What Is Maintenance Planning? A Complete Guide

TL;DR

Unexpected equipment failures can disrupt operations, increase costs and put both productivity and safety at risk. However, many of these problems can be prevented with effective maintenance planning.

Maintenance planning helps organisations define what needs to be done, how the work should be performed and which resources are required before technicians begin a task. When supported by reliable asset data and the right technology, it enables maintenance teams to work more efficiently and make better-informed decisions.

In this guide, we explain what maintenance planning is, how the process works and how digital tools such as CMMS and EAM software can improve maintenance performance.

What is maintenance planning?

Maintenance planning is the process of preparing maintenance work before it is carried out. It involves defining the scope of each task, identifying the necessary labour, tools and spare parts, establishing safety requirements and providing technicians with clear instructions.

The main objective is to ensure that every maintenance activity can be completed safely, efficiently and with minimal disruption to operations. Rather than reacting to problems as they occur, maintenance teams can anticipate requirements and eliminate avoidable delays.

A comprehensive maintenance plan typically includes:

• The asset or equipment that requires maintenance;
• A clear description of the work to be performed;
• Step-by-step procedures and technical documentation;
• Required skills and estimated labour hours;
• Tools, materials and spare parts;
• Safety instructions, permits and risk controls;
• Estimated costs and completion time;
• Criteria for confirming that the work was completed successfully.

Good planning gives technicians the information and resources they need before work starts. This reduces wasted time, repeat visits and emergency purchases.

Maintenance planning vs maintenance scheduling

Maintenance planning and maintenance scheduling are closely related, but they are not the same process.

Maintenance planning determines what work needs to be done and how it will be completed. It focuses on the scope, procedures, resources and technical requirements of the task.

Maintenance scheduling determines when the work will take place and who will perform it. It considers technician availability, operational priorities, production requirements and planned downtime.

In simple terms:

• Planning: What needs to be done, how and with which resources?
• Scheduling: When will it be done and by whom?

Both activities are essential. A scheduled task without proper planning can result in delays because parts, tools or instructions are missing. Likewise, a well-planned task will not deliver value if it is never scheduled or assigned.

Why is maintenance planning important?

Effective maintenance planning improves the use of people, materials and time across the organisation. It creates a structured approach to maintenance and helps teams move away from a reactive model.

Less unplanned downtime

Planned maintenance allows organisations to address deterioration before it develops into a critical failure. It also helps teams coordinate interventions with operational schedules, reducing disruption to production or service delivery.

Higher workforce productivity

Technicians often lose valuable time searching for documentation, waiting for spare parts or clarifying instructions. A complete job plan provides this information in advance, allowing them to spend more time performing skilled maintenance work.

Better control of maintenance costs

Emergency repairs can involve overtime, expedited shipping and unplanned production losses. Planning gives organisations greater control over labour and inventory while reducing the financial impact of unexpected events.

Improved safety and compliance

Maintenance tasks may involve electrical systems, hazardous substances, confined spaces or heavy equipment. Including permits, procedures and risk controls in the plan helps ensure that work is performed safely and consistently.

A digital maintenance history also supports audits by providing evidence of inspections, interventions and regulatory checks.

Longer asset life

Assets that receive timely and appropriate maintenance are more likely to operate reliably throughout their expected lifecycle. Planning helps prevent minor issues from accelerating wear or causing damage to related components.

The maintenance planning process

Although the exact workflow depends on the organisation and type of asset, effective maintenance planning generally follows a series of key steps.

1. Identify and prioritise the work

Maintenance requirements may be generated by inspections, preventive maintenance programmes, sensor alerts, operator reports or equipment failures. Each request should be reviewed and prioritised according to factors such as:

• Impact on safety and compliance;
• Asset criticality;
• Operational and financial impact;
• Risk of further deterioration;
• Availability of resources.

A consistent prioritisation framework helps ensure that urgent and high-value tasks receive attention first.

2. Define the scope of work

The planner must clearly describe the problem and the expected outcome. Ambiguous work orders can lead to incomplete repairs, unnecessary interventions and inconsistent results.

