Architecture project // Moss-Covered Walls and Pentagonal Stages Transforming Acoustic Experiences in a Forest Setting

Moss-Covered Walls and Pentagonal Stages Transforming Acoustic Experiences in a Forest Setting

Authors:

Sara Travar, Matej Lukajic

With rain curtains that transform water sounds into acoustic enhancements and pentagonal stages crafted from timber, this forest venue creates a unique space for live performances while seamlessly integrating with its natural surroundings.

5 key facts about this project

Rain curtains function as both sound barriers and interactive water features.

Pentagonal stage design enhances audience engagement and sightlines.

Moss walls act as natural sound dampeners and improve air quality.

OSB-4 boards provide durability in a humid forest environment.

Timber seating integrates with natural elements, promoting a cohesive aesthetic.

General keywords

forest performance water sound nature wood steel community interaction germany

Project specific keywords

rain curtains moss walls pentagonal stages acoustic modulation submersible pump osb-4 boards steel frames interactive seating tree trunk soundscapes

# Architectural Design Report: Sound ForRest

### Project Overview

Sound ForRest is situated in a tranquil forest environment, designed to facilitate an engagement between art and nature. The project integrates natural elements and functional performance spaces, allowing visitors to experience the melodic connection created by water sounds alongside live music performances. The design incorporates innovative features that enhance acoustic experiences, emphasizing a contemporary relationship with both artistic and ecological values.

### Spatial Organization and Acoustic Design

The project's spatial layout is carefully organized to enhance visitor movement and interaction. Performance spaces and audience areas are strategically arranged, with pathways that guide attendees seamlessly through the site. Key elements include symmetrically positioned stages that optimize sound transmission while preserving the site’s existing tree canopy. This configuration not only respects the ecological integrity of the area but also enhances the overall acoustic environment.

### Materiality and Sustainability

The design employs a thoughtful selection of materials that align with sustainable practices and aesthetic goals. Primary materials include wood for stage construction and seating, providing warmth and visual appeal, while steel profiles offer structural support and concealment for mechanical components. Moss walls serve dual purposes as sound dampeners and air quality enhancers, adding an organic dimension to the space. The incorporation of durable aluminum roofing ensures resilience against the elements.

The construction techniques utilized further reinforce the project's commitment to environmental sustainability, featuring OSB-4 boards for wall systems and a water pump mechanism that recycles water for the rain curtains. This innovative use of resources minimizes ecological impact while enriching the auditory experience, illustrating how nature can actively participate in the artistic narrative.