Expertise

Today, in major urban planning projects, the acoustic study is normative. It seeks to deal with the sources of noise pollution independently of each other, without having a global understanding of a soundscape, which is essentially variable according to the hours and uses.

Environmental Acoustic BIM – BIMAE aims to respond to this problem by modeling the acoustic landscape in the future state of completion of a project from the design phase to rendering. By aggregating all pollution information, from transport noise to human activities over the course of a day, it thus makes it possible to size the acoustic protections in the architectural layouts in relation to the needs of the project.

Today, in major urban planning projects, the acoustic study is normative. It seeks to deal with the sources of noise pollution independently of each other, without having a global understanding of a soundscape, which is essentially variable according to the hours and uses.

Environmental Acoustic BIM – BIMAE aims to respond to this problem by modeling the acoustic landscape in the future state of completion of a project from the design phase to rendering. By aggregating all pollution information, from transport noise to human activities over the course of a day, it thus makes it possible to size the acoustic protections in the architectural layouts in relation to the needs of the project.

Today, in major urban planning projects, the acoustic study is normative. It seeks to deal with the sources of noise pollution independently of each other, without having a global understanding of a soundscape, which is essentially variable according to the hours and uses.

Environmental Acoustic BIM – BIMAE aims to respond to this problem by modeling the acoustic landscape in the future state of completion of a project from the design phase to rendering. By aggregating all pollution information, from transport noise to human activities over the course of a day, it thus makes it possible to size the acoustic protections in the architectural layouts in relation to the needs of the project.

Today, in major urban planning projects, the acoustic study is normative. It seeks to deal with the sources of noise pollution independently of each other, without having a global understanding of a soundscape, which is essentially variable according to the hours and uses.

Environmental Acoustic BIM – BIMAE aims to respond to this problem by modeling the acoustic landscape in the future state of completion of a project from the design phase to rendering. By aggregating all pollution information, from transport noise to human activities over the course of a day, it thus makes it possible to size the acoustic protections in the architectural layouts in relation to the needs of the project.

Today, in major urban planning projects, the acoustic study is normative. It seeks to deal with the sources of noise pollution independently of each other, without having a global understanding of a soundscape, which is essentially variable according to the hours and uses.

Environmental Acoustic BIM – BIMAE aims to respond to this problem by modeling the acoustic landscape in the future state of completion of a project from the design phase to rendering. By aggregating all pollution information, from transport noise to human activities over the course of a day, it thus makes it possible to size the acoustic protections in the architectural layouts in relation to the needs of the project.