The scope should specify the asset, location, reported symptoms, required task and conditions for completion. Photographs, diagrams and previous maintenance records can provide useful context.

3. Review asset history and documentation

Previous work orders, failure records, manuals and performance data can reveal recurring issues and help planners select the most appropriate procedure.

This historical information is especially valuable when estimating task duration, identifying frequently used spare parts and understanding the root causes of failure.

4. Identify labour, tools and spare parts

Before the work is scheduled, the planner should confirm which skills, tools, materials and components are required. This may include specialist technicians, external contractors or equipment such as lifting devices and diagnostic instruments.

Checking inventory availability in advance prevents a technician from arriving at the asset only to discover that an essential part is missing.

5. Develop the job plan

The job plan should provide technicians with a clear sequence of actions. Depending on the complexity of the task, it may include:

• Step-by-step instructions;
• Estimated duration for each activity;
• Technical drawings and manuals;
• Safety precautions and permits;
• Quality checks and testing procedures;
• Instructions for recording results.

Standard job plans can be reused for recurring work, improving consistency and reducing planning time.

6. Schedule and assign the work

Once the task is fully planned, it can be scheduled according to its priority, the availability of technicians and the operational calendar. Coordinating with production, facility or operations teams is essential when the work requires an asset shutdown or restricted access.

7. Execute, close and review

Technicians should record the work performed, time spent, parts used, measurements taken and any additional problems found. This information should then be reviewed before the work order is closed.

Actual results can be compared with the original plan to improve future estimates, procedures and resource allocation. Maintenance planning should therefore be treated as a continuous improvement process rather than a one-off administrative task.

What does a maintenance planner do?

A maintenance planner prepares maintenance tasks so that technicians can execute them effectively. The role creates a bridge between incoming work requests and field execution.

Typical responsibilities include:

• Reviewing and validating work requests;
• Assessing asset history and technical documentation;
• Defining the scope and sequence of work;
• Estimating labour, time and costs;
• Reserving spare parts, materials and tools;
• Preparing safety information and permits;
• Creating standard job plans;
• Coordinating with maintenance schedulers and operational teams;
• Reviewing completed work to improve future plans.

Maintenance planners should avoid being continuously redirected towards emergency work. Their greatest value lies in preparing future tasks and increasing the percentage of maintenance that can be completed in a planned, controlled way.

Maintenance planning strategies

Maintenance planning supports several maintenance strategies. Most organisations use a combination based on asset criticality, risk and cost.

Preventive maintenance planning

Preventive maintenance is performed at predetermined intervals based on time or usage. Planning ensures that recurring inspections, lubrication, cleaning and component replacements are prepared and scheduled before they become overdue.

Condition-based maintenance planning

Condition-based maintenance uses information about the actual condition of an asset to determine when intervention is necessary. Sensor readings, inspections and performance thresholds can automatically trigger a work request when abnormal conditions are detected.

Predictive maintenance planning

Predictive maintenance uses data analysis and advanced models to estimate when a failure may occur. Planners can use these insights to prepare the intervention, acquire parts and schedule work before equipment performance is significantly affected.

Corrective maintenance planning

Not all corrective maintenance is an emergency. When a non-critical defect is identified, the repair can be planned and scheduled for a suitable time. This reduces disruption while ensuring the issue is resolved before it becomes more serious.

Common maintenance planning challenges

Even experienced maintenance teams may struggle to maintain an effective planning process. Common challenges include:

• Incomplete or inaccurate asset records;
• Poorly described work requests;
• Limited visibility over spare-parts inventory;
• Constant changes to priorities;
• Excessive reactive maintenance;
• Lack of coordination between maintenance and operations;
• Paper-based or disconnected systems;
• Failure to capture feedback after task completion.

These issues often reinforce one another. For example, a lack of reliable asset data makes planning more difficult, which leads to inefficient work and incomplete records. Breaking this cycle requires standardised processes and a central source of information.

How CMMS and EAM software improve maintenance planning

Spreadsheets and paper records may be sufficient for a small number of assets, but they become difficult to manage as operations grow. A Computerised Maintenance Management System (CMMS) or Enterprise Asset Management (EAM) platform centralises the information required to plan, schedule and monitor maintenance.

