IT supply and installation for schools, colleges and universities
Computer labs that survive a full teaching term, smart classrooms staff actually use, and campus networks built for exam-hall density.
Education buyers are working against a constraint no other sector shares: the building empties for a few weeks a year, and that is the only window in which disruptive work can happen. A lab refurbishment that overruns does not merely inconvenience the institution — it collides with a timetable that cannot move. Every conversation we have with a school or a university starts with the calendar, not the specification.
The second thing that makes education distinct is that the equipment is used harder and treated worse than in any commercial environment. A student lab machine is switched on and off dozens of times a day by people with no stake in its survival, keyboards take punishment, and cabling within reach of a teenager will eventually be tested. Specifying commercial-grade equipment on institutional pricing is a false economy that shows up in year two.
Khyber Pakhtunkhwa is a particularly active market here. The province has more than forty universities alongside the Higher Education Department’s school network, and smart-classroom funding is genuinely moving — nationally, procurement of interactive displays has reached the scale of a PKR 1.4 billion agreement covering over ten thousand classrooms in Sindh alone. The demand exists. What is usually missing is a supplier who surveys the room before quoting the panel.
What education buyers actually order
Drawn from what this sector requests most, and why the specification differs from a general commercial buyer.
Lab desktops and thin clients
Bought in batches of twenty to sixty, needing identical configuration and imaging so a lab can be reset between classes.
Interactive flat panels
Increasingly the single largest line in a school capital budget. Size must be driven by the back row, not the price list.
Campus wireless and switching
Density matters far more than coverage. An exam hall with 200 concurrent devices breaks networks designed on floor area.
UPS and solar backup
A smart classroom on an unreliable feed is an expensive whiteboard. Power is part of the classroom specification, not an afterthought.
Printers and document scanners
Admissions and examinations departments carry heavy seasonal peaks, so duty cycle must be specified for the peak, not the average.
CCTV for corridors and entrances
Safeguarding drives the requirement, which means retention periods are typically longer than in commercial premises.
What goes wrong for education buyers
Each of these describes what actually happens, why it damages trust, and what we do differently.
Work that overruns into term time
Installers quote a timeline against an empty building and discover the actual constraints — no containment, no spare circuit, walls that will not carry a mount — once the holiday has already started.
By the time the overrun is visible the institution has no alternative supplier available and no window left, so it absorbs the disruption and the relationship never recovers.
We survey room by room before quoting and commit to a staged schedule with named completion dates per room. Where a room has a structural or electrical problem, it is identified in the survey and priced in, not discovered mid-installation.
Panels and labs that nobody uses
Equipment is delivered and commissioned correctly, training is dropped when the budget tightens, and teaching staff carry on with what they already know how to operate.
The institution has spent a capital allocation and cannot demonstrate any change in teaching practice, which makes the next funding request considerably harder to justify.
Hands-on staff training is written into the installation rather than quoted separately, with a follow-up session several weeks later when teachers have hit real problems instead of hypothetical ones.
Tender specifications naming discontinued models
An education department BOQ written months earlier names a panel or processor generation that no longer exists, so literal compliance is impossible for any bidder.
Procurement committees are wary of accepting substitutions without documentation, and honest bidders lose to those willing to claim compliance they cannot support.
We quote line by line, mark each item compliant or equivalent, and attach manufacturer specification sheets demonstrating the substitute meets or exceeds every stated parameter — the pack a committee needs on file.
What a campus engagement usually looks like
A representative project for a mid-sized college begins six to eight weeks before a term break. We survey each room for viewing distance, wall construction, network drop availability and spare circuit capacity, then produce a schedule that groups rooms into phases matching the length of the break. Lab machines are imaged and asset-tagged at our bench during the weeks before, so the on-site window is spent installing rather than configuring. Training is scheduled for the first staff day back, when teachers are present but classes have not resumed.
This describes how a representative project in this sector runs. It is not a client case study — we do not publish attributed project details without written permission, and we do not publish unattributed ones at all.
What you get from us
- Room-by-room survey report before any equipment is ordered
- Phased installation schedule with named dates, matched to the academic calendar
- Lab machines pre-imaged and asset-tagged, arriving ready to log into
- Staff training on the first day back, plus a follow-up visit weeks later
- Documentation pack sized for institutional audit requirements
What we supply to education
Listed in the order this sector typically requests them.
