Terra Pulse Technical Team
Quick Answer: What Are Operations and Maintenance Services?
Operations and maintenance is an integrated system used to keep a building and its technical assets safe, available, and fit for purpose. Operations covers daily monitoring, system control, shift activities, alarms, work requests, and emergency response. Maintenance covers inspection, preventive servicing, fault diagnosis, repair, testing, and the documentation of asset condition.
The objective is not merely to repair equipment after it fails. A sound program reduces the likelihood and consequences of failure, protects occupants, preserves asset value, and maintains the service level required by the facility. The correct plan will vary according to building use, operating hours, asset condition, business criticality, manufacturer instructions, and the requirements of the competent authorities.
Why Are Operations and Maintenance Important for Facilities?
A structured program moves the organization from reactive firefighting to planned, measurable control. Its value can be seen in several connected areas:
- Business continuity: fewer unexpected interruptions affecting occupants, customers, production, or essential services.
- Occupant safety: systematic inspection of critical systems, documented testing, and timely closure of observations.
- Asset protection: early identification of deterioration before it becomes a major repair or premature replacement.
- Cost control: planned labor, materials, and spare parts instead of repeated emergency procurement.
- Indoor environmental quality: support for suitable comfort, air quality, lighting, hygiene, and reliability.
- Compliance evidence: organized records showing what was inspected, tested, repaired, and approved.
A properly governed operations and maintenance program therefore supports daily service delivery while creating reliable information for long-term decisions.
Effective building and facility maintenance also produces credible condition data. Owners can use this information to prioritize renewals, forecast capital expenditure, and distinguish between assets that should be repaired, overhauled, or replaced.
What Services Are Included?
The exact operations and maintenance content must be defined for each property and contract. A typical technical scope may include the following:
| Service Area | Typical Activities | Required Outputs |
|---|---|---|
| Daily operations | Rounds, meter readings, operating schedules, alarm reviews, work requests, and plant-room checks | Shift logs, readings, tickets, actions, and escalation records |
| Preventive maintenance | Planned inspection, cleaning, adjustment, lubrication, servicing, and functional testing | Completed work orders, measurements, findings, and follow-up actions |
| Corrective maintenance | Fault diagnosis, repair, service restoration, repeat-failure review, and root-cause analysis where required | Response and restoration records, repair details, and return-to-service test results |
| MEP systems | HVAC, electrical distribution, plumbing, drainage, pumps, lifts, and low-current systems within the agreed scope | Availability records, condition reports, tests, and planned interventions |
| Fire and life safety | Inspection, testing, and maintenance by qualified parties in line with the approved system and authority requirements | Certificates, test records, observations, and corrective-action closure |
| Civil and architectural works | Repairs to doors, ceilings, finishes, waterproofing, leaks, and external building elements | Defect correction, condition evidence, and protection against further deterioration |
| Assets and inventory | Asset tagging, data updates, spare-parts control, material tracking, and critical-stock monitoring | Asset register, stock records, and defined reorder levels |
The contract may also include cleaning, waste management, pest control, landscaping, security, reception, or other support services. Their inclusion depends on the agreed facility operations and maintenance model and should never be assumed if it is not explicitly stated.
What Is the Difference Between Operations and Maintenance and Facility Management?
The two functions are closely connected, but they are not identical. The first generally focuses on the daily technical performance of assets, service availability, planned servicing, and fault recovery. Facility management is a wider discipline that aligns people, place, and processes with the organization’s objectives. It may cover budgets, contracts, space, workplace experience, support services, sustainability, and lifecycle decisions.
For example, a maintenance team may repair an air-conditioning unit and close the work order. Facility management also considers the impact on occupants, the cost and recurrence of the fault, contractor performance, energy use, and whether the unit should be renewed. In a large portfolio, operations and maintenance management is usually a core part of the wider facility management system.
What Are the Main Operations and Maintenance Contract Types?
