CAD Drafting & 2D Modeling

2D Architectural Drawings are a set of technical drawings that convey all essential information about a building or structure in a standardized graphical form. They include a complete package of floor plans, elevations, architectural sections, and details required to accurately communicate the geometry of the assets. These drawings form the basis for developing design documentation, for expert review of the design documentation, for precise coordination between different project disciplines, and for the direct execution of construction works in compliance with applicable regulations.

We work in accordance with the stringent requirements of current European standards (DIN, ISO) and applicable regulations (e.g., HOAI), while adapting to the client’s internal standards. This ensures that the drawings are fully prepared for seamless import into any design, engineering, or asset management (CAFM) environment.

The deliverable is a set of DWG files with a hierarchical layer structure (LAYERS), properly set up paper space layouts (LAYOUTS), and consistent text and dimension styles—ensuring maximum geometric accuracy and straightforward downstream editing.

A Topographic Plan is a fundamental deliverable of engineering surveys, providing a detailed record of the planimetric and vertical position of all site features. It accurately represents the terrain, the location of buildings and structures, the routing of above-ground and underground utility networks, road infrastructure elements, land parcel boundaries, as well as vegetation and hydrographic features.

Such a plan serves as the mandatory geodetic baseline for developing design documentation, performing precise engineering calculations, supporting urban planning, and obtaining approvals from public authorities.

To produce topographic plans, we integrate data from multiple high-accuracy sources: laser scanning results, tachymetric surveys, GNSS measurements, and aerial photogrammetry products. This enables generation of topographic plans across scales—from 1:100 for highly detailed sites up to 1:25,000 for territorial planning—while maintaining survey-grade metric accuracy.

All deliverables are fully aligned with applicable national standards or international norms (DIN, ISO). Final outputs are supplied in a production-ready form and integrate seamlessly into CAD and GIS environments.

Stereo Analysis is a high-precision method of manual 3D interpretation and feature digitizing based on aerial photogrammetric stereopairs. The workflow enables reconstruction of the spatial position and shape of objects with photogrammetric accuracy, producing detailed vector datasets, digital terrain models, and precise geometric parameters.

This method is a standard in domains where spatial accuracy is critical: land cadastre, urban planning, territorial monitoring, infrastructure inventory, and the creation of a topographic/cartographic baseline.

Performing the work in specialized professional environments (e.g., Summit Evolution or Digitals) ensures maximum detail, accuracy, and ergonomics of the digitizing process by providing a full stereoscopic effect. Output vector data are clearly structured and referenced to the coordinate reference system, enabling direct use in GIS, CAD, and BIM systems (e.g., .dxf, .dwg, .shp) without additional conversion or correction.