How can maintenance management software optimize your processes?

What does Maintenance Management mean?

Maintenance management is the set of practices used to plan, execute, control, and improve maintenance activities on assets.

To be successful in each of the activities mentioned above, it is necessary to have knowledge of the concepts and tools used to perform effective maintenance control. It is also important to know how to differentiate the types of maintenance and, through detailed mapping, recognize your company’s needs.

Maintenance management, therefore, requires study and knowledge; it involves organization, prevention, monitoring, and conscious decision-making.

Why does maintenance management impact company results?

When there is no planning at all, or perhaps there is, but it is poorly structured because there was no good, organized management, companies face problems in a very direct way, with considerably harmful impacts.

In the opposite scenario, when maintenance is well managed, equipment life cycles are better utilized, failures decrease, costs are controlled, and operations run in a more productive and organized manner.

This brings extremely positive impacts, even increasing revenue, since production will also occur without negative surprises.

Support tools for maintenance management

To achieve good results through efficient maintenance management, there are tools to guide each stage of planning, execution, control, and improvement. See below:

Ishikawa Diagram

This is a tool that helps identify and analyze the causes of problems that affect your assets. It is visual, in the shape of a fishbone, and lists these possible causes by category. This way, you can focus on the real solution to manage these problems by addressing their causes through this management, enabling more assertive maintenance.

FMEA

This is another well-known tool that helps analyze possible failures. Its own name, when translated, already says it: Failure Mode and Effects Analysis. Therefore, with it, we can, in addition to analyzing possible failures, analyze the cause of this failure and the final effect it will have on the asset.

This way, you can prioritize failures that cause more drastic effects, performing appropriate maintenance.

Read about FMEA.

Criticality Matrix

This is a tool that helps identify the degree of criticality of a company’s assets, taking into account the failure frequency and the impact of a given failure that may occur in a given asset.

The criticality matrix follows parameters focused on impacts caused directly by equipment, such as:

• safety and environment
• quality and productivity
• occupancy rate
• production opportunity
• failure frequency
• maintainability

By using this tool, you will be able to improve your maintenance management process, because you will prioritize equipment that can cause greater losses and thus monitor them more efficiently with targeted maintenance.

Download Criticality Matrix spreadsheet

Performing efficient maintenance management may seem complicated at first, but with the help of these and other tools, the process becomes more organized, and you can have clear guidance for each step you take.

In addition, both during and after planning, and in all steps of maintenance management, it is necessary to rely on CMMS software to control all processes. Let’s better understand why in the topics below.

Main challenges of maintenance management without software support

Without the software support, maintenance management depends on manual controls, such as spreadsheets and the memories of team members. This makes it difficult to standardize processes and compromises overall control from planning through execution and follow-up, thus affecting asset reliability.

The lack of a maintenance system brings problems to the entire management process, such as:

• Information is scattered across spreadsheets
• Maintenance is performed using printed documents, with excessive paper consumption
• Lack of equipment history
• Difficulty in planning Preventive Maintenance
• Delays in completing Work Orders
• Lack of visibility into maintenance-related costs
• Difficulty in measuring and analyzing KPIs

The list is extensive because performing complete maintenance management that truly works in practice without the use of technology through functional CMMS software is impossible.

Software is necessary to support this work and plays a crucial role in ensuring that all stages of management are executed intelligently.

What is the role of software in Maintenance Management?

Maintenance management software is a tool/system created to plan, organize, centralize, and automate all maintenance activities related to one or more company assets. With it, it is possible to perform activities such as:

• detailed asset register
• definition of Maintenance Plans with rich information
• digital and automatic generation of Work Orders
• cost control based on real data
• monitoring of indicators, and much more

In contrast, manual control is limited and brings more failures to the entire process. The difference between these two forms of control is enormous, as is the difference in achievable results. Let’s better understand this in the comparison below:

And it is for these and other reasons that modern maintenance management requires agility, integration, and data-driven decisions. Therefore, software is the foundation of this management, as it automates various processes and consolidates information in a single environment. Manual management, on the other hand, is obsolete, full of failures and rework, directly impacting the results achieved.

