A survey monitoring process is essential for detecting and tracking structural movement or a building movement over time. At MAP Surveys our specialists use advanced 3D laser scanning technology to identify even the slightest changes in structure and quantify any deflection or movement. This is particularly important in areas where nearby groundworks, such as excavations or drilling, may cause shifts in building movement or where natural ground movement and settlement could impact structural integrity. Our survey monitoring provides crucial data on alterations, ensuring that any changes are promptly addressed to maintain safety and stability. By monitoring structural movement, we help prevent potential risks before they escalate.

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Construction sites

Monitor the impact of nearby construction activities, such as excavations, on existing structures.

Tunnels and underground structures

Detect shifts and settlements that may compromise structural integrity through monitoring building movement.

Heritage Buildings

Track structural movement in older structures to prevent further deterioration and ensure preservation.

High-Rise buildings

Monitor the stability of tall buildings, especially in areas prone to seismic activity or high winds.

Bridges and overpasses

Assess movement and load-induced deformation in critical infrastructure.

Industrial facilities

Ensure the safety of heavy machinery and equipment by tracking foundation and structural movement monitoring.

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Methods and equipment in monitoring surveying advanced technology for precise structural analysis

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At MAP Surveys we utilise advanced 3D laser scanners to capture detailed scans for monitoring structural movement over time. These scans are compared to identify any movement or deformation, with results visualised in a heat map that highlights areas of concern. This allows for quick and accurate assessments, enabling timely intervention.

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Key methods and tools include:

• Laser scanning: Captures millions of data points to track structural movements over time, with results presented in a detailed report using laser monitoring.

• Fixed position monitoring: Establishes fixed points on the structure to observe and measure structural movement over time.

• Tilt sensor monitoring: Analyses the degree of tilt in walls or other structural elements, detecting shifts and noting changes.

• Crack monitoring: Observes and tracks the progression of cracks in fragile or at-risk structures, ensuring they are properly managed.

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Case studies

- Zayed International Airport - ground monitoring

- Yas marina circuit paddock club building crack monitoring

- Yas marina circuit paddock building ground monitoring during dewatering

- Jumeriah address marina hotel vertical alignment

- MTB eighteen arches asbuilt for facade installation

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