The contract model affects price, risk allocation, control, and accountability. Common approaches include:
| Contract Type | When It May Be Suitable | What Must Be Controlled |
|---|---|---|
| Fixed-price contract | When the assets and service requirements are clear and reasonably stable | Exclusions, consumables, spare parts, repair limits, and change control |
| Labor and materials | When flexibility is required or asset information is incomplete | Productivity, rates, working hours, material approval, and evidence of use |
| Comprehensive contract | When the owner wants one point of responsibility for labor and specified materials | Replacement thresholds, misuse, obsolescence, and capital-work exclusions |
| Performance-based contract | When reliable data is available and service outcomes can be measured | Verifiable KPIs, fair exclusions, data ownership, and unintended incentives |
| Hybrid contract | When core services can be fixed while variable work uses agreed unit rates | Clear boundaries between fixed and variable items and an approval gate |
No model is automatically superior. The maturity of facility data, the owner’s management capability, and the allocation of risk matter more than the contract label. For this reason, competing operations and maintenance contracts should be evaluated against the same asset data and scope rather than the headline price alone.
How Should the Scope of Work Be Defined?
A reliable scope begins with a site survey and an updated asset register. It then translates actual facility needs into measurable responsibilities. At a minimum, it should define:
- Sites and assets: the buildings, rooms, systems, equipment, boundaries, and exclusions.
- Starting condition: existing defects, unavailable assets, warranties, incomplete documentation, and deferred work.
- Coverage hours: normal shifts, standby requirements, callouts, and response outside working hours.
- Maintenance strategy: preventive, predictive, condition-based, and corrective tasks and how their frequency will be reviewed.
- Materials and spare parts: purchasing responsibility, value limits, approvals, critical stock, ownership, and lead times.
- Requests and priorities: severity definitions, response times, restoration targets, escalation, and final closure.
- Deliverables: work orders, reports, inspection records, tests, failure analysis, and improvement plans.
- Governance: meetings, approvals, audit rights, reporting calendars, issue escalation, and change management.
- Safety and permits: authorization to work, isolation, access control, and coordination with users and authorities.
- Contract closeout: documents, open items, inventory, system access, data export, and knowledge transfer.
General wording such as “complete maintenance” is not sufficiently precise. The scope should state whether statutory inspections, specialist subcontractors, access equipment, scaffolding, software, training, permits, major replacements, and capital improvements are included or excluded.
This level of detail makes the operations and maintenance scope easier to price, manage, audit, and hand over without avoidable disputes.
How Should KPIs and Service-Level Agreements Be Set?
A service-level agreement defines the required outcome and timing. A key performance indicator measures how consistently that result is achieved. Every KPI needs a formula, data source, reporting period, target, owner, approval method, and agreed exclusions.
| Indicator | What It Measures | Implementation Note |
|---|---|---|
| Planned-maintenance completion | Work orders completed on time compared with the approved schedule | Only documented and approved deferrals should be excluded |
| Response time | Time from request registration to the start of an actual response | The rules for starting and pausing the clock must be clear |
| Service restoration time | Time required to return the asset or service to an acceptable state | Temporary restoration should be separated from permanent repair |
| Repeat failures | Recurrence of the same fault within an agreed period | This can reveal poor diagnosis, workmanship, or parts quality |
| Asset availability | The proportion of time a critical asset can perform its required function | Use for selected critical assets with agreed downtime exclusions |
| Maintenance backlog | The quantity and age of outstanding work | Segment by priority, age, asset, and reason for delay |
| First-time fix rate | Requests resolved without an additional visit | Results depend on diagnosis, competence, access, and spare-parts availability |
The goal is not to maximize the number of indicators. A small, balanced set should encourage the right behavior. A poorly designed metric may reward premature closure or the deferral of important work. Strong operations and maintenance management therefore combines dashboard results with technical review, work-order sampling, and verification in the field.
How Can Facilities Maintain Operational Continuity?
Continuity begins by identifying critical assets. Which failure could stop the business, create a safety risk, damage a sensitive process, or cause a significant loss? Controls can then be matched to each asset’s actual consequence of failure:
- Assess condition, failure modes, and operational consequences instead of treating every asset equally.
- Review redundancy, alternative supplies, transfer arrangements, and safe functional testing.
- Hold critical spares according to failure probability, consequence, compatibility, and supplier lead time.
- Maintain clear emergency procedures, escalation contacts, and approved specialist support.
- Coordinate planned shutdowns with users, production teams, security, and the business continuity plan.
- Investigate repeat failures and track corrective actions until their effectiveness is verified.
Within the operations and maintenance plan, each critical asset should have an assigned owner, an escalation route, and a practical recovery strategy.
Condition-based maintenance may be appropriate for critical equipment when dependable information such as vibration, temperature, pressure, power quality, or oil condition is available. Technology still does not replace safe inspection, engineering judgment, manufacturer instructions, or authority requirements.