With software, you keep all the information from the comparative chart, and much more, in a single location. This centralization reduces the confusion that usually comes from data scattered across spreadsheets and manual records.

Therefore, we can understand that its role is to make the maintenance management process easier, more efficient, and more assertive, to achieve positive results focused on continuous improvement, reliability, availability, and better utilization of asset life cycles.

If you want to understand more broadly how to choose, implement, and evolve the use of software, it is worth checking out our definitive guide on maintenance software, where this topic is covered in a strategic and in-depth way.

How does maintenance software optimize processes in practice?

Maintenance software organizes the maintenance routine and brings more predictability to operations. Activities start to follow defined workflows, with clear priorities and real-time monitoring.

A complete CMMS has several tools that will help in practice, both in the planning phase and in the execution and follow-up phases.

Routine problems occur frequently without the help of a system, and to see this more clearly, let’s look at the example below in very practical terms in an industrial plant that does not have CMMS software.

Example of delays and disorganization in Work Orders

An industrial plant is used to communicate maintenance needs to technicians verbally, through notes on paper, or informal messages, which leads to forgetfulness, confusing priorities, and rework.

At the moment of performing the activity, the technician’s only “guide” is the piece of paper that was given to them, which often does not contain rich, detailed information, or is even lost in the urgency and disorganization of the work environment.

Thus, maintenance will be performed basically “by eye,” as is commonly said.

With software, however, this risk is not real, because the Work Order can be executed via a mobile device using an app such as Engeman® Mobile, which will even require you to enter information that is important for closing that document.

In this case, the problem of missing information in the Work Order and disorganization is easily solved with the use of software, bringing benefits such as:

• Clarity about what needs to be done
• Definition of priorities
• Monitoring the status of activities
• Reduction of forgotten or duplicated tasks
• Required completion of important fields
• Work automation
• Clear and standardized communication

Maintenance software and data-driven decision-making

Data-driven decision-making is one of the greatest benefits of maintenance software. Without reliable data, the Maintenance Manager is working in the dark, reacting to problems as they appear.

With the system, the entries and information recorded in Work Orders generate data for automatic creation of reports that will support analysis and decision-making.

This way, you no longer need to manually pull information from Excel or paper forms to create reports and charts in a time-consuming way in spreadsheets or other platforms.

A good system like Engeman® must deliver reports with data such as:

• Failure history

• Tracking of activities performed by team members
  

• Maintenance costs

In this way, you will have more autonomy to make changes that will impact processes or even make new decisions based on solid, real data.

Maintenance indicators that software helps track

As mentioned above, data is essential to understand whether maintenance is performing well or where it needs to improve. Without software, calculating these indicators is time-consuming and not very reliable.

Engeman® once again comes in as a complete software solution that automatically generates reports and charts based on entries made in Work Orders, such as, for example:

• Maintenance KPIs
  

• Asset availability
  

These indicators serve as a guide to help track the quality of maintenance execution in your company and, if necessary, drive changes.

Managing maintenance also means tracking and improving the processes that are performed, and this depends directly on data such as KPIs.

Real benefits of maintenance management with software

Good maintenance management on its own already brings immeasurable benefits; however, as we have already seen above, it is practically impossible to execute good management without software.

The benefits of good management performed through a system can be seen in the long term, or even in the short term as well, if done correctly, following the tips in this article and using Engeman®, of course.

