Application of Acoustic Wall Materials for Enhancing Spatial Experience in an Audio Production Studio at UiTM Puncak Perdana

Acoustic performance is a critical factor in the design of audio production studios, as it directly influences sound clarity, recording accuracy, and the overall user experience. Recording and editing rooms require carefully planned acoustic environments to ensure balanced sound distribution, controlled reverberation, and accurate sound monitoring. However, many existing studios experience acoustic deficiencies due to the inappropriate selection and application of acoustic wall materials, resulting in excessive echo, uneven sound reflection, poor low-frequency control, and inaccurate audio reproduction. In addition, inadequate acoustic planning often creates spaces that are either overly absorptive or excessively reflective, while failing to accommodate the distinct acoustic requirements of recording, monitoring, and editing activities. This study aims to investigate the application of acoustic wall materials in enhancing auditory clarity and spatial experience within the Audio Production Studio at UiTM Puncak Perdana. The research will examine the effectiveness of different acoustic wall treatments in improving sound quality, user comfort, and spatial functionality. A quantitative research approach will be employed through questionnaires and site observations to evaluate users' perceptions of the existing acoustic environment and identify the most suitable acoustic material applications. The findings are expected to provide practical design recommendations for improving acoustic performance and supporting more accurate, comfortable, and efficient audio production environments.

Architectural Acoustics, Wall Materials, Spatial Experience, Audio Production Studio, User Perception

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