BIM – Amusement Logic

ISO 19650-4 for information exchange in BIM methodology

Its objective is to ensure that the information is adequate and complies with established quality and validation criteria.

Each stage in the development of an asset corresponds to a dimension that incorporates a layer of control and optimisation.

Improved maintenance and operation, reduced operating costs, extended service life, better risk management...

We conclude the series dedicated to BIM 2.0 methodology in construction and architecture, with three additional platforms.

Part 2 of the standard deals specifically with the development phase, in other words, the design and construction of the project.

A new review of the BIM 2.0 platforms that are setting trends in the architecture and construction sector.

Necessary framework for organisations to adopt BIM methodology in an orderly, collaborative and efficient manner.

A system powered by artificial intelligence, generative algorithms, data, and digital twins hosted in the cloud.

Modern architecture faces two main challenges with the tools currently at its disposal.

Guarantee of permanent coordination between architectural design, structural engineering and hydraulic needs.

Dynamo 3.4.1 saves time, reduces margins for error and expands creative possibilities.

Anticipating problems affecting the construction, installations and even the maintenance of the building.