지속가능한 공간을 위한 재료 활용 웹 디자인 개발

(Background and Purpose) As an alternative to solving environmental problems caused by a technology-driven industrial society, it is highly recommended that all products be reused to be repurposed after their end of life or with sustainability without inducing a detrimental effect on the environment. Furthermore, it is time to recognize the seriousness of global environmental issues to find a way to deal with them. Therefore, in this study, it tries to find a way to revitalize reused materials for smooth supply and demand of industrial products to be discarded after use or resources already used to be reused in spatial design. As a solution, it aims to develop a material website, as an information resource for various reused materials with the purpose of conveniently bringing them through a map on the web. (Method) As for the scope of research for building the web service, it intends to focus on re-used materials and mentions the need for research through a related literature review. In addition, it seeks to build an environment for the material application web service by comparing and analyzing representative materials website cases home and abroad currently being implemented. To this end, it plans and designs a website prototype, derives a design, and collects experts' opinions based on the completed web prototype to find improvements and suggest directions. (Results) The design process of the‘Redesign Factory’ developed is as follows. The first step to selecting reused materials is a step for pickup and items to be considered when ordering materials, such as the location, type, quantity, standard, and idea provision through application examples. The second step is the process of designing and processing using reused materials, which is a process of searching for materials necessary for design or construction by using the materials collected and helping understanding through the process. It provides ideas for time-saving and directing in various ways in applying and producing materials. As for the last step of implementing design results, it suggests a way to spread and revitalize the space using reused materials by registering all the processes on social networks such as Facebook, Twitter, Youtube, Instagram, Blogs, CSR websites, etc., only for designs that have gone through all the processes. (Conclusions) In future research, it aims to identify problems and limitations by gathering opinions from suppliers and consumers based on the design and propose improvements in order to find out whether supply and demand have been smooth in the process of finding materials by using the web.