We work with different data sources (BIM models, CAD drawings, 3D models, 2D sketches, high resolution images, schemes, etc.) and through the use of state of the art simulation software we perform all kinds of analysis involving energy, lighting, shadows, thermal, acoustic, water, air-current related, etc.

The computational simulation systems we employ allow us to address the thermodynamic complexities inherent to a building's design process and to evaluate the different alternatives sufficiently in advance and at a reasonable cost.

For the first time, the building industry has computational simulation tools at its disposal for performing calculations that are very similar to empirically validated results.

Simulation provides a way of evaluating the benefits of specific schemes, improves the building's performance throughout its life cycle, increases design quality and assesses measures that allow the effects of climate change to be mitigated.

The greatest advantage of computational simulation is being able to integrate all of the building's technical aspects and identifying the critical points, comparing multiple design alternatives with the purpose of reaching the most optimal solution.

 

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