Managing maintenance in your company using Engeman® can bring benefits such as:

• Better utilization of the team/workforce: with the team-tracking data mentioned above, you can monitor the time spent on each type of maintenance to improve resource allocation and Work Order scheduling, without needing to generate excessive overtime.
• Significant reduction of unplanned downtime: with well-defined schedules, the system automatically generates Work Orders only when necessary. This timing ensures that the team performs maintenance at the right moment, without forgetfulness or unnecessary excesses, and avoids downtimes caused by lack of proper maintenance.
• Greater control of maintenance-related expenses: with Engeman®, you can view all materials recorded in Work Orders, track the labor cost according to the time spent on each activity, and calculate the lost profit resulting from equipment downtime. This visibility allows you to measure every cost related to both maintenance activities and the lack of maintenance, which is always much higher.
• Increased asset life cycle: which in many cases brings several other benefits on its own. Maintenance management here works as a cascade effect, since with proper maintenance, emergency failures will be reduced, asset life cycles will increase, and you will achieve savings by avoiding the premature disposal of equipment.
  

Therefore, investing in software is not an expense but an investment that will generate a return, both on the investment itself and on the savings achieved through intelligent maintenance management.

Common mistakes when implementing maintenance software

Even though it is a powerful tool that brings various benefits, as we have seen above, software may not generate the expected results if it is poorly implemented.

The implementation work must be performed carefully, without rushing or negligence. It is a process in which all functionalities must be analyzed and configured with attention. Because this implementation process will make a difference when the software actually starts to be used in daily work routines.

In this context, what many companies do, but should not, is:

• Implement the system without organizing processes: do not leave organization to the execution phase once the system is already implemented. Have processes organized before implementation so that each team member knows their role and is not caught by surprise, filling gaps.
  
• Not involving the entire team from the initial stages: involve as many people as possible who will use the system and, especially, those who already have day-to-day operational experience. Do not risk implementing a system that does not meet the real needs of the team.
  
• Lack of proper training: training is extremely important to obtain the full benefit of the tool. Never neglect it, thinking it is unnecessary, because you will only achieve real system usability if you know how to operate it.
• Registering assets incompletely: the implementation process is indeed labor-intensive, but do not create incomplete records in an attempt to speed up the process. Take your time and register all equipment correctly. Because this information will be missed later when performing activities and tracking results.
  

The most important thing is to follow each step of system acquisition according to the procedures of both the supplier and your company. Carefully assess each point and each need so you do not make a misguided investment.

What to consider when choosing maintenance management software

The choice of software should consider not only functionalities but also the company’s operational reality. As we saw above, this is an investment that must be made carefully and calmly.

Review and analyze every detail, both regarding your needs and the requirements offered by the supplier.

Bring your management team together and evaluate points such as:

• Ease of use of the system
• Quality of technical support
• Possibility of growth and integration
• Clear and useful reports for management
• Additional modules that complement full maintenance management
• Different versions of the system to meet your specific needs
• Optimization tools such as AI and automatic scheduling

Each company will have different needs, so it is important that the supplier has a solution that is also flexible. Additionally, hold meetings with the team from the system you are considering contracting to clarify all questions and align your company’s processes and needs.

It is worth remembering that there are different types of maintenance software, such as CMMS, EAM, and other corporate solutions, each designed for a specific level of maturity and operational complexity.

When is the right time to use maintenance software?

Each company will have a different reality, but the right question is: Which solution should we implement right now? If there are assets that need to be monitored, the ideal scenario is that you use software even at the beginning of your company’s operations.

The key point is the type of solution, the version that the supplier can offer you, because there will be times when you will need simpler control and other times when you will need more complex and sensitive management.

Engeman®, for example, has several versions that will help you manage anything from simpler control to the most complete and customized management possible, according to your needs.

Conclusion: efficient maintenance management starts with processes and technology

Efficient maintenance management arises from the combination of well-defined processes, qualified people, and appropriate technology.

Engeman® acts as a link between operations and management, organizing information, optimizing processes, and supporting strategic decisions.

By using Engeman®, your company will stop acting reactively and start working with planning, predictability, and control, thereby carrying out intelligent maintenance management. Be sure to request a demo to learn more!