The individual projects are link to one of the three research themes of Acoutect: Design (WP4, orange), Products (WP5, blue) and Evaluation (WP6, green).
| Design | |
| ESR01 | TUE - Room acoustic modelling of open plan spaces  |
| ESR02 | Aalto - Modelling of room acoustics and sound insulation |
| ESR03 | UoL - Modelling of structure-borne sound transmission in lightweight buildings |
| ESR04 | Matelys - Prediction and control of rolling noise in buildings |
| ESR05 | TUE - Prediction of environmental noise through building skins |
| Products | |
| ESR06 | Moelven - Low-frequency acoustic behavior of lightweight composite floors |
| ESR07 | KU Leuven - Development of acoustic resonant metamaterials for building applications |
| ESR08 | KU Leuven - Time and cost efficient approaches for vibro-acoustic system identification |
| ESR09 | Level - Towards vibro-acoustic insulation of service equipment at lightweight building elements |
| ESR10 | Materialise - Engineering of advanced acoustic meta-materials made with Additive Manufacturing |
| Evaluation | |
| ESR11 | Chalmers - Human response to low frequency sound in buildings |
| ESR12 | Chalmers - Models for assessing walking sound in open office spaces |
| ESR13 | Aalto - Novel measurement and auralization techniques for building acoustics |
| ESR14 | UoL - Subjective evaluation of floor impact sounds in lightweight buildings |
| ESR15 | SISW - Advanced BEM for binaural synthesis including moving source or listener |
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement number 721536.