Key takeaways

Operator rounds are a routine part of running an industrial facility. Operators move through designated areas, check equipment, record operating readings, and look for signs of a problem.

These checks help teams monitor equipment and identify conditions that need attention. But when rounds depend on paper checklists, handwritten logs, and spreadsheets, the information can be hard to review and act on.

A reading may be recorded on paper and entered into a spreadsheet hours later. An unusual sound or visible leak may be mentioned in a shift log but never reach the maintenance team. Supervisors may need to contact operators to confirm whether a round was completed.

Digital operator rounds give teams a way to record observations at the point of work and make the information available to the people who need to review it.

This guide explains what operator rounds involve, how to digitise them, what to look for in software and how digital rounds can connect with wider industrial operations.

What are operator rounds?

Operator rounds are scheduled checks carried out by plant operators to monitor the condition and performance of equipment, machinery and operating areas.

During a round, an operator follows an assigned route and checks specific assets or process points. Depending on the facility, this may involve recording temperature, pressure, flow, vibration or other operating readings. Operators may also look for leaks, unusual noises, visible damage, abnormal smells, or changes in equipment condition.

A power plant operator may check pumps, motors, heat exchangers, valves and cooling systems. In a manufacturing facility, rounds may cover production equipment, compressors, conveyors, utility systems and safety-related conditions.

The checks should follow approved operating procedures, equipment requirements, and site-specific rules.

Operator rounds help teams:

• Monitor equipment condition: Record visible changes, unusual readings and signs of wear.
• Check operating conditions: Confirm that equipment and process readings remain within approved limits.
• Report abnormalities: Record conditions that need further review or corrective action.
• Support shift handovers: Give incoming operators access to observations and unresolved issues.
• Maintain operating records: Keep a history of checks, readings, and reported conditions.

Operator rounds differ from formal maintenance inspections and preventive maintenance tasks. They form part of routine operational monitoring. A finding during a round may lead to a maintenance inspection or work order, but the round itself does not replace those activities.

What do operators check during a round?

The checks depend on the equipment, process and operating risks at each site. A round should cover the items operators need to check to understand whether the plant is running as expected.

Equipment or area	Examples of checks
Pumps and motors	Unusual noise, vibration, temperature, leakage and operating condition
Compressors	Pressure, temperature, noise, vibration and visible leaks
Valves and pipelines	Position, leakage, corrosion and visible damage
Heat exchangers	Temperature readings, pressure differences and signs of leakage
Electrical equipment	Visible damage, unusual heat, noise and equipment status
Storage tanks	Level readings, leakage and external condition
Cooling systems	Temperature, pressure, flow and visible equipment condition
Production areas	Equipment status, housekeeping and abnormal conditions

Some checks require a numerical reading. Others need a visual or physical observation.

A useful digital round should support both. It should allow operators to record a measurement, describe a condition or attach supporting evidence.

The checks and acceptable limits must come from approved operating procedures, equipment documents and site requirements. Software can make these instructions easier to follow, but engineering teams must define the operating limits.

For more information on digital inspection processes, read the Telepresenz guide to digital inspection software.

Why are paper-based operator rounds difficult to manage?

Paper checklists can work for simple checks in small facilities. Problems can arise when operators cover several areas, complete multiple rounds per shift, or work across different sites.

1. Readings are not available when teams need them

Operators may record measurements in notebooks or printed sheets and submit them at the end of a round. Supervisors and maintenance teams may not see the information until someone reviews or enters it into another system.

This creates a delay between the field observation and the review.

2. Manual data entry creates room for errors

When handwritten readings are transferred into spreadsheets, values can be entered incorrectly. Units may be missed, and information may be linked to the wrong equipment.

The original observation and the spreadsheet entry may also become separated. This makes it harder to confirm what the operator recorded.

3. Abnormal observations can get lost between teams

An operator may notice a leak, unusual vibration or change in equipment behaviour and record it in a logbook. If the observation does not reach the responsible person, it may not receive timely attention.

Teams need a defined way to review each finding, decide what action is required and track that action to completion.

4. Shift handovers depend on record quality

Incoming operators need to know which checks were completed, what happened during the previous shift and which conditions remain unresolved.

Paper logbooks can hold this information, but reviewing entries across several pages or locations takes time. Important observations may also be hard to trace to the equipment concerned.

5. Supervisors have limited visibility across sites

When rounds take place across several plants or operating areas, supervisors may need to collect and combine records by hand.

They may need to check whether scheduled rounds were completed, which readings fell outside their approved ranges and which observations still need attention.

A digital record does not solve these problems by itself. The information must be linked to equipment, check points, operating limits and follow-up owners.

What does digitising operator rounds involve?

Digitising operator rounds means moving the route, check points and recording process into a digital workflow that operators can use in the field.

Instead of carrying paper sheets and entering readings later, operators use a mobile device to access their assigned checks and record results at the equipment.

A digital operator-rounds process may include the following features.

1. Digital routes and equipment identification

Each round should have a defined route with identifiable equipment and check points.

