From Bulky Monitors to Bright Futures: The Story of Our First Computer Lab

In the late 1980s, while classrooms across much of India still relied on chalk and handwritten notebooks, the leadership at Sri Saraswathi Vidyapeetham made a quietly revolutionary decision. A room near the assembly hall was cleared out, heavy wooden desks were pushed against freshly painted walls, and a small fleet of beige machines was unloaded from wooden crates. For students who had never seen a screen flicker to life, the arrival of the school's first computer lab felt like stepping into a science-fiction novel. Learn more about Yeni Bir şehre Taşınırken Yapılacaklar Listesi.

That decision shaped the trajectories of hundreds of young learners. Many of them now work as software engineers in Bengaluru, doctors in the United Kingdom, accountants in Sydney, and small-business owners in regional New South Wales. The story of how that single room came together — the negotiations, the budget adjustments, the temperamental printers, the first reluctant keystrokes — deserves to be remembered in the same breath as the school's founding chapters.

A Bold Step in a Pre-Digital Era

The mid-1980s were not an obvious time for a regional school to invest in computing. Television sets were still considered a luxury in many homes, and colour monitors were a rarity. Yet the principal at the time, supported by a forward-thinking parent-teacher committee, visited a handful of progressive schools in Chennai and Bengaluru before drawing up a proposal. They argued that literacy would soon mean something different, and that students who left the school without ever touching a keyboard would be left behind.

The timing placed the school on a global timeline that is worth noting. While Australian policy makers were still debating the merits of classroom computers — debates that would later feed into what eventually became the Digital Education Revolution program launched in the late 2000s — small-town Indian institutions were making equally deliberate bets with tighter budgets. Computer literacy was not yet a curriculum mandate under the Australian Curriculum, Assessment and Reporting Authority (ACARA) either, but governments on both sides of the equator were beginning to recognise that the next generation would inherit a very different workplace.

The fundraising effort itself became a lesson in community organising. Alumni of that generation still chuckle about the door-to-door campaigns, the unannounced visits to local businesses, and the surprisingly large cheque from a single benefactor who owned a typing institute.

The Hardware That Started It All

The machines that finally arrived were HCL Busybee personal computers, paired with 12-inch monochrome monitors and dot-matrix printers that rattled through perforated paper at a frantic pace. Each unit carried the familiar Intel 8086 processor humming at 8 MHz, supported by a then-impressive 640 KB of RAM and dual 360 KB floppy drives. Storage meant saving work onto fragile 5.25-inch disks, and a full session required swapping floppies three or four times.

A small comparison of the machines considered during that period shows how varied the market was:

Model considered	Processor	RAM	Display option	Typical setup
HCL Busybee	Intel 8086	640 KB	Monochrome 12"	Dual floppy, no HDD
Wipro SuperGenius	Intel 8088	512 KB	Monochrome monitor	Single 360 KB drive
Leading Edge Model D	8088 clone	256 KB	CGA colour card	Optional 10 MB HDD

The HCL units were selected for their local service network and the availability of a regional distributor who could supply replacement parts within two days. Pricing reflected the import duties of the era; a single workstation, when converted into Australian dollars for a visiting donor's convenience, worked out to roughly AUD 1,800 per seat, a figure that would easily sit at AUD 6,000–8,000 in today's terms. Two classrooms in Melbourne were outlaying similar amounts about a decade later under the state's schools IT strategy, which helps explain why the speed of adoption in rural Tamil Nadu felt almost miraculous at the time.

Setting Up the Room

The chosen room needed substantial preparation before the machines could be installed. Carpets were removed to reduce static, additional tube-lights were fitted to reduce screen glare, and a small dedicated earth-pit was dug so that voltage fluctuations would not fry the newly arrived motherboards. The school's electrician installed a stabiliser line that hummed almost continuously during practical hours.

Students were strictly instructed not to bring food, water, or even loose paper near the terminals. The lab assistant, a quiet man in a half-sleeved grey shirt, kept a register of who had used which machine and how many minutes of "terminal time" had been allotted each week. Tutors allocated two sessions per fortnight to each class, with the older students receiving double slots on Saturdays.

Alumni often recall the suspense of entering the dim, cool room. The smell of warm plastic and printer ribbon is a sensory memory shared across graduating batches. Sharing that memory is part of what keeps the official alumni network alive today, since the portal regularly surfaces photographs and old register scans that transport former students straight back to that fan-cooled space.

Lessons, First Programs and Priceless Memories

The syllabus was modest by today's standards. Students began with MS-DOS commands — listing directories, formatting disks, navigating the prompt — before progressing to GW-BASIC. The first program almost everyone wrote was a humble "10 PRINT 'HELLO' / 20 GOTO 10" loop, which filled the monochrome screen with cascading words and produced an almost universal giggle.

LOGO followed, with its turtle graphics and the thrill of watching a cursor trace geometric shapes across the screen. Typing drills on Typing Tutor software measured speed in words per minute, and the competitive spirit between classes was ferocious. Some students smuggled in handwritten "cheat sheets" of common BASIC commands; others memorised error codes such as "Syntax Error" and "Divide by Zero" as if they were Shakespearean lines.

A handful of those students went on to study engineering at the Indian Institutes of Technology and at universities in Brisbane, Perth, and Adelaide. Several of them credit those early sessions with unlocking a curiosity that shaped their choice of career. A useful relocation guide for newcomers circulated among alumni contemplating a move to Melbourne or Sydney, with one section gently reminding readers to pack their old certificates — proof, perhaps, that even a small typing certificate printed on green-bordered paper can still feel weighty decades later.

A Legacy That Reached Across Oceans

What began as a single dusty room has travelled with alumni wherever they have gone. Former students now exchange stories about that lab on WhatsApp groups and during reunions in Parramatta, in Auckland, and in Singapore. Parents who once worried about the cost of the computers now watch their grandchildren code on tablets, but they still describe the school's first lab as a turning point in their family's outlook on education.

The lab also seeded a wider culture of curiosity at Sri Saraswathi Vidyapeetham. Computer science eventually became a formal subject, annual projects replaced the humble BASIC loops, and successive rooms of increasingly advanced hardware took the place of those first beige boxes. Yet the rituals established in the original lab — the silence rule, the careful handling of disks, the pride in writing one's first working program — survived almost intact.

If a single room can shape the future of a community, then the school's first computer lab remains one of its most quietly influential spaces. Alumni reading this from a sunny veranda in Fremantle, a high-rise in Melbourne, or a small flat in Chennai can, for a moment, return to that room, hear the floppy drive whine, and remember the exact moment the cursor first blinked back at them.