Promoting Sustainability through Web Service for Materials

AUTHORS

Sooknyung Ha,College of Design, Sangmyung Univ., Cheonan-si, Chungcheongnam-do, South Korea

ABSTRACT

The purpose of this study is to find a direction for building a web service environment developed for reused materials for sustainable spatial design. Building the strategic website utilizing flexible spaces and reused materials can cope with environmental changes in the 21st century, meet social demands, and seeks to provide potential values through the differentiated website systematized in pursuing a design that transforms into an innovative and original space, although it uses old spaces and materials. In particular, it is meaningful to provide customized reused materials that users want as a way to easily reuse materials left unattended or discarded due to overproduction in this age of information. The steps to develop a specific web process model are as follows. First, understanding the current status of Internet websites of domestic and foreign companies related to reusable and recycled finishing materials for sustainable spatial design. This is in order to construct a concrete web service model for sustainable spatial design through advanced web cases currently being implemented. Second, activating the reused materials utilization necessary for sustainable spatial design through solving more substantial and realistic problems using an FGI survey. Third, presenting materials utilization process of the website for self-evaluation and monitoring. This step is intended to build a web service model centered on the website by drawing out plans and ideas for the smooth use and dissemination of the website.” In the end, for reused materials utilization in space, the principle of the right place is necessary to receive the needed resources by shipment or direct collection through a network agreement. Through the realization of the developed website, we intend to lay the foundation for contributing to the activation of sustainable spaces being able to protect the environment, have a social responsibility, and have economic values by creating a design environment for planning sustainable spaces, and expanding users’ participation and disseminating the website in the future.

 

KEYWORDS

Sustainability, Web service, Materials

REFERENCES

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CITATION

  • APA:
    Ha,S.(2021). Promoting Sustainability through Web Service for Materials. Journal of Human-centric Science and Technology Innovation, 1(1), 17-24. 10.21742/JHSTI.2021.1.1.03
  • Harvard:
    Ha,S.(2021). "Promoting Sustainability through Web Service for Materials". Journal of Human-centric Science and Technology Innovation, 1(1), pp.17-24. doi:10.21742/JHSTI.2021.1.1.03
  • IEEE:
    [1] S.Ha, "Promoting Sustainability through Web Service for Materials". Journal of Human-centric Science and Technology Innovation, vol.1, no.1, pp.17-24, Jan. 2021
  • MLA:
    Ha Sooknyung. "Promoting Sustainability through Web Service for Materials". Journal of Human-centric Science and Technology Innovation, vol.1, no.1, Jan. 2021, pp.17-24, doi:10.21742/JHSTI.2021.1.1.03

ISSUE INFO

  • Volume 1, No. 1, 2021
  • ISSN(p):0
  • ISSN(e):0
  • Published:Jan. 2021