What Is the Role of Safety and Quality?
Safety is not a final check performed after the technical work. It begins during planning through risk assessment, permit-to-work controls, energy isolation, competent-person requirements, appropriate PPE, safe access, occupant protection, and a controlled return-to-service procedure.
A safe operations and maintenance process also defines who may authorize, perform, verify, and close each high-risk activity.
Quality depends on using an approved method, suitable materials, documented measurements, clear acceptance criteria, inspection records, and verified closure. Specialist systems—such as fire protection, lifts, and electrical installations—may be subject to additional requirements according to the building type and the competent authority. The latest applicable requirements should always be confirmed for the project.
For example, inspection and maintenance of fire protection and safety systems should form part of an approved program performed by qualified parties, with test results, impairments, and corrective actions properly recorded.
How Are Smart Systems Used in Maintenance Management?
A computerized maintenance management system or facility management platform can turn day-to-day activity into decision-ready information. It can register assets, schedule planned tasks, issue work orders, associate materials, retain maintenance history, manage approvals, and calculate performance indicators.
The platform may also connect to a building management system or sensors to receive alarms and measurements automatically. Useful applications include QR-coded assets, digital rounds, utility monitoring, abnormal-value alerts, repeat-failure analysis, mobile work orders, and spare-parts tracking.
Successful implementation begins with clean asset data, consistent location names, clearly coded priorities, defined user permissions, workflow rules, and staff training. A sophisticated dashboard cannot correct a wrongly closed work order, an inaccurate meter, or an asset registered at the wrong location. The technology must connect the technical signal to an action, a responsible person, and a verified outcome.
Practical Example of a Facility Maintenance Plan
The following example provides an initial framework for a medium-sized office building. It is not a statutory schedule and does not replace manufacturer instructions. Frequencies should be adjusted after considering asset condition, use, criticality, and applicable requirements.
| Frequency | Illustrative Activities | Resulting Record |
|---|---|---|
| Every shift or daily | Visual rounds, alarm review, critical readings, urgent requests, and plant-room housekeeping | Shift log, readings, requests, actions, and escalations |
| Weekly | Backlog review, defined functional checks, and inspection for leaks, heat, noise, or unusual vibration | Checklist and corrective work orders |
| Monthly | Preventive-maintenance packages, inventory checks, repeat-fault analysis, and utility trend review | Monthly report, KPI results, and action plan |
| Quarterly | Critical-asset condition review, risk updates, relevant emergency drills, and sample work audits | Condition report and improvement plan |
| Annually or as required | Major shutdowns, specialist tests, renewal planning, budget review, and contractor evaluation | Annual plan, updated asset register, and capital forecast |
The framework becomes an executable plan only after every task is linked to an asset, location, required competence, safe method, duration, materials, reference document, and acceptance criterion. A robust preventive maintenance plan should also be reviewed when condition data or failure patterns indicate that a frequency is no longer appropriate.
Mistakes to Avoid in Operations and Maintenance Contracts
- Contracting without a condition baseline: this creates disputes over pre-existing defects and repair responsibility.
- Using an unreliable asset register: pricing, staffing, materials, and planning then depend on assumptions.
- Selecting the lowest total price alone: a low offer may conceal exclusions, weak staffing, or unsuitable materials.
- Using broad scope language: phrases such as “all maintenance” do not define outputs, limits, or standards.
- Leaving spare parts unclear: the contract should define inclusion, value limits, approval, ownership, and closeout.
- Creating excessive or manipulable KPIs: a metric may reward fast closure rather than reliable service restoration.
- Ignoring mobilization: the contractor needs a controlled period to receive data, people, systems, and inventory.
- Omitting change control: assets, occupancy, operating hours, and service expectations can change during the term.
- Weak final handover: records, system access, open orders, stock, and operational knowledge may be lost.
Terra Pulse Advice Before Signing the Contract
- Complete a joint survey and require every bidder to price against the same asset register and scope.
- Classify assets by safety and business impact before setting preventive frequencies and response priorities.
- Separate core services, optional services, provisional items, and unit rates to reduce commercial ambiguity.
- Define mobilization outputs: an approved team, plans, stock, software, procedures, baseline, and reporting calendar.
- Link deductions or incentives to verifiable results without encouraging superficial closure of work orders.
- State who can approve priorities, deferrals, shutdowns, quotations, technical changes, and scope variations.
