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Precision architecture studio
Last updated: March 15, 2025
At Petitamidesigns, we value the privacy of our corporate clients and collaborators. This policy describes how we collect, use, and protect personal information in the context of our precision architecture services, topographic surveys, and renders for critical infrastructure.
We collect personal data directly provided by you when requesting a topographic survey, an architectural render, or when contacting us through our B2B portal. This includes:
The collected data is used exclusively for the operational purposes of Petitamidesigns, including:
We implement technical and organizational security measures to protect your information against unauthorized access, alteration, or disclosure. Our protocols include:
We do not sell, rent, or share your personal information with third parties for commercial purposes. We may disclose data when required by law or to protect our legal rights. In projects requiring subcontracting of specialized services (e.g., laser topography), we will share only the necessary information under confidentiality agreements.
You have the right to access, rectify, cancel, or object to the processing of your personal data. To exercise these rights, you can contact us through the channels indicated at the end of this policy. We will respond to your request within the timeframes established by applicable legislation.
If you have questions about this policy or wish to exercise your rights, you can contact our Data Protection Officer:
Functions applied to critical infrastructure design, from initial survey to final model delivery.
Surveying with 3D laser scanner and total station for Class 100 laboratories and data centers. Certified micrometric tolerances.
Metric basis for designLayout of equipment, personnel and material flows according to ISO 14644 standard. Optimization of pressurization and circulation.
Reduced cross-contaminationVisualization based on CAD plans with realistic lighting of windowless spaces. Reflective materials and simulation of operating conditions.
Accurate client communicationRack layout, hot and cold aisles, and precision cooling selection. TIA-942 compliance.
Energy efficiency and availabilityParametric models with sensor data and MEP systems. Discipline coordination in Revit and Navisworks environments.
Early clash detectionReview of plans and specifications for compliance with local and international codes in pharmaceutical and IT projects.
Accelerated regulatory approvalnext step
Methodology and equipment used in cleanroom measurement. Learn about the topographical survey process in controlled environments.
Read articleKeys to optimizing rack layout and airflow. Guide on efficient layout in medium and high-density data centers.
Read articleHow to present engineering projects with technical photorealism. 3D visualization techniques for industrial and laboratory environments.
Read articleTechnical Note: All surveys are performed with Class 1 laser scanners and tolerances of ±0.5 mm.
Inquiry: Request a spatial feasibility study for your critical infrastructure project.