory and schools on the ground. Coimbra obviously played a founding role, but poles were spread out, each with its own interpretation of what "using technology in the classroom" meant. And here's something I genuinely think is underrated: geographic distance to one of these poles determined, almost single-handedly, the quality of experience a student had. A school in or near Coimbra or Lisbon had access to ongoing training, follow-up, someone regularly checking in on how things were going. A secondary school in the interior, say a small town in the Bragança or Portalegre district, might have received the machines and then basically been left to fend for itself from there on. This isn't a minor detail, it's structural. And it's exactly the kind of thing nostalgic narratives tend to erase, because nostalgia likes to flatten everything into "all of us, back then." On the machines themselves: there's a confusion I see constantly, even from people who should know better. A lot of people remember the ZX Spectrum, or the Timex, or later the Amstrad CPC, and assume that's what was in schools. It wasn't, or at least it wasn't the dominant standard. In schools, the standard was MSX. Sony HB-series, Philips VG8000, Spectravideo, and so on — machines sharing a common architecture agreed upon by several Japanese manufacturers, which in practice made public procurement much easier, since there was compatibility of software and peripherals across different brands. This was a conscious decision, not an accident. Buying at scale for an entire education system requires a minimum of standardization, otherwise you end up with a mess of cables, incompatible floppy disks, teachers trying to figure out why the program that worked on the machine next door won't run on this one. MSX solved that, or at least softened it. And the reason the Spectrum stuck more firmly in collective memory has nothing to do with schools. It has to do with homes. The Spectrum was cheaper, easily entered the domestic market through electronics shops and mail-order catalogues, and so it became tied to a personal, intimate imagination — the kid who spent hours trying to load a game off cassette tape and praying the audio wouldn't glitch halfway through. That's a private memory, full of mechanical frustration with magnetic tape. The school memory is a different animal entirely, more bureaucratic, more mediated by a teacher holding a manual, and by a subject called "Introdução às Tecnologias de Informação" that, by the way, not every school even offered. Many didn't have it formalized at all — access to the computer happened through occasional, almost extracurricular activities, depending entirely on the willingness of one particular teacher who'd gotten enthusiastic about the thing. Then there's LOGO. And this, I'll admit, is where it actually gets interesting from a pedagogical standpoint, because it wasn't just "teaching computing" in the sense that Excel or a basic Python course gets taught today. LOGO came directly from Seymour Papert's ideas, who in turn had worked with Piaget, and the logic behind it wasn't to churn out precocious programmers. It was to use the experience of giving a machine precise instructions, seeing the immediate result, getting it wrong, correcting it, in order to build logical reasoning and problem-solving ability. That turtle, drawing lines on screen in response to commands like FORWARD 50 or TURN 90, was literally a physical metaphor for structured thinking. You write the command, the turtle either obeys or it doesn't, and if it doesn't it's because you thought wrong, not because the machine is dumb. This is pure constructivism, Piaget applied with a CRT screen instead of wooden blocks. Except — and here's where my skeptical side kicks in, because I think it needs saying — the gap between LOGO's theory in MINERVA's documents and its actual practice in many classrooms was considerable. A Mathematics teacher at the preparatory level, with no prior training in programming, handed a manual and a machine and asked to "apply constructivist learning principles via LOGO," was often flying blind. This isn't a criticism of the teacher, it's a criticism of a system that assumed a few days or weeks of training would be enough to transform decades of pedagogical practice. This happens every time advanced educational theory gets imported into a system with limited resources and insufficient training — I've seen the same pattern repeat itself decades later with other technological "revolutions" in education, and honestly I doubt it's going to stop happening. There's a study I particularly like to cite whenever this conversation comes up, because it pulls the whole thing out of the realm of opinion and into the realm of data, even if imperfect data. António Pedro Dores, in a sociological doctoral investigation defended at ISCTE in 1995, surveyed fifteen schools in the greater Lisbon area, targeting students and teachers from 7th to 12th grade, at two separate points in time, 1988 and 1992. The central finding, and I say this because I think it deserves to be cited far more than it is, was that between those two dates, Projeto MINERVA and the broader tech movement in those schools did not produce the transformations in the education system that had been expected. At the same time, the physical presence of computers in the lives of students and teachers kept increasing steadily. In other words: more machines, more contact, without a proportional shift in actual pedagogical change. It's a somewhat uncomfortable result, because it breaks the easy narrative of "the computer arrived and changed everything." It didn't change everything. It changed some things, in some places, with some particularly motivated teachers, and stayed pretty much stagnant everywhere else. This