Raising Money for School Technology, Chromebooks and STEM Labs

Devices are one of the easiest purchases to explain to donors and one of the easiest to get wrong. Before you raise a dollar, find out what the district's technology office will accept, who will own and repair the devices, and what they cost over their whole life, not just at checkout.

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Short answer: Ask the district technology office before you fundraise. Many districts accept only devices that meet their standards, set them up on their own systems and treat them as district property. Raise money for the full cost (devices, cases, chargers, management, a cart and spares), then give it to the school so the district can buy the approved model. Fund it with a donation drive tied to a clear unit cost, business sponsors, employer matches and a grant. Internet and Wi-Fi run through the federal E-rate program instead.

Technology is one of the projects parents most want to fund and one of the few where the school often can't take what you buy. This guide is part of fundraising for school projects. It covers classroom Chromebooks and tablets, interactive displays, and the equipment for a STEM program, lab or makerspace that the whole school uses. If you're raising money for a competition team or an after-school STEM club, the robotics and STEM club guide covers season costs and sponsors.

Start with the district technology office

A laptop bought at a store and handed to a teacher may never reach students. District devices are enrolled in management software, filtered, loaded with licensed programs and covered by a repair plan. Something that arrives outside that system can be a security and support problem, so many districts write rules for it.

Two district examples show how specific those rules can be:

  • San Francisco Unified. Its Department of Technology asks schools to submit a service request before a technology donation is accepted. It recommends against letting school partners or community groups buy consumer-grade equipment, which it says isn't built for daily classroom use, and prefers the district's approved standard devices. Donated equipment has to match the district's adopted hardware standards and its acceptable use and security policy, and the department decides how each device is imaged and loaded with the district's licensed software and accounts.
  • Moore Public Schools (Oklahoma). A technology work order is required for pre-approval before anyone applies for a donation, to confirm compatibility with district systems. Donations that involve technology equipment go to the board for approval unless the item is on a pre-approved list. Gifts given to a classroom, or obtained using the district's name, become district property, and most technology equipment is asset tagged.

Your district's rules will differ in the details, but the pattern is common: approval first, the district's model, the district's setup and district ownership. The guide to district fundraising rules and approval covers the wider approval process.

  1. Ask what's needed

    Meet the principal and the technology coordinator together. Ask which classrooms or programs need devices, which model the district buys and whether the district already plans a refresh that your money would duplicate.

  2. Get a written quote

    Ask for the district's price for the approved device with everything it needs: license, case, charger, warranty and any cart or storage. That quote is your fundraising goal.

  3. Agree on the gift path

    Decide whether the parent group will give cash to the school or district (the usual route) or buy through district purchasing. Confirm who signs the gift acceptance form and when.

  4. Raise, then transfer

    Run the fundraiser, then transfer the money with a short gift letter that names the purpose. Keep a copy for your treasurer and your results report to families.

Who owns and maintains donated devices

Settle these questions before the money is raised, not after the boxes arrive. The answers below are what to ask about, not a rule that applies everywhere.

QuestionWhy it mattersWho usually answers
Who owns the devices?If the district owns them, it can move them between classrooms or schools as needs change.District gift policy; business office
Who repairs and replaces them?Screens and keyboards break. Know whether repairs come from a district warranty, a school budget or nobody.Technology department
Which software and licenses are needed?Management licenses and classroom apps can carry a per-device cost.Technology department
Where do they live?A classroom set needs a charging cart or secure storage and a working outlet.Principal; facilities
What happens in four or five years?Devices age out. Someone has to fund the replacement.Principal; parent group board

Warranty is the line most often missed. San Francisco Unified, for example, says it negotiated discounted warranties for district-purchased devices so it can service them for at least three years after purchase. A device bought outside that arrangement may not get the same coverage, which is one more reason to raise the money and let the district buy.

The path from fundraising to devices in classroomsFive steps in a row. One: the parent group asks the technology office what is needed. Two: the district gives a quote for its approved model with all extras. Three: the parent group raises the money. Four: the money is given to the school or district with a gift letter. Five: the district buys, tags, sets up and supports the devices. A bar underneath shows the replacement reserve that starts the cycle again in four to five years.1. AskWhat does thetech office needand accept?2. QuoteApproved modelplus license, case,charger, cart,warranty3. RaiseDonation drive,sponsors, matches,a grant4. GiveTransfer themoney with agift letter5. DistrictBuys, tags,sets up andsupportsReplacement reserve: set some aside each year so the next refresh isn't a new emergencyBuying first and asking later is the step that most often goes wrong
The money moves through the district so the devices arrive on the district's systems, warranty and support plan.

Budget for the whole cost, not the sticker price

A goal built on the device price alone comes up short. Add every item the technology office lists, a couple of spares for breakage, and a plan for replacement. The fundraiser budget worksheet lays these out line by line, and the goal calculator adds a cushion for fundraiser costs.

Example A PTO wants a classroom set of 30 Chromebooks. The district quotes $300 per device ($9,000), a $38 management license per device ($1,140), a charging cart ($1,500), protective cases at $25 each ($750) and two spares ($600). The real goal is $12,990, not $9,000. If the devices are expected to last four years, setting aside $3,247.50 a year funds the next set.

The same thinking applies to iPads, interactive displays and STEM lab gear. A 3D printer needs filament and replacement parts every year; a robotics kit needs batteries and lost pieces replaced; a makerspace needs consumables more than it needs one big machine. Split the budget into one-time equipment (good for a grant, a sponsor or a capital ask) and recurring supplies (better as a line in the parent group's yearly budget).