With an integrated platform, organisations can:

• Create, approve and prioritise work orders;
• Access complete asset histories and technical documents;
• Build reusable job plans and checklists;
• Automate preventive maintenance tasks;
• Monitor inventory and reserve spare parts;
• Assign work according to skills and availability;
• Give field teams mobile access to instructions and asset data;
• Record labour, materials, costs and results;
• Monitor maintenance KPIs through dashboards and reports.

An EAM platform extends these capabilities across the full asset lifecycle. It connects maintenance planning with asset performance, cost, risk, compliance and sustainability information, enabling organisations to make decisions based on a broader operational context.

Maintenance planning best practices

To improve maintenance planning, organisations should focus on the quality of both their processes and data.

Maintain an accurate asset register

Each asset should have a unique identifier, location, technical specifications, criticality rating, documentation and maintenance history. Reliable records are the foundation of effective planning.

Standardise work requests

Use mandatory fields and clear categories to ensure that each request contains enough information for the planner to assess it. Allowing employees to add photographs or videos can improve diagnosis.

Create reusable job plans

Standard job plans reduce preparation time for recurring tasks and help ensure that work is performed consistently. They should be updated whenever technicians identify a safer or more efficient method.

Coordinate maintenance with operations

Regular meetings between maintenance, production and facility teams can improve access planning, prioritisation and shutdown coordination. A shared view of the schedule reduces last-minute conflicts.

Capture technician feedback

Field technicians have direct knowledge of asset condition and task complexity. Their feedback can improve time estimates, instructions, parts lists and safety procedures.

Measure and improve performance

Useful maintenance planning metrics include:

• Percentage of planned versus unplanned work;
• Schedule compliance;
• Planning accuracy;
• Technician wrench time;
• Preventive maintenance compliance;
• Work-order backlog;
• Mean Time to Repair (MTTR);
• Repeat failure rate.

Metrics should be used to identify process improvements, not simply to compare individual employees.

How Nextbitt supports maintenance planning

Nextbitt provides a centralised platform for managing physical assets, maintenance activities and operational information throughout the asset lifecycle.

Maintenance teams can use Nextbitt to structure asset data, manage work orders, automate recurring tasks and give technicians access to the information they need in the field. By connecting maintenance records with asset performance and other operational data, organisations gain a clearer view of costs, risks and opportunities for improvement.

This integrated approach helps organisations reduce reactive work, improve team coordination and make maintenance decisions based on reliable, up-to-date information.

Conclusion

Maintenance planning transforms maintenance from a reactive activity into a structured and proactive process. By defining the work, resources and safety requirements in advance, organisations can reduce downtime, control costs and help technicians complete tasks more efficiently.

The strongest results come from combining clear processes, accurate asset data, collaboration between teams and technology that provides a single source of information. With an EAM platform such as Nextbitt, maintenance planning becomes part of a broader strategy for improving asset performance throughout the lifecycle.

Want to improve maintenance planning and gain greater control over your physical assets? Book a demo with Nextbitt.

Frequently asked questions

What is the main purpose of maintenance planning?

The main purpose of maintenance planning is to prepare work before execution. This ensures that technicians have the instructions, skills, tools, parts and safety information required to complete each task efficiently.

What is the difference between maintenance planning and scheduling?

Maintenance planning defines what work must be done and how it should be completed. Maintenance scheduling determines when the work will occur and which technician or team will perform it.

What should a maintenance plan include?

A maintenance plan should include the asset, scope of work, task sequence, required labour and skills, spare parts, tools, safety procedures, estimated duration and completion criteria.

How does an EAM system support maintenance planning?

An EAM system centralises asset records, maintenance histories, work orders, documents, inventory and performance data. This helps planners prepare tasks more accurately and coordinate maintenance across the asset lifecycle.

How can an organisation improve maintenance planning?

Organisations can improve planning by maintaining accurate asset data, standardising work requests, creating reusable job plans, coordinating with operations, collecting technician feedback and monitoring relevant maintenance KPIs.