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Sustainability Function Deployment: A system-level design-for-sustainability

机译：可持续性功能部署：系统级的可持续性设计

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摘要

Incorporating sustainability into the design-for-quality is typically aimed at achieving long-term quality performance (durability and resilience) without depleting scarce resources an generating tremendous waste. At system level, sustainability can be attained in terms of three aspects; economic, environmental, and social. Social aspects are typically focused on human and community health, safety, employment, and life-style. Environmental factors will assure less direct or indirect negative impact to the overall context of the environment including natural resources and built environment and encourage practices that protect the environment. Economic factors present the challenge to optimize and manage the cost of sustainability (the continuity of revenue stream while addressing social and environmental concerns). Meeting the multiple requirements of stakeholder regarding the three aspects of sustainability is a typical challenge to architectural and system designers. In this paper, the well-known quality tool, Quality Function Deployment (QFD), is utilized as a methodology for Sustainability Function Deployment (SFD) that is applicable to system-level design-for-sustainability. To this end, various enhancements are made to the conventional QFD model to accommodate the three aspects of system-level sustainability. The approach is further illustrated through SFD application to design a sustainable building and to revitalize an inner-city block.
机译：将可持续性纳入按质量设计通常旨在实现长期的质量绩效（耐用性和弹性），而不会耗尽稀缺的资源而产生巨大的浪费。在系统级别，可以从三个方面实现可持续性：经济，环境和社会。社会方面通常侧重于人类和社区的健康，安全，就业和生活方式。环境因素将确保对包括自然资源和建筑环境在内的整个环境产生较少的直接或间接负面影响，并鼓励采取保护环境的做法。经济因素给优化和管理可持续性成本（解决社会和环境问题的收益流的连续性）带来了挑战。满足利益相关者对可持续性三个方面的多种要求是建筑和系统设计人员的典型挑战。在本文中，著名的质量工具质量功能部署（QFD）被用作适用于系统级可持续性设计的可持续性功能部署（SFD）的方法。为此，对常规QFD模型进行了各种增强，以适应系统级可持续性的三个方面。通过SFD应用程序进一步说明了该方法，以设计可持续发展的建筑物并振兴市区内的街区。

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