Operators should be able to see which asset they need to visit and what they need to check. Equipment identification may use asset tags, QR codes, barcodes or other site-approved methods.

This links each observation to the correct equipment instead of storing readings as separate form entries.

2. Mobile checklists and data capture

Operators need a simple way to record different types of information.

A digital form may allow them to enter:

• Numerical readings, including temperature, pressure or flow.
• Equipment condition, using approved status options.
• Comments about unusual conditions.
• Photos or videos of visible defects.
• Time and location details linked to the entry.

The form should match the check. A temperature reading needs a numeric field and unit. A visual check may need a status selection and an explanation. A suspected leak may need a photograph and a description.

3. Approved operating limits

A digital round can include acceptable reading ranges for specific equipment and process points.

An operator may be asked to record a pump discharge pressure against a site-approved range. If the reading falls outside that range, the workflow can flag it for review.

The limits must come from the correct engineering and operating information. Teams should not apply one threshold to different equipment simply because the equipment performs a similar function.

Where required, teams can define warning and critical conditions, with a response process for each level.

4. Exception reporting

Not every check produces a normal result. Operators need a way to record exceptions without leaving the round or adding information later.

A digital workflow can allow them to attach a photograph, describe the condition and notify the responsible supervisor or team.

The response should match the finding. A minor observation may need monitoring, while a serious condition may require immediate action under the site’s approved operating procedure.

5. Central records and reporting

Digital entries can be made available to supervisors and other authorised users through a central view.

Teams can review completed rounds, compare readings, examine reported abnormalities and access records linked to specific equipment.

This can reduce the need to collect paper forms and combine information by hand before preparing operating reports.

How to design an effective digital operator rounds process

Moving an existing checklist into software without reviewing its contents can carry the same problems into a new system. Teams should first examine how rounds are performed and what information they need.

Step 1: Map existing routes and checkpoints

Start by documenting how operators complete their rounds.

Identify the areas covered, equipment included, check frequency, responsible operators, and information recorded at each point.

Speak to the people who perform the rounds. They can explain which checks are useful, which instructions need attention, and where the current process creates extra work.

Do not assume every paper entry needs to become a digital field. Remove duplicate entries where it is safe and suitable to do so.

Step 2: Define what each check needs to record

Review each check point and decide what information is required.

Check point	Information to capture
Pump temperature	Numeric reading and unit
Motor condition	Normal, abnormal, or another approved status
Pipeline leakage	Observation, location, and photo where needed
Valve position	Required position and observed position
Equipment noise	Normal or unusual, with comments if abnormal

This makes the digital form easier to complete and the resulting data easier to review.

Step 3: Set operating limits and escalation rules

Work with operations and engineering teams to define the limits and conditions that need attention.

For each relevant reading, establish:

• The expected operating range.
• Warning or exception conditions.
• Who should review the result.
• The action required for each level of severity.
• Whether the issue needs immediate escalation or a maintenance request.

These decisions should follow approved operating procedures and the facility’s risk controls.

In the US, OSHA’s Process Safety Management standard (29 CFR 1910.119) sets mechanical integrity rules for covered facilities. Employers need written procedures for keeping process equipment sound. Inspections and tests must follow good engineering practice, and each one must be documented. Equipment problems outside acceptable limits get fixed before further use, or in a safe and timely way once steps are taken to run it safely.

Operator rounds can support that work day to day. The US Bureau of Reclamation’s Conduct of Power Operations guide (FIST 1-11) says operators should inspect equipment at least once per shift and record key readings on round sheets. It suggests printing minimum and maximum values on the sheet and highlighting any reading outside them so it gets reported right away. It also says a supervisor should review the sheets from time to time to make sure rounds stay thorough. Reclamation wrote the guide for its own power plants, so other sites need to adapt it to their own equipment and risks.

Step 4: Connect observations to follow-up actions

A round should not end when an operator submits a form.

When a problem is found, the organisation needs to decide whether it requires further observation, supervisor review, maintenance assessment or a work order.

The digital process should show the status of the finding. Teams should be able to identify who owns the next action and whether it has been completed.

This is where operator rounds connect with maintenance workflows. The operator records the observation. The responsible team decides what needs to happen next.

For a broader look at how industrial teams manage maintenance activities, read the Telepresenz guide to industrial maintenance software.

Step 5: Make records available across shifts

A digital record should help the incoming shift understand what has happened.

Unresolved observations, abnormal readings and outstanding actions should be available to the relevant operators and supervisors. Equipment-level records can also help teams check whether similar findings have appeared before.

This is more useful than storing each round as a separate form with no link to earlier observations.

Step 6: Pilot the process before expanding it

Select one operating area or a small group of equipment for the first deployment.

Use the pilot to check whether:

• Operators can complete rounds without unnecessary steps.
• Equipment and check-point information is accurate.
• Reading limits and exception rules work as intended.
• Supervisors receive the information they need.
• Offline work and synchronisation operate as expected, where required.
• Findings reach the correct people for follow-up.

Collect feedback from operators and supervisors before expanding to other areas. A workflow that looks complete during setup may need changes when people use it during a shift.