Internet and Wi-Fi: the E-rate program

Parent groups sometimes try to raise money for faster Wi-Fi or network equipment. Talk to the district first, because connectivity has its own federal funding stream. E-rate is one of the Federal Communications Commission's universal service programs, administered by the Universal Service Administrative Company. According to the California Department of Education, its discounts on internet access and telecommunications services range from 20 to 90 percent. The discount depends on the school's poverty level, whether it is urban or rural, and the category of service.

The program has two categories: Category One covers the services needed to bring broadband connectivity to schools, and Category Two covers equipment and services for internal connections inside schools. Schools and districts apply, usually through a district E-rate coordinator; it isn't something a parent group applies for. Before you raise money for anything network-related, ask whether it is already planned under E-rate and what the district's share would be.

Student devices are a different matter. The FCC's eligible services list for funding year 2026, adopted in December 2025, names end-user devices and equipment such as computers, laptops and tablets as ineligible, and the same list says off-campus use of E-rate-funded services is ineligible even for an educational purpose. In practice, E-rate can help pay for the Wi-Fi a classroom set of Chromebooks connects to, but not for the Chromebooks. Those come from the district's budget, other grants or your fundraiser.

Fundraisers that fit technology

Technology is expensive, easy to explain and lasts several years, so it suits giving-based fundraisers far better than product sales, where a sale has to gross much more than a donation drive to net the same amount. Three approaches fit devices and labs especially well. How they combine with grants, employer matching and a recognition campaign is covered in combining fundraisers, grants and sponsors.

A donation drive with a unit cost

Turn the quote into units donors can picture: "$433 puts one fully equipped device in a classroom" ($12,990 ÷ 30 = $433). Show progress on a fundraising thermometer counting devices instead of dollars. The parent letter templates include a purpose-led donation ask to adapt.

A pledge event tied to the subject

A pledge event brings in gifts from relatives outside the school, which is what a five-figure goal usually needs. A math-a-thon ties the effort to the subject the devices support, and a walk-a-thon is the most common format; the school walk-a-thon guide covers it.

Technology sponsors and a STEM showcase

Local technology firms, engineering offices and banks often like to sponsor a STEM lab or a classroom set, recognized with a plaque or a thank-you at the lab's opening; the school sponsorships guide covers levels and recognition. Equipment with a clear instructional purpose is also a strong grant project, usually with the district as the applicant. A family STEM night is a better showcase than a moneymaker: invite the sponsors, let students demonstrate last year's 3D printer or coding project, and put the ask for the next project at the door. The guide to family fun nights covers running the evening.

What to avoid

  • Buying before asking. Devices outside the district's standards may be refused or sit unused.
  • Used laptop drives. Family hand-me-downs are rarely accepted for classroom use. If you collect them, route them to a recycler or refurbisher the district approves, and have them wiped. The electronics recycling drive guide covers data, batteries and what to ask the collector.
  • Funding one classroom by luck. If one teacher's room gets a full set because its families gave more, decide with the principal how equipment is shared across the grade.
  • Forgetting year two. Licenses, repairs and consumables come back every year. Put them in the parent group budget.
  • Promising a model. Tell donors what the money will do ("a classroom set for third grade"), not which brand they'll get, in case the district standard changes.
Check locally

Technology donation rules, ownership, gift acceptance and E-rate planning are set by your district. Ask the principal and the district technology office for the current gift policy and approved device list before you announce a goal, and ask your treasurer how to record money raised for a restricted purpose.

Sources

  1. Technology donation best practices for school sites and departments, San Francisco Unified School District, Department of Technology (accessed 2026-10-30)
  2. Donations/Gift Policy: Technology, Moore Public Schools (Oklahoma) (accessed 2026-10-30)
  3. E-rate Overview, California Department of Education (accessed 2026-10-30)
  4. Eligible Services List for Funding Year 2026, Appendix B to Order DA 25-1069, Federal Communications Commission, Wireline Competition Bureau (accessed 2026-10-30)

Frequently asked questions

Can a PTO buy Chromebooks for the school?

Usually yes, but through the district rather than directly. Many districts want devices that match their approved model and are enrolled in their management system. The common route is for the PTO to raise the money and give it to the school or district, which buys, sets up and supports the devices. Get the technology office's quote and approval first.

Who owns devices that a parent group pays for?

In many districts, the district does. Moore Public Schools in Oklahoma, for example, says gifts given to a classroom become district property and most technology equipment is asset tagged. That lets the district repair, move and replace the devices. Ask your district's gift policy so the parent group's board and donors know what to expect.

Does E-rate pay for Chromebooks?

No. E-rate is a federal discount program for internet access and the network equipment inside school buildings, such as wireless access points and cabling. The FCC's eligible services list for funding year 2026 names end-user devices such as computers, laptops and tablets as ineligible. E-rate may cover the Wi-Fi the Chromebooks use, so ask the district's E-rate coordinator about network upgrades, and plan to fund the devices themselves another way.

How much should we raise for a classroom set of devices?

Start with the district's price for its approved device, then add management licenses, cases, chargers, a charging cart, warranty and a couple of spares. Add a cushion for the fundraiser's own costs. The total is often well above the device price alone, so use the district's full quote as the goal.

Can we collect used laptops from families?

Check first, because many districts won't use them in classrooms. San Francisco Unified, for example, recommends against community groups buying consumer-grade equipment for classrooms. If you collect used devices, partner with a recycler or refurbisher the district approves, make sure data is wiped, and treat it as an environmental project rather than a classroom tech plan.