Genesis_001 explores the dynamics of sound in urban environments, focusing on noise pollution, distribution, its sources, and its impact on public and private spaces. The work integrates data visualization, mapping, and architectural concepts to analyze and reimagine soundscapes within an urban grid. Key elements include diagrams of sound sources (daytime, nighttime, and traffic), a superimposed noise analysis, and visualizations of sound pathways and absorption techniques. The project also delves into architectural interventions, such as sound-buffered structures and acoustic zoning, to harmonize soundscapes with human activities, promoting a balanced coexistence between urban life and acoustic comfort.
This project integrates a sound sensor, light sensor, servo motor, and LED to create an interactive system where light intensity dynamically changes based on sound levels. The system maps real-time sound sensor readings to control the position of a servo motor, simulating light intensity adjustments. It also incorporates a light sensor to ensure responsiveness only in darker environments. The setup combines thresholds and mapping techniques to enhance user interactivity and environmental adaptability. Ideal for applications in sound-responsive lighting systems or art installations.