What happens when an operator finds an abnormality?

Capturing an abnormal reading is one part of the process. The organisation also needs to decide what happens after the observation is submitted.

Consider an operator who records a motor temperature outside its approved range.

A defined process may follow these steps:

The response depends on the equipment, process, and severity of the finding. A digital notification must not replace an emergency response procedure or an operator’s duty to act on an unsafe condition.

The observation should remain traceable from the original round through to its review and resolution.

How digital operator rounds work with other industrial systems

Operator rounds form part of a wider operating and maintenance environment. Digitising them does not mean replacing every system already used by the facility.

Different systems have different roles.

System	Main role	Relationship with operator rounds
DCS	Monitors and controls industrial processes	Provides process data and control functions; operator rounds add field observations and checks
SCADA	Monitors equipment and processes across sites	Provides monitored data and alarms; digital rounds record additional field information
Process historian	Stores time-series process data	Keeps historical process measurements; round records add selected field readings and observations
CMMS	Manages assets, work orders and maintenance activities	Receives findings that need maintenance review or action
Condition-monitoring system	Monitors selected equipment conditions using sensors and analysis	Adds instrument-based condition data to operator observations
Digital operator-rounds platform	Guides routine checks and records field observations	Connects routes, equipment checks, readings, evidence, and follow-up actions

Operator rounds and automated monitoring serve different roles.

A sensor may monitor a selected operating parameter throughout the day. An operator may also notice a leak, unusual noise, loose component, or visible change that the sensor does not measure.

The two sources of information can support each other. A digital rounds platform should not be described as a replacement for a DCS, SCADA system, or process historian.

Integration with existing systems can reduce duplicate entry and make information easier to use across teams. The available options depend on the software, system design, and deployment requirements.

For more on digital instructions for frontline teams, read the Telepresenz guide to digital work instructions software. This is useful when operators need access to approved procedures while completing checks.

What should you look for in operator rounds software?

When evaluating operator rounds software, focus on how well it supports the work operators perform. A long feature list is less useful than a workflow that fits the equipment, site conditions, and operating procedures.

Consider these capabilities:

Mobile access: Operators should be able to access assigned rounds and record results at the equipment.

Flexible checklists: The software should support numeric readings, condition selections, comments, and supporting evidence.

Equipment-level records: Each entry should be linked to the correct asset and checkpoint.

Exception handling: Operators should be able to flag abnormal readings and observations for review.

Offline capability: Where connectivity is unreliable, operators may need to complete work offline and synchronise records when a connection returns.

Supervisor review: Supervisors should be able to check round progress, submitted readings and unresolved observations.

Reporting: Teams should be able to retrieve records and review operating information without combining several forms by hand.

Integration options: The platform should fit the organisation’s existing maintenance and operating systems.

Ease of use: Operators should be able to complete checks without complicated forms or repeated data entry.

When comparing operator rounds software, ask vendors how the system handles missed checks, duplicate submissions, incomplete readings, changes to approved checklists, and audit history. These details affect the quality of the records.

The same checks apply when reviewing mobile inspection software or industrial inspection software. The system should support the actual inspection or round, record the required evidence, and connect findings with the right follow-up process.

Inspection workflow software may also support teams that need to assign checks, review results, and track actions. Organisations should confirm that the product covers their required inspection tasks before selecting it.

How digital operator rounds fit into field operations software and connected worker software

Digital operator rounds are one part of the work carried out by frontline teams.

Field operations software can support wider field activities, including mobile task execution, checklists, reporting and remote assistance. Connected worker software can help link frontline employees with supervisors, technical experts and approved work information.

For industrial teams, the value depends on how these tools fit the work at each site. Operator rounds need to remain linked to approved operating procedures, asset records, and the maintenance process.

A digital rounds platform should make it easier for operators to record what they see and for supervisors to review the information. It should also give maintenance teams a clear route to assess findings that need further work.

How Telepresenz helps digitise operator rounds

Telepresenz SmartOPS™ supports frontline teams with digital workflows, mobile checklists, field data capture and operational reporting.

Operators can use mobile workflows to record readings, comments and visual evidence while carrying out field activities. SmartOPS also supports offline work, with information synchronising when connectivity returns. Supervisors can access operational records and reports through a central platform.

The platform is designed to work alongside enterprise systems, including ERP, CMMS, MES and SCADA environments. This can help organisations connect field execution with the systems they use to manage operations.

Learn more about the Telepresenz SmartOPS platform.

Customer example: Digitising field inspections across New Zealand

A national solar inspection provider in New Zealand used Telepresenz SmartOPS™ to digitise inspections across thousands of distributed sites.

Inspectors used mobile devices to follow digital checklists, capture photos and videos, and record notes during site visits. The data synced to a central system, where SmartOPS™ generated structured inspection reports with timestamped evidence.

About an 80% reduction in report completion time has been reported, from three to four hours to under 30 minutes. Inspection capacity per technician also doubled, with reports ready for submission on the same day.

Read the full New Zealand Solar Inspection and Reporting case study here.

Make operator rounds more useful to the operations team

FAQs

---