Context-Aware Air-Solution Design for Home Activities: Developing a Framework of Home Activity Components

This study proposes design directions for an Air-Solution that enhances indoor activity experiences in response to the growing diversity of home activities in the post-pandemic era. Unlike existing products that focus solely on air purification, this research highlights the need for personalized air delivery tailored to users’ activity purposes, physical conditions, and spatial configurations. Based on data collected from 18 users—through activity and environment recordings, persona-based selection, and focus group interviews—the study identifies three key components of home activities: (1)activity types, (2)sequences, and (3)environmental contexts. From this analysis, three design directions were derived—centered on physical, physiological, and sequential dimensions—along with proposals for air flow mechanisms and product forms. This study presents a user experience-centered direction for Air-Solution design, demonstrating how precisely tailored airflow and air properties can meaningfully enhance immersion and efficiency across diverse home activities.

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Publication Details

Journal
Korean Institute of Smart Media
Published
2025-08-29
DOI
https://doi.org/10.30693/smj.2025.14.8.9
Primary Topic
Urban Transport and Accessibility
Type
article
Field-Weighted Citation Impact
0.00
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article

Context-Aware Air-Solution Design for Home Activities: Developing a Framework of Home Activity Components

Eunjong Lee, Yujin Park
Korean Institute of Smart Media
Urban Transport and Accessibility
article

Context-Aware Air-Solution Design for Home Activities: Developing a Framework of Home Activity Components

Eunjong Lee, Yujin Park
article en

Abstract

This study proposes design directions for an Air-Solution that enhances indoor activity experiences in response to the growing diversity of home activities in the post-pandemic era. Unlike existing products that focus solely on air purification, this research highlights the need for personalized air delivery tailored to users’ activity purposes, physical conditions, and spatial configurations. Based on data collected from 18 users—through activity and environment recordings, persona-based selection, and focus group interviews—the study identifies three key components of home activities: (1)activity types, (2)sequences, and (3)environmental contexts. From this analysis, three design directions were derived—centered on physical, physiological, and sequential dimensions—along with proposals for air flow mechanisms and product forms. This study presents a user experience-centered direction for Air-Solution design, demonstrating how precisely tailored airflow and air properties can meaningfully enhance immersion and efficiency across diverse home activities.

Korean Institute of Smart MediaVol. 14(8)
Openalex Percentile: Top 77%
Urban Transport and Accessibility
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