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Lucion Survey Ltd is a full member of The Survey Association

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RoSPA Member

Lucion Services Limited
Is a Member of RoSPA until
01/12/2024

BIM FAQs

A BIM (Building Information Modelling)  survey is a process of capturing accurate, detailed spatial and asset data of a building or structure using advanced technologies like laser scanning, photogrammetry, and GPS. This data is then processed and integrated into BIM software to create intelligent, information-rich 3D models that support various aspects of the building lifecycle, from design and construction to operation and maintenance.

From accurate BIM models to data processing for point cloud data, a BIM survey from Lucion can support architects, designers, engineers and project managers in the construction industry or for other building projects.

BIM surveys provide a valuable data foundation for facility management and operations by capturing detailed, as-built information about a structure or building’s assets and systems. This data can be used to:

  • Create accurate, up-to-date space and asset inventories.
  • Support more efficient maintenance planning and work order management.
  • Enable data-driven decision-making for space planning and utilisation.
  • Facilitate energy analysis and optimisation efforts.
  • Streamline retrofit and renovation projects by providing a reliable basis for design and planning.

BIM surveys offer numerous benefits for construction projects, including:

  • Improved design accuracy and coordination, reducing errors and delays on site.
  • More efficient collaboration among project stakeholders, thanks to a shared, data-rich model.
  • Enhanced visualisation and analysis capabilities, supporting better decision-making and optimisation.
  • Streamlined fabrication and installation processes, thanks to accurate, detailed model data.
  • Reduced risk and improved safety, through better planning and coordination of construction and building maintenance or activities.

BIM surveys typically employ a combination of advanced data capture technologies, including:

  • Laser scanning: High-speed, high-accuracy scanners that capture detailed 3D point clouds of building geometry and features.
  • Photogrammetry: Techniques that use overlapping photographs to create detailed 3D models and textured surfaces.
  • GPS: Global Positioning System technology that enables accurate geo-referencing of survey data.
  • Mobile and tablet-based data collection tools: Devices that allow for efficient, on-site capture of asset data and field observations.

Traditional surveying methods, including traditional equipment used for surveying, typically focus on capturing basic geometric data of a building, such as dimensions and elevations. In contrast, a BIM survey goes beyond simple geometry to capture a wide range of information about the building’s features, materials, and systems. This data is then integrated into dynamic, intelligent, digital 3D models that can be used for various purposes, such as design coordination, energy analysis, and asset management.

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