Architecture project // Timber-Structured Pavilion Featuring Natural Ventilation and Folding Walls for Enhanced Community Interaction

Timber-Structured Pavilion Featuring Natural Ventilation and Folding Walls for Enhanced Community Interaction

Authors:

Gyula Takács, Szilvia Odry, András Németh, Dalma Fix

The integration of a timber-structured pavilion with modular grid planning and natural ventilation mechanisms creates an adaptive community space, designed to enhance social interaction while addressing urban air quality challenges.

5 key facts about this project

The building incorporates a central chimney-like flue that enhances indoor air purification.

Modular grid planning allows for flexible room configurations based on community needs.

Natural ventilation strategies utilize large openings and folding walls for improved airflow.

Charred wooden shingles provide both aesthetic appeal and increased material durability.

The design features a timber post and beam system that supports sustainable construction practices.

General keywords

krakow community sustainability health flexibility ventilation timber modular purification education

Project specific keywords

oxygen home chimney modular grid folding walls natural ventilation timber beams carbon sequestration community pavilion air purifiers polycarbonate panels

### Project Overview

Located in Krakow, Poland, the "Air Forge" project is designed to engage with the critical issue of air pollution in urban environments while emphasizing community wellness and sustainable practices. Conceptualized as an "Oxygen Home," the building combines functional versatility with a symbolic commitment to improving air quality through innovative architectural solutions.

### Spatial Strategy and Adaptability

The ground plan measures 15 meters by 15 meters and is organized around a 5-meter by 5-meter modular grid, facilitating diverse spatial configurations. A prominent feature is the central pavilion, which incorporates multiple community functions and encourages social interaction among users. This flexible layout allows for spaces to be interconnected or isolated as needed, accommodating a variety of activities from community gatherings to educational programs.

### Material and Sustainability Integration

Timber serves as the primary construction material, chosen for its renewability and positive impact on carbon sequestration. The structural system, comprising timber posts and beams, ensures both strength and aesthetic fluidity while promoting energy efficiency. Large openings throughout the design enhance natural ventilation and daylighting, addressing indoor air quality concerns and increasing occupant comfort. The project also employs heat and ventilation strategies that significantly lower energy consumption, underlining a commitment to sustainable building practices.