Analysis and guides on precision architecture for critical infrastructure.
In this article, we detail the precision topography techniques applied to laboratories with ISO 5 classification. It covers laser scanning instruments, calibration protocols, and the importance of micrometric tolerances in the installation of critical equipment. Additionally, real measurement cases in Argentine pharmaceutical plants are presented.
Read articleWe explore the architectural design principles for data centers, from the layout of cold and hot aisles to the selection of precision cooling systems. International standards such as TIA-942 and their application in B2B projects in Argentina are analyzed. Includes recommendations to avoid hot spots and maximize energy efficiency.
Read articleThis post covers the workflow for generating precise renders of technical facilities: modeling based on CAD plans, realistic lighting of windowless spaces, and reflective materials. The use of rendering engines like V-Ray and the integration of sensor data to simulate operational conditions are discussed. Ideal for engineers and architects looking to communicate complex designs to corporate clients.
Read articleClear answers about topographical surveys, renders, and critical infrastructure planning for B2B projects.
The survey covers floor level measurements, wall verticality, anchor positions, and installation tolerances for sensitive equipment. A millimeter-precision scanning laser is used, and a georeferenced 3D model compatible with Revit and AutoCAD is delivered. The final report includes deviations from the theoretical plan and correction recommendations.
It depends on the complexity of the space and the number of modeled equipment. For a 40 m² room with standard technical furniture, the typical timeframe is 5 to 7 business days. It includes modeling based on CAD plans, assignment of reflective materials, and simulation of windowless LED lighting. Floor plans, elevations, and 4K virtual tours are delivered.
Projects are governed by the TIA-942 standard (telecommunications infrastructure) and ASHRAE recommendations for precision cooling. Additionally, local building codes (Buenos Aires City Building Code or equivalent provincial codes) and the Energy Secretariat's requirements for energy efficiency in corporate buildings are considered.
Yes. We perform a thermal load analysis based on equipment density (kW per rack), building orientation, and regional climatic conditions. We deliver a comparative report of systems (in-row, contained aisle, chilled beam) with estimated operating costs and redundancy recommendations (N+1 or 2N depending on criticality).
For ISO Class 5 laboratories, floor leveling tolerances are ±1 mm over 3 linear meters. In data centers, rack verticality must be within ±2 mm. Our measurement protocols follow ISO 10360 for metrology equipment and are documented with calibration certificates traceable to INTI.
Definitions and contractual scope
The survey includes the measurement of planimetric and altimetric coordinates with a tolerance of ±2 mm on surfaces up to 500 m². It does not include geotechnical analysis of the subsoil or verification of existing installations not visible on the surface. Any additional requirements must be specified in writing before equipment mobilization.
The visualizations are generated from the CAD plans approved during the preliminary design stage. They do not constitute a commitment regarding finishes, equipment brands, or actual lighting conditions. The client must validate each render against the project's technical specifications before using it as a contractual reference.
We consider critical infrastructure to be spaces that house production, research, or data storage processes whose interruption affects the client's operational continuity. This includes classified laboratories, data centers, server rooms, and controlled manufacturing areas. It does not apply to administrative offices, common areas, or commercial facilities.
The base schedule includes one review round per deliverable (plan, report, or render). Additional corrections or substantial changes to the original scope are billed separately and may extend the agreed deadline. Any modification must be requested by email and confirmed by both parties.
All projects are governed by the Argentine Construction Regulations (CIRSOC) and the corresponding IRAM standards for each typology. For laboratories, the ISO 14644 classification applies; for data centers, the TIA-942 standard. The client is responsible for reporting any additional local regulations that must be considered.