Acoustics

Humboldt University of Berlin

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Department:
Acoustics

We plan acoustics for all types of spaces such as workspaces, conference rooms, concert halls, offices, cinemas, recording studios and many more.

We understand that every space is unique and has individual requirements. That is why we attach great importance to personal advice in order to understand your specific needs and wishes. “Good” acoustics increase the ability to concentrate which creates a superior environment for productivity. Health and well-being are promoted whilst the quality of living and communication are improved.
With this knowledge we develop tailor-made solutions. Our goal is to offer you unparalleled sound quality and room acoustics.

Whether you are looking for perfect music reproduction, a pleasant working environment or a first-class listening experience – we have the expertise. Our planning includes all sub-areas of acoustics, such as: room acoustics, building acoustics, noise emissions and noise forecasts as well as BEM simulations. With our comprehensive approach, we ensure that every aspect of your acoustic environment is perfectly matched.

Noise forecasting presents data regarding noise pollution, allowing a prediction to be developed for specific targeted areas. Various factors such as traffic volume, industrial plants or construction projects are taken into account. With the help of mathematical models and simulations, we analyze the effects on the environment and develop possible noise reduction measures.

BEM (Boundary Element Method) simulation is a numerical method for calculating sound fields. It enables detailed analysis of sound propagation and reflections in complex geometric structures. We use these simulations in particular to optimize studios and sound insulation measures, for example, examining sound propagation or sound insulation at low frequencies. In this way, the room geometry can be optimized and recommendations regarding the placement of monitoring speakers can be derived in order to identify sweet spots at the listening positions.