Kano-AHP-TRIZ 혼합모델 기반 AIGC을 활용한 반려동물 지능형 항공 여행 캡슐 디자인 연구 - 소형 반려견을 중심으로

초록

With South Korea’s aging population and declining birth rate, companion animals are becoming increasingly important in society. The demand for long-distance travel with these animals is growing, leading to an expanded companion animal air transport market. However, current transport equipment focuses only on basic safety and transport functions, lacking in multi-level needs for both animals and their owners. This study, centered on small companion dogs, identified 15 initial requirements through literature review, market research, and user interviews, categorized using the Kano model. We then used the Analytic Hierarchy Process (AHP) to prioritize design elements and applied TRIZ theory to resolve technical contradictions. Three design solutions were generated using AIGC technology, with the optimal solution selected through TOPSIS evaluation. Results show that the intelligent travel cabin meets basic needs while adding temperature control and health monitoring features, enhancing the travel experience for companion animals. This research validates the Kano-AHP-TRIZ hybrid model in designing smart products for companion animals, providing new insights for industry development.

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