Augmented Reality Soundscapes: Interactive Textile Installations for Immersive Public Spaces

Project Abstract

The project investigates the synergistic potential of augmented reality (AR), sound design, and textile installation to transform public spaces into immersive, multisensory environments that engage diverse urban audiences. By integrating wearable and large-scale textiles embedded with AR-enabled audio triggers, the work explores how physical surfaces and digital audio narratives can co-create dynamic sonic landscapes that respond to user movement, environmental context, and social interaction. The research advances a conceptual framework for AR-based soundscapes that are woven into tactile materials, enabling seamless, accessible experiences without requiring explicit device interaction. A hybrid methodological approach combines participatory design, field experiments, and critical discourse analysis to examine how people perceive, navigate, and emotionally respond to textile AR soundscapes in real-world settings such as museums, transit hubs, and public plazas. Key objectives include (1) developing a scalable toolkit for embedding audio-responsive sensors and AR cues into fabrics and textiles using lightweight, durable materials suitable for indoor and outdoor installations; (2) designing auditory scenes that reflect local cultural narratives and environmental acoustics, employing procedurally generated sound textures, spatial audio, and real-time adaptation to crowd density and movement patterns; (3) exploring inclusive design strategies to ensure accessibility for visually impaired users and individuals with diverse linguistic backgrounds, through tactile-AR affordances and sonified navigation cues; (4) evaluating the affective and behavioral impacts of textile AR soundscapes on wayfinding, linger time, social interaction, and perceived sense of place; and (5) establishing ethical guidelines for data capture, privacy, and user consent in public media installations. The research comprises iterative cycles of prototyping, installation, and field study across three case contexts a contemporary art venue, a busy transit corridor, and an outdoor urban plaza. Data collection employs mixed methods, including sensor analytics (proximity, dwell time, path trajectories), user interviews, focus groups, sound perception tests, and observational coding of interactions. Analysis integrates spatial audio performance metrics, materiality studies, and audience reception theory to identify design patterns that optimize perceptual salience, emotional resonance, and comfort. Anticipated findings suggest that textiles embedded with AR audio cues can democratize access to immersive experiences by dissolving device barriers and enabling passive participation, while offering tangible opportunities for community storytelling and cultural exchange. The project also contributes to sustainability considerations by prioritizing reusability, modularity, and repairability of textile components and AR infrastructure. Ultimately, the research aims to articulate a transferable design language for AR soundscapes anchored in tactile materials, proposing a set of best practices, performance guidelines, and evaluation metrics that can inform artists, designers, urban planners, and technologists seeking to reimagine public spaces as resonant, inclusive, and responsive environments.

Project Overview

What This Project Is About

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A plain-language overview of how wearable textiles, augmented reality, and sound come together in public spaces to create interactive environments. The project explores how fabric-based installations can trigger layered audio experiences when people move near or interact with the textile pieces using a mobile device or public display.

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The Problem It Addresses

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Public art often lacks interactivity and accessibility, and digital approaches can be expensive or hard to maintain. This project seeks simple, affordable ways to blend fabric, sound, and AR to invite broad participation and enrich urban spaces without requiring specialized equipment.

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Objectives of the Project

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1. Identify accessible materials and low-cost AR/audio tech suitable for textile installations.
2. Design an interactive textile piece that responds to viewer presence or movement.
3. Develop a user-friendly workflow for artists to install and reuse the work in different spaces.
4. Evaluate audience engagement and perceived immersion in real-world settings.
5. Document guidelines for ethical and inclusive use of AR in public art.

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What You Will Do Step by Step

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1. Literature review on AR, textiles, and sonic installation art.
2. Prototype a textile sample integrating simple sensors and audio cues.
3. Develop a lightweight AR trigger and accompanying audio layer for smartphones.
4. Test in a small public space and collect feedback from participants.
5. Refine the installation design based on user data and comfort.
6. Create a final installation plan with maintenance and safety notes.
7. Prepare a project dossier with process photos and reflections.

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Expected Outcome

A functional textile installation that uses AR to unlock audio experiences, a simple setup guide for artists, and findings on how people engage with blended fabric and digital sound in public spaces.