The goal of this project is to explore how materiality and fabrication methods can affect and enhance the aural environment. Specifically, this thesis proposes a small scale pavilion that acts as both a music practice space and a performance space, using mycelium-based composites as acoustic regulators.

The process of this thesis began with systematic growth experiments and material tests, aiming to further understand the characteristics of mycelium-based composites and their potential for implementation as architectural components. These material tests then informed the development of mycelium-based sound absorption panels. Finally, a design proposal was generated to use the material to enhance sound rather than cancel noise. The architecture of the pavilion is intentional, so that the construction would be feasible for a student to build.

The architectural intention is adaptability. The structure and materials adapt so that the acoustic environment can change depending on usage.