Maintenance Management Analytics: KPIs, CMMS & Reliability

Turn maintenance data into better maintenance decisions.

Modern maintenance teams generate large amounts of data through work orders, CMMS/EAM systems, equipment history, downtime records, preventive maintenance activities, spare parts, and failure reports.

But collecting data is not the same as using it effectively.

A maintenance dashboard may contain dozens of KPIs and still fail to answer the most important questions:

• Are our assets becoming more reliable?

• Are we reducing reactive maintenance?

• Is our preventive maintenance program actually working?

• Is the maintenance backlog under control?

• Which assets are causing repeated failures?

• Are our maintenance resources being used effectively?

• What is the data telling us to do next?

This course will help you move from maintenance data and KPIs to analysis, insight, and better decision-making.

What You Will Learn

You will learn how to understand, calculate, interpret, and use important maintenance and reliability indicators, including:

• MTBF — Mean Time Between Failures

• MTTR — Mean Time To Repair

• MTTF — Mean Time To Failure

• Equipment Availability

• OEE — Overall Equipment Effectiveness

• PM Compliance

• Schedule Compliance

• Planning Compliance

• Maintenance Backlog

• Emergency Work Percentage

• Wrench Time

• MRO and Spare Parts Availability

• Maintenance Cost and Financial KPIs

The focus is not only on formulas.

You will learn what each KPI actually tells you, how it can be misinterpreted, and how it should support real maintenance decisions.

Understand the Complete Maintenance Work Management Process

Good analytics starts with good maintenance processes and good data.

For this reason, the course first explains the maintenance work management cycle, including:

Work Identification → Planning → Scheduling → Work Assignment → Execution → Close-Out

You will understand why incomplete work orders, poor failure descriptions, weak planning, and incorrect close-out practices eventually create unreliable KPIs and misleading dashboards.

This connection between maintenance execution and maintenance analytics is essential for anyone who wants to use data professionally.

Work with CMMS and EAM Data

CMMS and EAM systems contain valuable information about:

• Work orders

• Equipment and asset history

• Failures

• Downtime

• Preventive maintenance

• Spare parts

• Maintenance costs

• Labor and resources

• Maintenance performance

However, raw CMMS data does not automatically create useful information.

You will learn how maintenance data moves through a practical analytics process:

Problem Definition → Data Collection → Data Cleaning → Visualization → Analysis → Communication → Decision

You will also understand why data quality must be checked before performing analysis and why even sophisticated dashboards can produce poor decisions when the underlying maintenance data is weak.

Find Problems Hidden Inside Maintenance Data

Maintenance analytics becomes valuable when it helps us discover what requires attention.

The course explains how maintenance data can be used to identify:

• Bad actor assets

• Repeated failures

• Excessive downtime

• Reliability problems

• High levels of emergency work

• Growing maintenance backlog

• Weak maintenance processes

• Performance gaps

• Opportunities for maintenance improvement

Instead of simply reporting historical numbers, the goal is to help you ask better questions about your maintenance operation.

Build Better Maintenance Dashboards

A good dashboard should do more than display charts.

You will learn how maintenance KPIs can be organized and interpreted so that dashboards support managers, engineers, planners, and reliability teams in understanding performance and identifying priorities.

The course also discusses a critical question:

What should a maintenance dashboard help you decide?

This distinction helps move maintenance reporting from simply presenting numbers toward supporting action.

From Reactive Maintenance to Data-Driven Maintenance

The final part of the course explores how historical maintenance information can support more advanced decisions.

You will understand the journey from:

Raw Data → Information → Analysis → Insight → Prediction → Decision

This provides a practical foundation for organizations that want to gradually move from reactive maintenance toward more proactive, reliability-focused, and data-driven maintenance strategies.

Who Is This Course For?

This course is designed for professionals who work with industrial assets, maintenance activities, reliability, or maintenance data, including:

• Maintenance Managers

• Maintenance Engineers

• Reliability Engineers

• Maintenance Planners and Schedulers

• Maintenance Supervisors

• Asset Management Professionals

• CMMS/EAM Users and Administrators

• MRO and Spare Parts Professionals

• Operations and Engineering Professionals

• Engineers who want to develop maintenance analytics skills

It is also suitable for professionals who already receive maintenance reports and dashboards but want to better understand what the numbers actually mean.

Do I Need Data Science or Programming Experience?

No programming experience is required.

Basic familiarity with maintenance, equipment, work orders, industrial operations, or reliability concepts is helpful, but the key concepts are explained step by step.

Basic Excel familiarity can also be useful.

This is a maintenance-focused course—not a programming or advanced data science course.

By the End of the Course

You will have a clearer understanding of how modern maintenance organizations connect:

Maintenance Work → CMMS Data → KPIs → Reliability Analysis → Dashboards → Better Decisions

You will be able to interpret maintenance performance more critically, recognize problems hidden in maintenance data, and use KPIs and analytics to support reliability, asset performance, and operational improvement.

If you want to move beyond simply reporting maintenance numbers and start understanding what those numbers mean and what to do with them, this course is designed for you.