brings me to another thing I think is crucial and rarely discussed honestly: MINERVA, despite all its limitations, probably had an effect that matters more than its direct impact on students — it trained a generation of teachers with a baseline level of technological literacy that they otherwise would never have acquired in that period. Those teachers, many of them, carried that foundation with them through decades of their careers. It's an indirect, second-order effect, hard to measure in a short-term survey like the 1988-1992 one, but it probably had more structural, long-term impact than any statistic about "number of students who used LOGO." I don't have solid numbers to prove this, it's more my own reading after digging into the topic quite a bit, but it seems like the most plausible explanation for why MINERVA is remembered with a certain fondness despite the immediate results being so ambiguous. There's another point too, and it's an unpleasant one, but it needs saying: access was deeply unequal, and not just between districts. Within the same school, a single computer lab, with a limited number of machines — often six, eight, maybe a dozen if the school was relatively large — meant entire classes of twenty-something students had to take turns. Thirty minutes per student in a good week, probably less. That's not immersive learning, it's a superficial, almost symbolic contact, giving the sense of "we were there" without necessarily building any real competence. And I keep coming back to the geographic issue, because it's stubbornly persistent: whoever was near a university pole got equipment replacement, maintenance, technical support. Whoever was far away often ended up with broken machines for months on end, with nobody around who knew how to fix them, and the computer lab slowly turned into a storage room with dead computers in it. I've heard accounts like that, from people who went to schools in the interior during that period, and the pattern repeats with an uncomfortable consistency. Worth pausing too on the question of gender, which almost never comes up in these conversations and really should. The informal computer clubs that sprang up around these labs, outside the formal curriculum, tended to be dominated by boys, reflecting broader tendencies of the time about who was "supposed" to be into technology. I don't have solid numbers on this specifically for the MINERVA context, but it's a well-documented pattern in other countries with similar projects during the same decade, and it would be strange for Portugal to have somehow escaped that dynamic. The project formally ended in 1994, after nine years, and from here the story gets a bit scattered and less glorious than its opening phase. There was no clean succession, no "MINERVA 2" that carried the work forward coherently. Instead there was a period of fragmentation, initiatives appearing and disappearing without much strategic continuity. Nónio Século XXI launched on October 4th, 1996 and ran until late 2002, followed by the Internet na Escola program, started in 1997 and wrapped up in 2003, and then other initiatives like EDUTIC and CRIE. In some regions, like Madeira, due to administrative autonomy and its own regional budget, these national programs barely had any practical impact, which shows how the real-world implementation depended far more on local decisions and regional funding than on any nicely worded central directive. And we arrive at the start of the new millennium with a 2001 report by Lurdes Camacho for Janus magazine, which sums all of this up in a way I find brutally honest: fifteen, sixteen years after MINERVA, information technologies in Portuguese schools were still far from reaching a level of everyday normalization as real working tools. A single multimedia computer with internet access in a mediateca, fought over by thousands of students who practically couldn't get to it. This in 2001, nearly two decades after the initial launch. If that isn't proof that technological change in education systems is slow, uneven, and often disappointing relative to initial expectations, I'm not sure what would be. I think the most honest lesson to draw from all this, and I say this without much optimism but also without empty cynicism, is that projects like this rarely fail for lack of vision. MINERVA had a solid pedagogical vision, constructivist, theoretically well grounded, decades ahead of a lot of what was seen in other countries at the same time. They fail because of the brutal distance between what gets decided in a meeting room in Lisbon or Coimbra and what actually happens in a classroom with an overworked teacher, a broken machine, and twenty-five students waiting their turn. That distance never fully closed, not in MINERVA, and probably not in any program that followed it. And anyone who's been anywhere near more recent educational digitization projects, already well into the twenty-first century, will recognize the pattern with an almost painful familiarity. I'm always left with this odd feeling when I think about MINERVA: it was, at the same time, a success and a failure, depending entirely on where you happened to be, which teacher you happened to get, how far you were from a university pole. There's no single, clean answer to "what was computing like in Portuguese schools in the 80s," and I'm deeply suspicious of anyone who offers one. The experience of someone attending a secondary school near Coimbra in 1987 has little to do with the experience of someone attending a preparatory school somewhere in the Trás-os-Montes interior at the same time, and both are equally "the 1980s in Portuguese schools." It's just that one of them shows up far more often in the books and academic papers, because that's the one that left something written down.