Most maintenance teams start with spreadsheets. It makes sense: the tool is free, everyone knows how to use it, and in the early days — one building, a few technicians, a handful of assets — a shared Google Sheet or Excel file covers most of the need. You can log work orders, note completion dates, and track asset information without buying anything.
The problem is not the spreadsheet. The problem is that maintenance work has properties that spreadsheets don’t handle well: it needs to be assigned to people, it needs to notify those people, it needs to auto-generate recurring tasks, it needs to be accessible in the field without a laptop, and it needs to stay organized as the team and asset base grow. This page is for teams that are starting to feel the friction.
What spreadsheets handle fine
Before listing the gaps, it’s worth being honest: spreadsheets are not useless for maintenance management. They work reasonably well for:
- Asset registers. A list of equipment with make, model, serial number, install date, and service notes is something a spreadsheet handles straightforwardly.
- Historical logs. If one person is responsible for entering completed work, a spreadsheet can serve as a reasonable log of what was done and when.
- Simple PM calendars. A calendar spreadsheet with color-coded cells for monthly, quarterly, and annual tasks is readable and editable.
If you have one building, two or three technicians, and a small enough asset base that one person can keep the spreadsheet current, the spreadsheet may be working fine for you. There’s no rule that says every maintenance team needs dedicated software.
Where spreadsheets fall short
Spreadsheets don’t assign work
A spreadsheet can list a work order, but it can’t send that work order to a specific technician, notify them that it’s been assigned, and track whether they’ve acknowledged it. The assignment loop — “who’s doing this?” — happens outside the spreadsheet, in a text, an email, or a radio call. The spreadsheet records the outcome if someone remembers to update it.
This is manageable with two technicians. With five or eight, the assignment coordination eats supervisor time every day, and things get missed.
Spreadsheets don’t generate PM work orders automatically
A well-built PM calendar spreadsheet can tell you that a quarterly inspection is due this month. It can’t create a work order for that inspection, assign it to a technician, attach the inspection checklist, and send a notification. Those steps are still manual. In a busy week, they get skipped.
The most common reason preventive maintenance doesn’t happen on schedule is not that maintenance teams don’t know it’s due — it’s that the act of converting “due date on a calendar” into “assigned, tracked work order with a checklist” requires human action every single time. A CMMS does that automatically.
Spreadsheets have no mobile experience for technicians
A technician on the floor or in a mechanical room doesn’t have a laptop. They have a phone. Pulling up a shared Google Sheet on a phone, finding the right row, editing it accurately, and saving it is technically possible but practically painful — especially if multiple technicians are editing the same sheet simultaneously.
A CMMS designed for mobile access lets a technician see their assigned work orders, pull up asset history, complete a checklist, log the parts they used, and close the work order from their phone without fighting the interface. The data gets back into the system in real time, not at the end of the day when they try to remember what they did.
Spreadsheets have no asset history that survives team changes
Asset history in a spreadsheet depends on whether someone recorded it, in the right row, consistently. When the technician who maintained the spreadsheet leaves, the institutional knowledge they carried about which column meant what often goes with them. When a new technician asks “what’s the history on this compressor?” the answer is “let me see if I can find it in the sheet,” which often yields a partial answer.
In a CMMS, every work order against an asset is permanently attached to that asset record. A technician who has never worked on a piece of equipment can scan its QR code and see every work order, every PM, every part ever used, and every inspection result. The history is in the system, not in someone’s memory.
Spreadsheets don’t notify anyone of anything
A spreadsheet that shows a PM is overdue notifies no one. A spreadsheet that shows a high-priority work order has been open for a week notifies no one. The manager who checks the spreadsheet notices. The manager who doesn’t check it that day doesn’t.
Notification and escalation — the things that prevent deferred PMs from becoming failures — require a system that can act automatically when a deadline passes or a priority threshold is crossed. Spreadsheets are passive documents.
Spreadsheets don’t support requester workflows
If a staff member, tenant, or building occupant wants to submit a maintenance request, the spreadsheet doesn’t have a form they can fill out. They call, email, text, or knock on a door. The request may or may not get logged. There’s no way for the requester to check status. There’s no audit trail of who requested what and when.
A CMMS with a Requester Portal gives anyone a web form to submit a request. The request lands in the work order queue. The requester gets a status link. Nothing gets lost in an inbox.
Signs it’s time to move off spreadsheets
You’ve probably hit the point where a CMMS makes sense if more than a few of these are true:
- Work orders get missed or fall through the cracks more than once a month.
- You’re spending meaningful time each week transcribing requests from texts, emails, and verbal reports into the spreadsheet.
- Technicians don’t update the spreadsheet in real time because the mobile experience is too slow.
- You’ve had a PM slip past its due date because nobody noticed the calendar entry.
- You can’t quickly answer “what’s the full service history on this specific asset?”
- Someone who left the team took a lot of the maintenance knowledge with them.
- You’re growing — more assets, more staff, more locations — and the spreadsheet is getting slower and harder to navigate.
What the switch actually looks like
Moving from spreadsheets to a CMMS is not a large IT project. For a small to mid-sized team:
- Asset import. Export your asset list from the spreadsheet and import it into TeamWork. TeamWork accepts CSV uploads.
- PM schedule setup. Configure your recurring PM schedules in the system. This takes a few hours for a typical asset base.
- Team onboarding. Add your technicians. They get email invitations and can log in immediately. The interface is simple enough that most technicians are comfortable within a day.
- Requester Portal setup. Share the portal URL with staff, tenants, or whoever currently submits requests by other means.
Most teams are running in the new system within a week. The spreadsheet stays as a reference until the team is confident everything is in the CMMS.
The cost question
TeamWork Starter is $49/month — less than most SaaS tools most organizations already pay for. For a team that currently has a maintenance manager spending 3-4 hours a week on spreadsheet coordination and follow-up, the math on time savings alone usually justifies the cost quickly.
There is no per-seat fee for adding technicians within the plan’s seat limit. The Requester Portal is included. PM scheduling is included. Reports are included. The $49 covers the functionality.
Start your free 14-day trial — no credit card required, and you can import your existing asset list from day one.