Work Order Management Software

Work order management software can help teams manage reactive work requests, preventive maintenance, inspections, and corrective maintenance tasks. It can also be configured to process information tailored to different specialties like HVAC, electrical, carpentry, machinery, fleet, athletic fields, incident reporting, and so on.

We recommend tracking corrective work and preventive work (such as inspections and preventive maintenance) in separate locations for clear workflow tracking purposes.

You can create tasks manually or have them generated automatically from inspections, scheduled (PM) occurrences, or external integrations.

Yes, work order software can automatically assign work requests to technicians based on their specialty, skill set, workload, location, and other relevant factors.

Yes, work order software can automatically generate work orders after a failed inspection or when an alarm is triggered from a building automation system for events like equipment failures.

When technicians close out work orders, work order systems can require entry of the parts and supplies used to complete the work.

This can pull from parts inventory stored in the system and automatically update quantities. When inventory reaches the reorder point (set by you), it will alert you to order more.

Absolutely. Work order software enables your organization to establish various user types. Each user type can have different permissions and visibility according to your team’s preferences. For instance, you can ensure that your HVAC technicians only see heating and cooling-related tickets.

Cloud-based systems are hosted online and accessed through a web browser or mobile app. Organizations benefit from automatic backups, real-time updates, mobile accessibility, and faster deployment across multiple locations.

On-premises systems run on servers located within the organization’s computer network. While on-premises systems offer more direct control over hardware and security configurations, they typically require more maintenance, larger upfront costs, dedicated IT support, and slower upgrade cycles.

Most organizations choose cloud-based solutions because they are easier to support across large, distributed environments. Cloud-based systems deliver greater accessibility, faster implementation, and lower long-term maintenance.

The cost of work order software varies depending on the features you need, the size of your team, and deployment preferences.

Several elements influence the final price:

• Number of users. More users generally mean higher costs.
• Feature set. Adding inventory management, reporting dashboards, or integrations increases value (and price).
• Support level. Premium support (dedicated account managers, faster SLAs) may be extra.
• Customization and implementation. Tailored workflows or custom integrations typically require additional investment.

Most modern work order platforms use a monthly or annual subscription model. Pricing often scales with the number of users or locations:

• Small teams often start in the low hundreds per month.
• Mid-size organizations commonly range from hundreds to a few thousand dollars per month.

Enterprise customers can reach several thousand per month depending on scale and complexity.

A work order system and a CMMS (computerized maintenance management system) are closely related, but they differ in scope and long-term impact.

A work order system focuses on the basics of maintenance execution. It helps teams create, assign, track, and close work requests. This is often the first step beyond paper forms, emails, or spreadsheets. Work order systems are typically simpler, faster to adopt, and ideal for teams that need better visibility into day-to-day maintenance tasks and response times.

A CMMS includes all core work order functionality but expands into broader asset and maintenance management. In addition to managing work requests, a CMMS supports preventive maintenance schedules, asset tracking, reporting, parts inventory tracking, and compliance documentation.

For many organizations, the choice depends on where they are in their maintenance maturity. Teams looking to organize requests and improve communication may start with a work order system. As operations grow or become more complex, a CMMS provides the structure needed to reduce downtime, extend asset life, and plan maintenance more strategically.

In practice, many modern solutions combine both approaches, allowing organizations to start simple with work order management and expand into full CMMS capabilities as their needs evolve.

Implementing a digital work order system is typically a manageable, well-supported process, especially when the vendor provides guided onboarding. Most teams can expect a structured rollout that balances quick wins with thoughtful setup.

Initial setup and guided implementation usually begins with a discovery phase. During this stage, teams align on goals and workflows so the system can be configured to reflect how maintenance actually happens day to day. A guided approach helps configure locations, assets, request categories, user roles, and approval flows without overwhelming the team or requiring deep technical expertise.

Data migration is often supported, so be sure to ask the vendor about this up-front. Teams can expect help importing key information such as locations, assets, preventive maintenance schedules, and open work orders from spreadsheets or legacy systems. Note that some legacy systems do not allow exporting of data, or the volume of historical data can be prohibitive. In that case, the historical data can sometimes be imported in an archival format.

Training and support are built into the process. Guided implementations often include role-based training, documentation, and hands-on support to ensure both administrators and technicians feel confident using the system from day one.

User adoption is typically smooth, especially when the platform includes an intuitive interface and mobile access. Technicians gain clearer priorities and easier access to work details, while requesters benefit from simple submission and transparent status updates.

It’s important to choose a work order management solution that aligns with how your team works today and where you want to go tomorrow.

Consider these best practices:

1. Start with your team’s needs and requirements, including your desired workflows, mobile access, integrations with existing systems.
2. Look for an intuitive user experience for requestors, field technicians, and day-to-day management and reporting tasks.
3. Consider implementation support to assist with planning, configuration, initial setup, and ongoing training.
4. Evaluate data migration options for your current archive of work order data.
5. Assess the scalability and growth path that lets you start with core work order management and expand into broader capabilities like preventive maintenance, asset tracking, analytics, and capital planning.
6. Check the customer support and user community for comprehensive documentation, training sessions, and dedicated support channels.
7. Compare total cost of ownership beyond licensing fees, including professional services fees, training costs, costs to migrate data or configure custom workflows, and ongoing support and future feature needs.
8. Try before you buy with a guided demo or trial period.

The best fit isn’t always the most feature-packed or cheapest solution; it’s the one that best matches your team’s workflow, offers strong implementation support, scales with your needs, and delivers value from day one.

Work order management is a maintenance management strategy adopted by organizations of various sizes and industries. It gives maintenance teams the ability to identify needs, create and assign work orders accordingly, track end-to-end progress, and review maintenance histories.

The best work order systems enable organizations to manage all of this in one centralized platform. Users can submit and manage work orders on the go, and maintenance managers can analyze technician and facility performance at any time, from anywhere.
Work order management software is a common feature of CMMS software (computerized maintenance management system).