Smart Screens & Interactive Displays
Interactive flat panels for classrooms and boardrooms — sized to the room, mounted safely, and set up with training so they get used.
DetailsComputers & Laptops
Desktops, laptops and workstations sourced against your actual workload, imaged and asset-tagged before they reach your team.
DetailsNetwork Equipment
Switches, routers, structured cabling and wireless — designed for the building you actually have, then labelled and documented properly.
DetailsPower & Solar Solutions
Solar, inverters, battery storage and UPS — sized against your actual load profile and tariff, with the payback arithmetic shown honestly.
DetailsSecurity & Surveillance
CCTV, access control and monitoring — designed around what you actually need to see, with storage sized for the retention period you require.
DetailsGeneral & Bulk Supply
Consolidated ordering for offices, schools and institutions — one supplier, one invoice, one delivery, with tender-compliant documentation.
DetailsPricing for education
Education projects are quoted per room and per phase rather than as a single lump figure, so a governing body can approve in stages against an academic calendar and a phased budget release. Lab and classroom pricing separates equipment, electrical and mounting work, and training, so nothing disappears into an undifferentiated total that is impossible to scrutinise. For public-sector institutions we quote line by line against the BOQ with compliance stated per item.
Survey before the funding request, not after
The most common way a KPK school or college project stalls is that funding is approved against a panel or lab cost, and the survey afterwards reveals that half the rooms need a network drop, a protected circuit or wall reinforcement before anything can be mounted. Those costs then have to be found from a budget that has already been fixed. If you are preparing a funding case, a room-by-room survey first — which we will carry out without obligation — produces a number that survives contact with the building.
Education — questions we get asked
Specific to this sector's constraints, not general enquiries.
Can you complete a computer lab installation within a term break?
Usually yes, provided the survey happens well before the break rather than during it. The work that actually consumes time on site is rarely the machines — it is cabling, power provision and mounting, and those are exactly the things a remote estimate gets wrong. We survey the rooms several weeks ahead, pre-image every machine at our bench, and arrive with a phased schedule and the electrical work already scoped. Where the honest answer is that a break is too short for the scope, we will tell you that at survey stage and propose splitting it across two breaks rather than starting something we cannot finish.
How do we specify equipment for a lab that students will treat roughly?
Prioritise serviceability and durability over headline specification. Practically, that means business-class chassis rather than consumer models, wired peripherals that can be replaced individually for a few hundred rupees, cable management that puts nothing within casual reach, and a configuration you can re-image quickly when a machine is inevitably left in an unusable state. It is also worth holding a small buffer of spare units and peripherals on site — a lab of forty machines with two spares stays fully usable through most failures, whereas a lab of forty-two with none does not.
What network capacity does a campus actually need for online examinations?
Concurrent device density is the number that matters, and it is the one most campus networks are not built for. A hall running two hundred students on an online assessment simultaneously places a completely different demand on wireless than the same floor area during ordinary teaching, and access point counts derived from coverage models will be badly short. For examination spaces we plan on substantially higher access point density, put those APs on their own controller configuration, and — where the assessment genuinely cannot be allowed to fail — recommend wired provision for at least a proportion of seats as a fallback.
Do you supply against Higher Education Department and university tenders?
Yes. Public-sector education procurement in Khyber Pakhtunkhwa runs through the KPPRA framework and its EPADS e-procurement portal, and the tender language is typically the full scope — supply, installation, commissioning, training and after-sales support — which is exactly how we work. We prepare line-by-line compliance documentation, provide manufacturer specification sheets for any equivalent proposed, and supply the delivery challan, GST invoicing and warranty certification in the form institutional audit requires.
How should a school budget for power backup alongside classroom technology?
Treat it as part of the same line rather than a separate project, because the technology is unusable without it. The practical approach is to identify which rooms genuinely cannot tolerate an interruption — computer labs mid-assessment, any room with an interactive panel, the server or MDF room — and protect those circuits first, rather than attempting whole-building backup on a school budget. Where a school already has solar or an inverter, we check whether classroom equipment survives the switchover cleanly, because repeated unclean shutdowns will eventually damage panels and lab machines.
Other sectors we supply
Where we cover
Working in education? Tell us your constraints.
Send the requirement and the things that limit it — access windows, budget release schedule, documentation your process needs. We will quote against both.