- Require a closeout and knowledge-transfer plan from the start rather than a few weeks before expiry.
When comparing operations and maintenance companies, evaluate their ability to inspect, diagnose, plan, document, supervise specialist subcontractors, and turn records into improvement decisions. Headcount alone does not demonstrate operational capability.
Checklist for Selecting an Operations and Maintenance Company
Use this checklist when evaluating proposals from operations and maintenance companies. Ask for written evidence for each important promise instead of relying on marketing statements.
| Question | Evidence to Review |
|---|---|
| Has the bidder understood the facility? | Survey report, technical assumptions, missing data, risks, and clarification questions |
| Is the team suitable? | Organization chart, qualifications, coverage, supervision, substitutes, and training plan |
| Is the plan asset-based? | Criticality, condition, manufacturer guidance, fault history, and proposed frequencies |
| Is the price comparable? | Inclusions, exclusions, parts, materials, callouts, specialist work, and unit rates |
| Can response performance be measured? | Priority definitions, clock rules, escalation, restoration, verification, and final closure |
| Are safety and quality integrated? | Permits, isolation, competence, checklists, audits, and observation closure |
| Is the digital system ready? | Asset data, workflows, access rights, reports, data ownership, and export capability |
| Is the final handover controlled? | Documents, inventory, open actions, passwords, data transfer, and knowledge handover |
If a responsibility is vague before signing, it is unlikely to become clear automatically during delivery. Every critical commitment should be connected to a document, method, acceptance criterion, and responsible party.
Frequently Asked Questions
What are operations and maintenance services?
They include operating and monitoring building systems, responding to alarms and requests, and completing inspections, preventive servicing, corrective repairs, tests, asset records, and spare-parts activities to maintain safety and availability.
What is the difference between operations and maintenance and facility management?
The former focuses primarily on technical assets and system continuity. Facility management is broader and may also include contracts, budgets, space, support services, sustainability, and occupant experience.
What services should a maintenance contract include?
The scope may cover HVAC, electrical, plumbing, drainage, pumps, low-current systems, civil repairs, emergencies, asset data, and specialist inspections. The contract must explicitly define systems, locations, materials, spare parts, tests, and exclusions.
What are the main operations and maintenance contract types?
Common models include fixed-price, labor-and-materials, comprehensive, performance-based, and hybrid contracts. The right choice depends on data quality, scope certainty, owner capability, and risk allocation.
How is contract cost determined?
Cost is influenced by the number and condition of assets, operating hours, coverage level, staffing, response targets, specialist services, spare parts, location, and outstanding defects. A survey and common scope are needed for a fair comparison.
How long should the contract last?
The duration depends on procurement policy, facility complexity, mobilization effort, and the investment expected from the service provider. The documents should cover mobilization, delivery, review, renewal, termination, and final handover.
Which maintenance KPIs should be used?
Useful indicators may include planned-work completion, response and restoration times, repeat failures, critical-asset availability, backlog age, first-time fix rate, and timely closure of safety and quality observations.
How do I select the right service provider?
Compare relevant facility experience, team competence, planning methodology, work-order controls, safety and quality systems, commercial clarity, reporting, digital capability, and evidence of measurable results.
Technical Sources and References
This article provides general guidance. Every program and contract should be aligned with the project documents, manufacturer instructions, competent-authority requirements, and the latest applicable editions. Useful references include:
- ISO 41001:2018 — Facility management systems.
- ISO 55001:2024 — Asset management systems.
- U.S. Department of Energy — Operations & Maintenance Best Practices Guide.
- ASHRAE Standard 180 — Inspection and maintenance of commercial building HVAC systems.
- Saudi Building Code National Committee — Saudi Building Code 2024.
- NFPA 25 — Inspection, testing, and maintenance of water-based fire protection systems.
Conclusion
Successful building and facility maintenance is not measured by the number of visits or reports produced. It depends on a clear scope, dependable asset data, risk-based planning, qualified personnel, controlled work, and information that supports improvement. When these elements work together, facility operations and maintenance protects investment and business continuity instead of functioning as a reactive cost center.
If you need a facility condition review, a technical scope, a contractor evaluation, or support improving an existing contract, Terra Pulse can help define a practical program suited to your assets, operating environment, and priorities.
The result is an operations and maintenance framework that is measurable, maintainable, and aligned with the facility’s real operational risks.
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