Interaction design of youth community in the context of service design
Abstract
With the development of urbanization, more and more young people are pouring into first-tier cities, but the existing youth communities started late and are not perfect and cannot adapt well to the physical and mental demands of the current young groups. Therefore, starting from the Start with the concept transformation of youth apartments into youth communities, this paper studies the development and design of youth communities based on service design according to the needs and preferences of youth groups and combined with the challenges and opportunities of the development of the times, in order to improve the living conditions of urban youth groups. Through the investigation of the current working and living status of young people, the living needs of young residents are summarized by user interviews and questionnaires. Through the Kano model, the living, living, social, psychological and health needs of young people are prioritized, and the service blueprint is used to build a youth community service system. According to the living needs of urban youth, a community that meets the needs of urban youth is established. The Kano model can effectively analyze the functional demand priorities of community residents for the community. Combining offline and online scenarios, according to the service design concept, the design strategy analysis and design practice of the youth community system are completed, providing convenient, fast and comfortable community services for urban youth, and enhancing the happiness and sense of belonging of urban youth.
Keywords: Service design, youth community, kano model, interaction design
DOI: 10.54941/ahfe1005600
Cite this paper
More from this volume
- Implementing an AI Fatigue Risk Management System for Aviation Maintenance SMS: A Technology Enhanced Critical Process Human Factors Safety Plan
- Deep Learning Forecast of Perceptual Load Using fNIRS Data
- Artificial intelligence in the function of improving port systems
- Formalizing Trust in Artificial Intelligence for Built Environment Decision-Making
- Artificial Intelligence and Design: Innovation, Practical Applications, and Future Creative Horizons
- Supporting Informal Sustainability Learning with AI-assisted Educational Technology
- An assessment of the maintenance of heritage buildings using AI and IoT: a South African perspective
- What if we Could Entangle Drones? Towards the Management of a Swarm of Drones as a Non-Local Quantum Object
- Engaging All Elderly Residents in Community Renewal: Designer Spotlight Interview Tool for LLM Building
- AI Play in Higher Education: Students’ perceptions of play and co-creation of knowledge with generative AI
- Optimizing AI Involvement in Engineering University Courses Based on Students' Personality
- Predictive Model for Partner Agencies Dependency on Food Banks


AHFE Open Access