REDUCING NOISE IN OPEN PLAN OFFICES WITH PARAMETRIC DIVIDERS: UTILIZING ROSHAN PATTERNS

Abstract

This research investigates the development of an office space divider inspired by the traditional Roshan bay window of Jeddah, known for effectively controlling light, airflow, humidity, temperature, and privacy. The study addresses the noise pollution challenges in open-plan office spaces, which significantly impact workers’ productivity and well-being, by designing a divider that enhances acoustic comfort and privacy. Utilizing parametric pattern design and algorithmic data, the research aims to develop a workflow that provides real-time feedback during the design process. The study explores geometric shapes for sound scattering and absorption while experimenting with fabrication methods such as CNC milling to optimize the precision and complexity of the designs. Although several studies have focused on acoustic ceilings and wall treatments, a significant gap exists in exploring space dividers for noise reduction. While previous research has examined patterned surfaces using computational acoustic methods, this study uniquely draws inspiration from the Roshan pattern to promote cultural identity. The expected outcome includes noise reduction, enhanced privacy, preservation of cultural and aesthetic values, and advancements in fabrication techniques.