A comprehensive set of office-based (cameral) topographic and geodetic works was completed by Archizem, and 95 topographic plans for railway level crossings were produced at a scale of 1:200. For each location, elements of transport and engineering infrastructure, as well as the surrounding areas within the project limits, were captured in detail.

A comprehensive set of office-based topographic and geodetic data processing works was completed by Archizem, and a 1:200 topographic plan was produced for a railway corridor approximately 4.75 km long and up to 60 m wide. Within the project limits, elements of railway and engineering infrastructure, as well as adjacent areas, were captured in detail.

To support the update of design documentation, Archizem prepared a 1:250 topographic plan for a corridor approximately 1.0 km long and up to 70 m wide. Within the project limits, elements of engineering infrastructure and adjacent areas were mapped in detail.

To assess the bridge’s current technical condition, Archizem prepared a 3D as-built plan that enables a detailed review of the structure’s geometry and key structural components.

To support the update of design documentation, Archizem prepared a 1:500 topographic plan for a 3.5 ha electrical substation site. Within the project limits, key elements of engineering infrastructure and adjacent areas were mapped in detail.

A complete set of architectural drawings for an office building was developed by the Archizem team based on a laser-scanning point cloud for a German company specializing in Computer-Aided Facility Management (CAFM). The primary objective of the project was to create an accurate graphical baseline for facility management, refurbishment planning, and technical maintenance of the building.

A full set of architectural drawings for a residential building in France was prepared by Archizem specialists using a laser-scanning point cloud. The work was delivered for a French real-estate and facilities management company operating with Computer-Aided Facility Management (CAFM) tools, with the aim of accurately capturing the building geometry for ongoing facility management and future refurbishment planning.

A comprehensive set of 2D CAD drawings of a historic cathedral in Spain was developed by Archizem’s engineering team based on a laser-scanning point cloud. The project supports the preservation of architectural heritage and provides a precise graphic baseline for restoration and research activities.