Mobile Photo Documentation App
Capture photos of monitoring equipment and site conditions with the mobile app. Sync data to the monitoring report template.
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Document monitoring data and trends for structural health assessment. This template helps you record sensor readings, analyze trends, detect anomalies, and provide recommendations.
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Take photos of the object in the mobile app, complete the inspection report from the template, and download the finished photo report as Word or PDF.
Capture photos of monitoring equipment and site conditions with the mobile app. Sync data to the monitoring report template.
Mobile AppComplete the document from this template: sections, fields, photo documentation, and signatures.
Use the photo report generator to create structural monitoring reports with photos of sensor installations and site conditions.
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Review the structure, sections, and fields before proceeding to fill out the document.
No.SMR-2026-005
The general information about the inspection, including the date, location, and purpose, is provided below.
| Inspection date | 7/14/2026 | Address | Tunnel 3, M25 Motorway, Surrey KT22 8AB |
| Basis for inspection | Quarterly crack monitoring |
The inspection was conducted under the specified conditions and no procedural irregularities were noted.
The inspected buildings are identified and their main characteristics are described.
| Asset Type | Infrastructure | Asset Owner | M25 Tunnel 3 |
| Overall Condition | not filled in |
The buildings were found to be in a condition consistent with their age and usage.
The main parameters of the buildings, such as dimensions, structural system, and materials, were determined based on design documentation and on-site measurements.
| Monitoring Start Date | 4/1/2026 | Monitoring End Date | 6/30/2026 |
| Monitoring Frequency | Weekly | Equipment Used | Crack gauges, data loggers, thermometers |
The main parameters correspond to the design values within acceptable tolerances.
The overall condition of the buildings was evaluated through visual inspection and non-destructive testing methods.
The buildings are in a satisfactory condition with no critical defects observed.
Provide trend analysis, anomalies detected, conclusions, and recommended actions.
| Identification was carried out | Asset: M25 Tunnel 3, Owner: Highways England, Monitoring period: 2026-04-01 to 2026-06-30 |
| There are remarks | All crack widths stable within acceptable limits. No anomalies detected. |
List the structural engineer and technician involved.
| No. | Full name | Position / status | Comment |
|---|---|---|---|
| 1 | Dr. Alan Foster | Structural Engineer | Lead engineer |
| 2 | Steve Turner | Monitoring Technician | Performed readings |
Capture signatures of the structural engineer and asset owner to confirm the report.
Report
A structural monitoring report documents the data collected from monitoring systems installed on structures to track movements, cracks, vibrations, or other parameters over time. It includes analysis of trends, anomalies, and recommendations for action.
This template includes sections for monitoring setup, repeatable monitoring data readings with sensor ID, parameter, value, unit, and remarks, analysis with trend analysis and anomalies, recommendations, attachments, and signatures.
Structural engineers, monitoring technicians, asset owners, and facility managers can use this template. It is suitable for buildings, bridges, dams, and other structures under monitoring.
Use this report to document data from monitoring systems tracking structural movements such as settlement, tilt, or deflection.
Track crack widths over time with regular readings. The report helps identify if cracks are stable or progressing.
Document vibration data from sensors to assess the impact of traffic, construction, or environmental factors on structures.
After construction or repair, monitor the structure to verify performance and detect any issues early.
Use monitoring data to assess the health of aging infrastructure and plan maintenance or rehabilitation.
Provide monitoring reports to regulatory authorities as part of compliance with safety requirements for critical structures.
Install sensors and monitoring equipment at strategic locations on the structure.
Take readings at regular intervals according to the monitoring frequency. Record sensor ID, parameter, value, and unit.
Analyze the data to identify trends, anomalies, and changes from baseline conditions.
Compile the monitoring data and analysis into the report. Include conclusions and recommendations for any required actions.
Use the photo report generator to create structural monitoring reports with photos of sensor installations and site conditions.
Create Photo ReportCapture photos of monitoring equipment and site conditions with the mobile app. Sync data to the monitoring report template.
Mobile AppClick a section to jump to it in the sample document.
The general information about the inspection, including the date, location, and purpose, is provided below.
The inspected buildings are identified and their main characteristics are described.
The main parameters of the buildings, such as dimensions, structural system, and materials, were determined based on design documentation and on-site measurements.
The overall condition of the buildings was evaluated through visual inspection and non-destructive testing methods.
Provide trend analysis, anomalies detected, conclusions, and recommended actions.
List the structural engineer and technician involved.
Capture signatures of the structural engineer and asset owner to confirm the report.
This template can record any parameter such as crack width, tilt, vibration, strain, temperature, or pressure. The parameter field is text-based, so you can specify the measured quantity.
Yes, the monitoring data section is repeatable, allowing you to add readings from multiple sensors and multiple dates. Each reading includes sensor ID, parameter, value, and unit.
The analysis section includes a trend analysis field where you can describe observed trends, such as increasing crack width or stable readings. You can also note any anomalies detected.
The structural engineer responsible for the monitoring typically signs the report. The asset owner may also sign. The template includes signature fields for both.
Yes, the attachments section includes a data logs field where you can upload raw data files from monitoring equipment.
Click the 'Use this template' button to open it in the online editor. You can then fill in the monitoring setup details and add readings.
Enter inspection details and generate a ready-to-download document.